BLASTP 2.12.0+
Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A.
Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J.
Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of
protein database search programs", Nucleic Acids Res. 25:3389-3402.
Reference for composition-based statistics: Alejandro A. Schaffer,
L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri
I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001),
"Improving the accuracy of PSI-BLAST protein database searches with
composition-based statistics and other refinements", Nucleic Acids
Res. 29:2994-3005.
Database: blastdb
319,881 sequences; 135,609,681 total letters
Query= PPTG_17125
Length=283
Score E
Sequences producing significant alignments: (Bits) Value
PPTG_17125 555 0.0
PHYCA_129485 447 7e-160
PITG_18453 441 9e-158
PHYRA_81102 412 3e-146
PHYRA_72504 412 3e-146
PHYRA_71825 319 2e-109
PPTG_08893 298 6e-101
PHYRA_81103 295 5e-100
PITG_09716 294 2e-99
PHYCA_121494 287 9e-97
PPTG_16851 286 2e-96
PHYSO_261265 285 6e-96
PHYCA_10034 285 1e-95
PHYKE_6286 280 6e-94
PHYSO_254108 268 2e-89
PHYCA_118548 267 6e-89
PITG_19936 261 1e-86
PPTG_07664 261 1e-86
PPTG_17049 261 2e-86
PHYCA_9298 260 3e-86
PHYRA_74356 258 2e-85
PITG_22053 257 5e-85
PITG_04208 257 6e-85
PHYCA_118674 255 6e-84
PHYRA_74306 253 3e-83
PHYCA_132252 252 5e-83
PITG_19938 250 2e-82
PHYRA_52440 249 8e-82
PHYSO_526623 246 8e-81
PHYSO_526774 246 1e-80
PITG_04248 246 1e-80
PPTG_07671 243 2e-79
PHYCA_118551 242 2e-79
PHYRA_74343 241 2e-78
PHYSO_526832 240 3e-78
PHYSO_526071 239 4e-78
PHYRA_74307 236 6e-77
PITG_04200 236 9e-77
PITG_04267 236 2e-76
PHYRA_74310 234 3e-76
PHYCA_122048 232 2e-75
PPTG_19331 236 2e-75
PHYCA_107869 234 7e-75
PHYRA_72386 229 7e-74
PHYRA_72344 229 7e-74
PPTG_17245 229 8e-74
PHYSO_329843 228 1e-73
PHYRA_76249 229 3e-73
PHYCA_123779 228 4e-73
PHYCA_129784 226 4e-73
PHYSO_249692 226 5e-73
PHYSO_507736 225 1e-72
PHYKE_2376 228 2e-72
PPTG_15224 225 2e-72
PPTG_06973 222 3e-72
PHYRA_71477 224 5e-72
PHYRA_71404 223 7e-72
PHYRA_52423 221 7e-72
PHYRA_72433 223 1e-71
PPTG_07660 221 2e-71
PHYKE_4438 225 3e-71
PHYRA_72438 220 1e-70
PPTG_15233 219 2e-70
PHYCA_108039 218 2e-70
PPTG_17409 219 3e-70
PPTG_15230 219 4e-70
PHYRA_71308 218 5e-70
PHYCA_9358 218 1e-69
PHYRA_42876 217 1e-69
PHYKE_5753 218 1e-69
PHYSO_527352 218 2e-69
PPTG_08017 228 2e-69
PYVX_22467 216 3e-69
PHYCA_118356 217 3e-69
PHYSO_406265 216 5e-69
PHYCA_11951 216 6e-69
PPTG_19330 216 3e-68
PHYSO_254112 213 3e-68
PPTG_18464 214 4e-68
PPTG_07661 213 7e-68
PITG_22668 221 1e-67
PHYKE_7564 219 1e-67
PHALS_06162 219 2e-67
PHYCA_18373 212 2e-67
PPTG_08005 225 3e-67
PHYSO_259736 211 3e-67
PPTG_19506 211 4e-67
PHYRA_72345 211 5e-67
PHYKE_4946 211 6e-67
PHYRA_71931 211 7e-67
PHYSO_414520 209 1e-66
PHYSO_468315 210 1e-66
PPTG_12847 211 4e-66
PPTG_12853 212 5e-66
PPTG_07089 209 5e-66
PHYCA_108409 209 8e-66
PYU1_G011231 207 1e-65
PHYSO_510888 207 1e-65
PHYRA_71588 207 2e-65
PYU1_G011237 207 2e-65
PHYRA_71618 207 2e-65
PHYCA_119748 207 2e-65
PHYRA_74617 210 2e-65
PHYSO_334487 207 4e-65
PHYCA_69480 205 6e-65
PPTG_13769 208 1e-64
PHYSO_334498 204 2e-64
PPTG_12852 207 2e-64
PHYKE_4541 200 3e-64
PYU1_G011233 203 4e-64
PHYRA_74630 206 6e-64
PPTG_22174 216 9e-64
PHYRA_72165 202 1e-63
PHYSO_249751 201 3e-63
PHYRA_72475 201 3e-63
PHYCA_69477 200 3e-63
PITG_08522 205 4e-63
HYAP_09243 201 5e-63
PHYSO_397673 200 6e-63
PITG_22734 198 7e-63
PITG_22916 200 1e-62
PHYSO_330015 199 2e-62
PHYRA_54327 199 2e-62
PPTG_13736 199 2e-62
PYU1_G011236 198 3e-62
PHYRA_86968 198 4e-62
PYIR_13251 198 4e-62
PYU1_G011235 198 5e-62
PHYKE_5655 198 5e-62
PPTG_07277 199 1e-61
PHYKE_7566 197 2e-61
PHYRA_49009 195 3e-61
PHYCA_69479 194 7e-61
PHYRA_46230 194 8e-61
PPTG_15231 195 2e-60
PHYRA_52960 193 3e-60
PHYRA_52955 193 3e-60
PYU1_G011230 193 4e-60
PHYCA_12462 191 4e-60
PHYRA_39489 193 5e-60
PHYRA_72477 193 5e-60
PYIR_13252 193 6e-60
PHYRA_83592 192 8e-60
PYIR_13275 192 9e-60
PHYSO_336498 192 1e-59
PYIW_25259 192 1e-59
PHYCA_123205 189 2e-59
PHYRA_45457 190 3e-59
PHYSO_496064 191 3e-59
PHYKE_7568 194 7e-59
PHYRA_72390 189 1e-58
PHYCA_6835 188 2e-58
PHYSO_490000 189 2e-58
PHYSO_329114 188 4e-58
HYAP_06628 188 5e-58
PHYSO_526541 188 5e-58
PHYRA_43347 187 5e-58
PHALS_06084 188 7e-58
PHYSO_255972 185 2e-57
PHYCA_132529 186 2e-57
PHYCA_69457 185 3e-57
PHALS_13513 186 3e-57
PPTG_04799 186 4e-57
PPTG_00460 186 4e-57
PPTG_15234 185 7e-57
PHYRA_52426 182 8e-57
HYAP_08306 186 9e-57
PHYRA_84277 184 1e-56
PITG_16866 184 2e-56
PHYRA_71307 184 2e-56
PHYRA_44405 183 3e-56
PHYRA_76657 183 4e-56
PHYRA_75425 182 7e-56
PHYRA_84273 182 9e-56
PPTG_17295 182 1e-55
PPTG_11469 182 1e-55
PHYRA_72385 181 1e-55
PHYRA_41766 180 2e-55
PPTG_17453 181 3e-55
HYAP_07436 182 3e-55
PPTG_13026 180 5e-55
HYAP_07925 181 5e-55
PHYCA_576423 179 8e-55
PHYSO_527850 178 9e-55
PHYSO_560790 179 9e-55
PHALS_14425 181 9e-55
PHYSO_254099 179 1e-54
PHYCA_129892 178 2e-54
PHYRA_71310 179 2e-54
PPTG_07991 179 2e-54
PPTG_08703 179 3e-54
PHYSO_423056 178 3e-54
PPTG_14652 179 3e-54
PHYCA_553546 179 3e-54
PHYCA_123797 178 4e-54
PYVX_22469 184 4e-54
PITG_23228 178 5e-54
PHYSO_365942 177 5e-54
PHYRA_72531 177 5e-54
PHYRA_72403 177 1e-53
PHYSO_521124 176 2e-53
PHYRA_83851 176 3e-53
PHYRA_52427 172 3e-53
PHYKE_208 174 4e-53
PHYCA_109174 176 4e-53
PHYSO_504553 176 5e-53
PHYSO_365377 174 5e-53
PPTG_00471 174 2e-52
PHYRA_52260 174 2e-52
PHYRA_76603 173 2e-52
PHYCA_124462 175 2e-52
PHYCA_544885 174 3e-52
PITG_23211 173 3e-52
PHYSO_334500 172 4e-52
PHYSO_254223 172 4e-52
PITG_00957 174 7e-52
PITG_22981 172 1e-51
PHALS_14423 175 2e-51
PHYRA_72541 171 2e-51
PHALS_12600 172 2e-51
PPTG_18463 171 3e-51
PHYRA_47241 168 3e-51
PHYKE_8391 181 3e-51
PHYSO_482931 170 5e-51
PITG_23051 171 9e-51
PHYCA_69122 169 1e-50
PHYCA_114913 168 1e-50
PHYRA_72430 168 2e-50
PHYRA_72306 168 2e-50
PITG_23076 169 2e-50
PHYCA_109089 169 2e-50
PHYCA_10570 169 2e-50
PHYCA_109095 169 3e-50
HYAP_14846 167 3e-50
PHALS_13512 168 4e-50
PHYCA_109192 169 5e-50
PHYSO_480321 167 8e-50
PHYSO_253029 167 9e-50
PHYSO_246397 167 1e-49
PHYSO_514298 167 2e-49
PHYCA_124383 167 2e-49
PHYRA_47103 165 2e-49
PPTG_13004 166 2e-49
PHYSO_328418 165 2e-49
PHYRA_52296 165 3e-49
PPTG_03796 166 4e-49
PHYCA_109162 166 4e-49
PPTG_16647 165 6e-49
PHYSO_516261 164 6e-49
HYAP_04977 165 7e-49
PHYCA_108964 165 1e-48
HYAP_05559 165 1e-48
PHYCA_109163 164 2e-48
PPTG_10591 163 3e-48
PHALS_03592 163 3e-48
PPTG_11475 164 4e-48
PPTG_15262 162 5e-48
PPTG_15220 162 5e-48
HYAP_05558 163 5e-48
PITG_22709 163 6e-48
PPTG_15218 161 8e-48
PITG_23094 161 1e-47
PHYCA_133546 162 2e-47
PPTG_05581 162 2e-47
PHYCA_123587 159 1e-46
PPTG_06202 159 1e-46
PPTG_00542 158 2e-46
PHYSO_249691 157 3e-46
HYAP_14784 158 3e-46
PHYCA_544875 158 4e-46
PPTG_04504 157 7e-46
PHYSO_480350 156 1e-45
PPTG_15219 155 3e-45
PHYRA_72357 154 4e-45
PHALS_02474 155 4e-45
PHALS_08480 155 5e-45
PHYSO_251206 154 6e-45
PHALS_08447 153 1e-44
PHYCA_10715 151 3e-44
PPTG_05868 153 4e-44
PHYRA_45462 150 5e-44
PHALS_08947 152 7e-44
PHYCA_132177 150 2e-43
PHALS_08945 150 2e-43
PHYSO_449487 146 3e-43
PYAP_24304 149 5e-43
PITG_23075 150 8e-43
PHYKE_5284 146 6e-42
PHYCA_133455 144 9e-42
PPTG_07667 143 1e-41
PHALS_08445 145 2e-41
PHYCA_118700 144 4e-41
PHYKE_7565 143 5e-41
PHYSO_263794 142 1e-40
PHYCA_59113 140 2e-40
PPTG_07668 137 8e-40
PHALS_05391 141 9e-40
PITG_23055 140 1e-39
PHYSO_481543 140 2e-39
PITG_23062 140 4e-39
PHYCA_5621 138 6e-39
HYAP_08846 138 4e-38
PYAP_24339 134 2e-37
PPTG_15860 133 2e-37
PYAP_24757 134 6e-37
PHYCA_109151 130 1e-36
PPTG_11648 132 7e-36
PHYSO_327908 138 1e-35
PYAR_24955 130 1e-35
PHALS_01213 129 3e-35
PHYSO_338051 125 4e-34
PHYSO_260049 124 8e-34
PHYSO_526791 123 9e-34
PHYSO_246660 125 1e-33
PHYSO_342831 122 3e-33
PHYSO_327912 123 4e-33
PHYCA_109441 122 7e-33
PITG_10839 119 8e-33
PPTG_11479 123 8e-33
PHYSO_508915 120 2e-32
PHYSO_245789 119 3e-32
HYAP_07033 119 8e-32
PHYSO_327911 117 5e-31
PHYCA_11676 116 1e-30
PHYSO_251461 116 1e-30
PHYSO_257244 118 1e-30
PHYSO_477165 113 2e-30
PHYSO_264058 112 2e-29
PHYKE_1224 110 2e-29
PHALS_05247 114 2e-29
PPTG_07690 109 5e-29
PHYSO_444351 107 1e-28
PHYRA_39486 109 1e-28
PYIW_24350 110 2e-28
PHYRA_39485 108 4e-28
HYAP_07922 105 2e-27
PHYCA_73404 102 6e-27
PHYRA_44618 103 1e-26
HYAP_05562 105 2e-26
PHYCA_507156 102 4e-26
PPTG_23721 108 6e-26
PHYCA_59410 100 9e-26
PHALS_13274 104 1e-25
PHYRA_52174 103 2e-25
PHYSO_333132 99.4 1e-24
PYAR_25201 99.8 1e-24
PHYSO_341539 101 1e-24
PPTG_11420 98.6 5e-24
PHYCA_73400 93.2 3e-23
PHYSO_335497 97.4 5e-23
PHYSO_509491 92.4 6e-23
PYAR_21977 96.7 6e-23
PHYCA_18619 92.8 2e-22
PHYSO_261711 94.7 2e-22
PHYCA_119285 88.2 4e-21
PHALS_14424 87.4 2e-20
PYAR_26314 85.1 1e-19
PHYSO_526695 84.3 2e-19
PHYCA_73406 82.4 4e-19
PHYCA_73407 82.4 4e-19
HYAP_07496 83.2 4e-19
PHYKE_7051 84.0 5e-19
PHYSO_264049 82.8 7e-19
PHYSO_245887 83.6 7e-19
PYU1_G011232 80.1 3e-18
PITG_22876 80.5 8e-18
PHYKE_4231 77.8 6e-17
PHYKE_6288 76.6 1e-16
HYAP_07372 78.6 1e-16
PHYSO_445618 75.9 1e-16
PHYSO_377094 73.6 7e-16
PITG_23039 70.9 4e-14
PPTG_05373 71.2 5e-14
HYAP_08078 68.6 3e-13
PPTG_08713 68.2 3e-13
PPTG_11472 70.9 9e-13
PHYCA_108999 65.1 2e-12
PYAR_26415 64.3 2e-12
HYAP_11184 61.2 6e-11
PHYSO_515401 60.1 2e-10
PPTG_19242 58.2 9e-10
PPTG_23679 59.3 9e-10
PHYSO_336673 55.1 2e-08
PHYSO_260072 55.1 3e-08
PYIW_25932 50.8 2e-07
PPTG_19622 49.7 2e-07
HYAP_08850 50.8 1e-06
PPTG_17455 49.3 1e-06
PPTG_04456 47.8 1e-06
PPTG_20067 48.9 2e-06
PYVX_16508 50.1 4e-06
PHYKE_6287 45.1 1e-05
PYIR_26577 44.7 2e-05
PPTG_20194 46.2 2e-05
PHYSO_335499 48.1 2e-05
PHYRA_85280 47.8 3e-05
HYAP_03446 42.4 2e-04
HYAP_12828 41.2 2e-04
PYVX_21088 40.8 0.004
PHYSO_333483 33.5 0.67
HYAP_08851 32.0 0.91
PHYCA_120366 33.9 1.1
CCA18792 33.1 2.1
PHYRA_74557 32.7 2.6
PYAP_24306 30.4 3.6
PHYCA_98739 30.8 3.7
CCI50913 31.2 4.6
PITG_09483 31.6 5.1
PITG_11087 31.6 5.6
H257_14098 31.6 7.3
PHYSO_554926 31.6 8.1
PPTG_07814 31.2 8.8
>PPTG_17125
Length=283
Score = 555 bits (1431), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 283/283 (100%), Positives = 283/283 (100%), Gaps = 0/283 (0%)
Query 1 MLAVRAELYFAIVTTESSPLDGGEHQKNEGKMNYRavliavvaslaavvEGQVIGHNQVR 60
MLAVRAELYFAIVTTESSPLDGGEHQKNEGKMNYRAVLIAVVASLAAVVEGQVIGHNQVR
Sbjct 1 MLAVRAELYFAIVTTESSPLDGGEHQKNEGKMNYRAVLIAVVASLAAVVEGQVIGHNQVR 60
Query 61 PFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLG 120
PFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLG
Sbjct 61 PFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLG 120
Query 121 SQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENST 180
SQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENST
Sbjct 121 SQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENST 180
Query 181 ILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDE 240
ILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDE
Sbjct 181 ILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDE 240
Query 241 LSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
LSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF
Sbjct 241 LSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
>PHYCA_129485
Length=251
Score = 447 bits (1149), Expect = 7e-160, Method: Compositional matrix adjust.
Identities = 209/234 (89%), Positives = 222/234 (95%), Gaps = 0/234 (0%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ QVIGH+QVRPFP+P+PVT S KAAVK+KPQLKI DGCHPYPAVQKDGSI+GGLKWSGP
Sbjct 18 QAQVIGHDQVRPFPQPKPVTVSDKAAVKFKPQLKIADGCHPYPAVQKDGSITGGLKWSGP 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
QDGECTGSKLGSQIYARS WVNDVWAIMYAWYFPKGRGAVP+PLI RLFGHRHNWEY IV
Sbjct 78 QDGECTGSKLGSQIYARSAWVNDVWAIMYAWYFPKGRGAVPLPLITRLFGHRHNWEYVIV 137
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP+ +NSTILGVSMSA+VGYASQTPPE YVDGDSVKL+YYYNHLLGSTSLQLTE T
Sbjct 138 WIDNPKSKNSTILGVSMSAAVGYASQTPPEAMYVDGDSVKLEYYYNHLLGSTSLQLTEDT 197
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLITWDELSKLARYSLNHTDWDETLF+LAGLKMPLKDGVF ELL+KAWPF
Sbjct 198 GEFQDLITWDELSKLARYSLNHTDWDETLFDLAGLKMPLKDGVFQELLDKAWPF 251
>PITG_18453
Length=252
Score = 441 bits (1135), Expect = 9e-158, Method: Compositional matrix adjust.
Identities = 228/252 (90%), Positives = 240/252 (95%), Gaps = 0/252 (0%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
M++RAVLIA ASLAA V GQVIGHNQVRPF EPEPVTFSQKAAVKYKPQLKIEDGCHPY
Sbjct 1 MSFRAVLIAATASLAAGVLGQVIGHNQVRPFLEPEPVTFSQKAAVKYKPQLKIEDGCHPY 60
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVP
Sbjct 61 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPA 120
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLK 211
PLILRLFGHRHNWEYAIVWIDNPELENSTILGVS+SAS+ YAS+TPPE +VDG+SVKL+
Sbjct 121 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSISASISYASETPPEANHVDGESVKLE 180
Query 212 YYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDG 271
YYYNHL GSTSLQLTE TGEFQDL+TWD+L+KLARYSLN+TDWDETLFNLAGLKMPLKDG
Sbjct 181 YYYNHLFGSTSLQLTEDTGEFQDLVTWDQLTKLARYSLNNTDWDETLFNLAGLKMPLKDG 240
Query 272 VFDELLNKAWPF 283
FDELLNKAWPF
Sbjct 241 EFDELLNKAWPF 252
>PHYRA_81102
Length=251
Score = 412 bits (1060), Expect = 3e-146, Method: Compositional matrix adjust.
Identities = 197/252 (78%), Positives = 222/252 (88%), Gaps = 1/252 (0%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN+RAV +A +ASLA + QVIGH+QVRPFP+P+PVT SQK AVK+KPQLKI+ GCHPY
Sbjct 1 MNFRAVFVAAMASLAVA-QAQVIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPY 59
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAVQKDGS+SGGLKWSGPQDGECTGS+LGSQIYARS WVNDVWAIMYAWYFPKGR A
Sbjct 60 PAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVP 119
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLK 211
P LR FGHRHNWEY +VWIDNP LEN+T+LGVSMSAS+GY+ Q P + +YVDG SVK+
Sbjct 120 PDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVA 179
Query 212 YYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDG 271
YYYNHLLG+T+LQLTE TGEFQDLI WD+LS LARYSLNHTDWD+TLF LAGLKMPLKDG
Sbjct 180 YYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDG 239
Query 272 VFDELLNKAWPF 283
VF+ELL+K WPF
Sbjct 240 VFEELLDKTWPF 251
>PHYRA_72504
Length=251
Score = 412 bits (1060), Expect = 3e-146, Method: Compositional matrix adjust.
Identities = 197/252 (78%), Positives = 222/252 (88%), Gaps = 1/252 (0%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN+RAV +A +ASLA + QVIGH+QVRPFP+P+PVT SQK AVK+KPQLKI+ GCHPY
Sbjct 1 MNFRAVFVAAMASLAVA-QAQVIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPY 59
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAVQKDGS+SGGLKWSGPQDGECTGS+LGSQIYARS WVNDVWAIMYAWYFPKGR A
Sbjct 60 PAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVP 119
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLK 211
P LR FGHRHNWEY +VWIDNP LEN+T+LGVSMSAS+GY+ Q P + +YVDG SVK+
Sbjct 120 PDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVA 179
Query 212 YYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDG 271
YYYNHLLG+T+LQLTE TGEFQDLI WD+LS LARYSLNHTDWD+TLF LAGLKMPLKDG
Sbjct 180 YYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDG 239
Query 272 VFDELLNKAWPF 283
VF+ELL+K WPF
Sbjct 240 VFEELLDKTWPF 251
>PHYRA_71825
Length=254
Score = 319 bits (817), Expect = 2e-109, Method: Compositional matrix adjust.
Identities = 145/231 (63%), Positives = 182/231 (79%), Gaps = 0/231 (0%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
+I H+ V PF +P P T ++KAAVKYKP+L +EDGCHPY AVQ DG+ISGGL+WSGPQDG
Sbjct 24 IIPHDTVEPFAQPRPKTDAEKAAVKYKPRLLVEDGCHPYAAVQADGAISGGLEWSGPQDG 83
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
EC GS LGSQ+YAR V DVWAIMYAWYFPKGR +PVPL LR FGHR+ WEYA+VW+D
Sbjct 84 ECRGSPLGSQVYARWMKVKDVWAIMYAWYFPKGRAPLPVPLSLRFFGHRNGWEYAVVWLD 143
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
N +NST+L S+SA+VG++ + PP+ +Y DG S+ + YYYNH+ G+T+++ TE GEF
Sbjct 144 NLNAKNSTVLATSLSAAVGWSKEAPPKEKYFDGTSLMVSYYYNHIFGNTAVKYTEDAGEF 203
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q LITWD+L LAR +LN+TDWD T N+A +KMP+KDGVF E L A+PF
Sbjct 204 QPLITWDQLPDLARKALNNTDWDATPSNVARVKMPMKDGVFLEKLEGAYPF 254
>PPTG_08893
Length=251
Score = 298 bits (762), Expect = 6e-101, Method: Compositional matrix adjust.
Identities = 137/234 (59%), Positives = 181/234 (77%), Gaps = 3/234 (1%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ +VI ++ V+PFP+P P T +QKA +KYKPQLK+E+GC PYPAVQ+DG+IS GL+WSGP
Sbjct 21 QSKVIPYDTVQPFPQPVPTTEAQKAILKYKPQLKVEEGCRPYPAVQQDGAISSGLRWSGP 80
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+D C GS GSQIYARSK D WA+MY WYFPKGR +P P R GHRH WEYA+V
Sbjct 81 EDIGCKGSLRGSQIYARSKLFKDKWAVMYTWYFPKGRAPIPGP---RSSGHRHGWEYAVV 137
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D +NSTILG S+SA+VG+A ++P Y+DG+S+K+ YY+N +T+++ T+A
Sbjct 138 WLDKLTADNSTILGTSLSAAVGWAKESPTPKEYLDGNSLKVAYYFNDDFKNTAVKYTQAG 197
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G FQDLI WD+LS +AR SL++TDWDET FN+A +KMP+KDGVF+E L+ A+PF
Sbjct 198 GAFQDLIIWDQLSDVARASLSNTDWDETPFNVARVKMPMKDGVFEEKLSGAYPF 251
>PHYRA_81103
Length=252
Score = 295 bits (756), Expect = 5e-100, Method: Compositional matrix adjust.
Identities = 142/234 (61%), Positives = 177/234 (76%), Gaps = 12/234 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP-QDG 112
I H+QV+PF +P +T SQKAAVK+KPQLK DGC+PYPAVQ DGS SGGL+W+ Q G
Sbjct 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR---GAVPVPLILRLFGHRHNWEYAIV 169
+CT LGSQIYARS W DVWAIMY WYFPKG G + + GHRHNWE+ +V
Sbjct 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-------GHRHNWEFVVV 139
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP L+NSTILGVSMSAS+GY+ + PP+++Y+DG SVK+ Y+Y+ + G+T+L+LTE
Sbjct 140 WIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDA 199
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLI WD+L +AR +LN TDWD TL+NL +MPLKD VF + L K+WPF
Sbjct 200 GETQDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
>PITG_09716
Length=250
Score = 294 bits (752), Expect = 2e-99, Method: Compositional matrix adjust.
Identities = 136/234 (58%), Positives = 179/234 (76%), Gaps = 3/234 (1%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ +VI ++ ++PFP+P P T +QKA +KYKPQLK+E+GCHPYPAVQ++G IS GL+WSGP
Sbjct 20 QSKVIPYDTLQPFPQPIPTTDAQKAILKYKPQLKVEEGCHPYPAVQRNGDISSGLRWSGP 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+D C GS LGSQIYARSK D WA+MY WYFPKGR +P LR GHRH WEYA+V
Sbjct 80 EDIGCKGSSLGSQIYARSKLFKDKWAVMYTWYFPKGRAPIPG---LRSSGHRHGWEYAVV 136
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D + +STILG S+SA+VG+A ++P Y+DG S+K+ YY+N +T+++ T+
Sbjct 137 WLDRLDANSSTILGTSLSAAVGWAKESPTPKEYLDGHSLKVAYYFNDDFSNTAVKYTQDG 196
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G FQDLI WD+LS AR SL +TDWDETLFN+A +KMP+KDGVF+E L+ A+PF
Sbjct 197 GAFQDLIQWDQLSDPARASLINTDWDETLFNVARVKMPMKDGVFEEKLSGAYPF 250
>PHYCA_121494
Length=248
Score = 287 bits (734), Expect = 9e-97, Method: Compositional matrix adjust.
Identities = 136/232 (59%), Positives = 175/232 (75%), Gaps = 4/232 (2%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I ++ V P P T +QKAAVKY PQL IEDGCHPY AVQ DG+IS GLKWSGPQD
Sbjct 21 KAIPYDTVVPIPSQTSKTDAQKAAVKYHPQLHIEDGCHPYAAVQADGAISDGLKWSGPQD 80
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS LGSQ+YARS WV WAIMYAWYFP G+ VP P+ L GHR+ WEYA++W+
Sbjct 81 GACKGSPLGSQVYARSTWVKGKWAIMYAWYFPMGQAPVP-PVGL---GHRNGWEYAVIWL 136
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
D P +NST+LGVS+SA+VG++ + P + +++DG+S+K+ YYYN++ +T+++ TE GE
Sbjct 137 DRPTADNSTLLGVSLSAAVGWSKEAPAKQKWMDGNSLKVSYYYNNIFRNTAVKYTEEKGE 196
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQ LITWD+L AR +L +TDWDET FN+A +KMP+KDGVF E L A+PF
Sbjct 197 FQTLITWDQLPDAARNALINTDWDETPFNVARVKMPMKDGVFMEKLTGAYPF 248
>PPTG_16851
Length=249
Score = 286 bits (731), Expect = 2e-96, Method: Compositional matrix adjust.
Identities = 134/234 (57%), Positives = 176/234 (75%), Gaps = 4/234 (2%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ + I ++ V+PF + P T +QKA +KYKPQLKIE+GCHPYPAVQKDGSIS GLKWSGP
Sbjct 20 QSKAIPYDSVQPFSQQVPNTDAQKAILKYKPQLKIEEGCHPYPAVQKDGSISSGLKWSGP 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ C GS LGSQ+YAR+ W+ WA+MYAWYFPKGR +P P R +GHRH WEYA+V
Sbjct 80 DNIGCKGSPLGSQVYARATWLKGKWAVMYAWYFPKGRAPIPAP---RSYGHRHGWEYAVV 136
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D NST+LG SMSA++G+A ++P Y+DG+S+K+ YY+N +T+++ T+
Sbjct 137 WLDKAS-ANSTLLGTSMSAAIGWAKESPTPKEYLDGNSLKVAYYFNDDSINTAVKYTQDA 195
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLI WD+L +AR +L +TDWDET N+A +KMP+KDGVF E LN A+PF
Sbjct 196 GEFQDLIIWDQLPDVARNALVNTDWDETPLNVARVKMPMKDGVFMEKLNGAYPF 249
>PHYSO_261265
Length=247
Score = 285 bits (728), Expect = 6e-96, Method: Compositional matrix adjust.
Identities = 150/253 (59%), Positives = 188/253 (74%), Gaps = 7/253 (3%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN+RAVLIAVVAS AA G VI +++V PF +P PVT K +KYKP LKI++GCHPY
Sbjct 1 MNFRAVLIAVVASFAAAQAGNVIPYDEVHPFAQPAPVTDLHKTMLKYKPHLKIKEGCHPY 60
Query 92 PAVQKDGSISGGLKWSGPQD-GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVP 150
PAVQK+G ISGGL+WS P D EC GS LGSQ+YARS WV +AIMYAWYFP GR
Sbjct 61 PAVQKNGDISGGLEWSSPTDNAECKGSPLGSQVYARSSWVKGKFAIMYAWYFPMGRA--- 117
Query 151 VPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKL 210
PL+ FGHR+ WEYAIVW+D+ NSTILG S+SA+VG+A + P +Y+DG+++K+
Sbjct 118 -PLLP--FGHRNGWEYAIVWLDSVSSTNSTILGTSLSAAVGWAKEVPRNRKYLDGNNLKV 174
Query 211 KYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKD 270
YY+N + T+++ TE GEFQD+ITWD+L R SL++TDWD T FN+A LKMP+KD
Sbjct 175 AYYFNRDVRCTAVEYTEEIGEFQDVITWDQLPAPTRDSLSNTDWDHTPFNVALLKMPMKD 234
Query 271 GVFDELLNKAWPF 283
GVF E LN A+PF
Sbjct 235 GVFQEKLNSAYPF 247
>PHYCA_10034
Length=274
Score = 285 bits (729), Expect = 1e-95, Method: Compositional matrix adjust.
Identities = 135/232 (58%), Positives = 174/232 (75%), Gaps = 4/232 (2%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I ++ V P P T +QKAAVKY PQL IEDGCHPY AVQ DG+IS GLKWSGP D
Sbjct 47 KAIPYDTVVPIPSQTSKTDAQKAAVKYHPQLHIEDGCHPYAAVQADGAISDGLKWSGPHD 106
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS LGSQ+YARS WV WAIMYAWYFP G+ VP P+ L GHR+ WEYA++W+
Sbjct 107 GACKGSPLGSQVYARSTWVKGKWAIMYAWYFPMGQAPVP-PVGL---GHRNGWEYAVIWL 162
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
D P +NST+LGVS+SA+VG++ + P + +++DG+S+K+ YYYN++ +T+++ TE GE
Sbjct 163 DRPTADNSTLLGVSLSAAVGWSKEAPAKQKWMDGNSLKVSYYYNNIFHNTAVKYTEEKGE 222
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQ LITWD+L AR +L +TDWDET FN+A +KMP+KDGVF E L A+PF
Sbjct 223 FQTLITWDQLPDAARNALINTDWDETPFNVARVKMPMKDGVFMEKLTGAYPF 274
>PHYKE_6286
Length=250
Score = 280 bits (715), Expect = 6e-94, Method: Compositional matrix adjust.
Identities = 134/235 (57%), Positives = 173/235 (74%), Gaps = 5/235 (2%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H+QV+PF +PEPV+ ++KAAVK+KPQL + GC PYPAV +GSIS GLKW+G
Sbjct 20 EINTISHDQVQPFAQPEPVSDAEKAAVKFKPQLAVTYGCDPYPAVDSNGSISAGLKWAGK 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DG+CTGS LGSQ+Y+R+ W D WAIMYAWYFPK R L +GHRH W++A+V
Sbjct 80 PDGDCTGSPLGSQVYSRADWYEDKWAIMYAWYFPKARQR----LSKYFYGHRHMWQWAVV 135
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLL-GSTSLQLTEA 228
WID+P +NST+ GVSMSASVGY ++PP+++YVD SVKL Y + G SL+LTE
Sbjct 136 WIDDPASDNSTVQGVSMSASVGYQKRSPPKSKYVDDSSVKLDSYVDFWWSGKASLRLTED 195
Query 229 TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
TGE QDLI WD+L+ AR SL+ D+DE+L+N +KMPLKDGVF + L +++PF
Sbjct 196 TGETQDLIQWDQLTDAARESLSSFDFDESLWNTKKIKMPLKDGVFTKNLKRSYPF 250
>PHYSO_254108
Length=246
Score = 268 bits (685), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 131/230 (57%), Positives = 166/230 (72%), Gaps = 9/230 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+P +P PVT +QK AVKYKPQL++ GCHPYPAVQ +GS+SGGL+WSGP DG+
Sbjct 26 INHDQVQPMAQPTPVTDAQKLAVKYKPQLRVSYGCHPYPAVQANGSVSGGLEWSGPADGD 85
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+YARS W D WA MY WYFPKGR V +GHRH WEYAI+W D+
Sbjct 86 CEGSSLGSQVYARSDWFKDKWATMYTWYFPKGRQDV--------WGHRHFWEYAIIWTDS 137
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P +NST LG+SMSA VG+ QTP +Y++G+SVKL+ +Y+ L +LQLT+ +G+FQ
Sbjct 138 PSPDNSTFLGISMSAGVGHGKQTPVLLKYMNGNSVKLESHYSVLGNKAALQLTKDSGDFQ 197
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITW +L AR +LN +D T F +MPLKD VF +LNKA+P+
Sbjct 198 DLITWGQLPVPARDALNGDAFDVTYF-FNKFEMPLKDRVFMSVLNKAYPW 246
>PHYCA_118548
Length=246
Score = 267 bits (682), Expect = 6e-89, Method: Compositional matrix adjust.
Identities = 130/230 (57%), Positives = 162/230 (70%), Gaps = 8/230 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H+QV+PF +PEP+T SQK+AVKYKPQL I GCHPY AVQ DGS SGGL+WSG DG+
Sbjct 25 VNHDQVQPFAQPEPITDSQKSAVKYKPQLHISYGCHPYAAVQADGSASGGLEWSGRVDGD 84
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS+LGSQ+Y+RS W +D WAIMYAWYFPKGR L GHRH WEYAIVW D+
Sbjct 85 CTGSQLGSQVYSRSDWYHDKWAIMYAWYFPKGR--------YHLGGHRHYWEYAIVWTDS 136
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P NS+I GVSMSA VGY TPP +Y+DG+S+K +++ L +LQLT+ GE Q
Sbjct 137 PTSSNSSIQGVSMSAGVGYGKATPPMLKYIDGNSIKFDSHFSLLGNKAALQLTKEAGERQ 196
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITWD+L+ AR +LN D + ++P KD +F + L KA+PF
Sbjct 197 DLITWDQLTVAARDTLNGDALDGKAWFTDKDEVPFKDDIFVKRLQKAFPF 246
>PITG_19936
Length=249
Score = 261 bits (668), Expect = 1e-86, Method: Compositional matrix adjust.
Identities = 131/232 (56%), Positives = 165/232 (71%), Gaps = 6/232 (3%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
+I H+ V+PF +PEP SQK+AVKYKPQL I GCHPYPAVQ+DGSIS GLKW+G +G
Sbjct 23 MIDHDAVQPFAQPEPTMESQKSAVKYKPQLHISYGCHPYPAVQEDGSISAGLKWAGWPNG 82
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
+C GS LGSQ+Y+RS W WAIMYAWYFPK R V FGHRH W YAIVW +
Sbjct 83 DCKGSALGSQVYSRSDWYKGKWAIMYAWYFPKSRQYVD----KYRFGHRHYWSYAIVWTN 138
Query 173 NPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
NP +NSTILGVSMS+ VGY ++PP+++Y VDG +VKL +Y++ LQLTE +GE
Sbjct 139 NPNPDNSTILGVSMSSGVGYMKRSPPKSKYVVDGTTVKLDWYWSFWGSKQGLQLTEKSGE 198
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLITW++LS+ AR +L+ D+D + + MPLKD +F L KA+PF
Sbjct 199 TQDLITWEQLSEEARNALSEADFDVS-WAFTKAVMPLKDDIFTSRLKKAYPF 249
>PPTG_07664
Length=245
Score = 261 bits (667), Expect = 1e-86, Method: Compositional matrix adjust.
Identities = 126/230 (55%), Positives = 161/230 (70%), Gaps = 8/230 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H++V+PF + +P+T SQK+AVKYKPQL I GCHPYPAVQ +GS SGGL+WSGP DG+
Sbjct 24 VNHDKVQPFAQLQPITDSQKSAVKYKPQLHISYGCHPYPAVQANGSASGGLEWSGPVDGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR + GHRH WEYAIVW D+
Sbjct 84 CTGSPLGSQVYSRSAWYKEKWAIMYAWYFPKGRYGIT--------GHRHYWEYAIVWTDS 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
NS+I GVSMSA VG+A TPP +YVDG S+KL Y++ + +LQLT+ GE Q
Sbjct 136 ATSTNSSIQGVSMSAGVGHAKATPPMLKYVDGSSIKLDSYFSFMGNKAALQLTKEHGETQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITWD+L+ AR +LN D ++ ++P KD +F + L A+PF
Sbjct 196 DLITWDQLTVAARDTLNSDALDGNVWLTNKDEVPFKDDIFMQRLKNAFPF 245
>PPTG_17049
Length=255
Score = 261 bits (667), Expect = 2e-86, Method: Compositional matrix adjust.
Identities = 127/234 (54%), Positives = 166/234 (71%), Gaps = 9/234 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+GH++V+PFP+PEP+T SQKAAVK+KPQL I GCHPYPAVQ DG++SGGLK+SG DG+
Sbjct 25 VGHDRVKPFPQPEPITTSQKAAVKFKPQLSIAFGCHPYPAVQADGAVSGGLKYSGKPDGD 84
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W DVWAI YAWY PKG ++ GHRH W Y VWI+N
Sbjct 85 CKGSALGSQVYSRSTWYRDVWAITYAWYLPKGYERFSGLSMVE--GHRHFWGYVTVWINN 142
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLL----GSTSLQLTEAT 229
P +EN+ ILGVSMS +G+ +Q P + + VDG ++KL+ + H++ G L+ EA
Sbjct 143 PAVENAYILGVSMSGQLGHDTQAPVDKKCVDGSTLKLE-FDGHVMDGAKGKQGLRCVEAV 201
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLITWD+L++ AR SLN ++D ++ +PLKDGVF LLN WPF
Sbjct 202 GKFQDLITWDQLTEAARDSLNTYNFDSIGRDMG--TVPLKDGVFTNLLNSTWPF 253
>PHYCA_9298
Length=248
Score = 260 bits (665), Expect = 3e-86, Method: Compositional matrix adjust.
Identities = 137/253 (54%), Positives = 176/253 (70%), Gaps = 6/253 (2%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN R +A +ASLAAV ++I H+QV+PF +PEP T S+K+AVKYKPQL I DGCHPY
Sbjct 1 MNLRVFFLAAIASLAAVNAVKMIDHDQVQPFAQPEPTTNSEKSAVKYKPQLHISDGCHPY 60
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAVQ DG++S GLKW+G G+C GS LGSQ+Y+RS W + WAIMYAWYFPKGR +
Sbjct 61 PAVQADGAVSAGLKWAGTASGQCKGSGLGSQVYSRSDWYKNKWAIMYAWYFPKGRQYIS- 119
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKL 210
FGHRH W YAIVW+D+ +NSTILGVSMSA VGY+ +TPP+++Y VDG +VK
Sbjct 120 ---KYRFGHRHFWSYAIVWMDSDVPDNSTILGVSMSAGVGYSKETPPKSKYVVDGTTVKF 176
Query 211 KYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKD 270
K Y++ ++ LT GE QDLI W++L+ AR L D+D ++ + MP+ D
Sbjct 177 KSYHSFWGSKLAVGLTTKEGESQDLIAWEQLTDEARSGLTDADFD-VDWSFRKVVMPMTD 235
Query 271 GVFDELLNKAWPF 283
GVF E L K +PF
Sbjct 236 GVFTEKLKKNYPF 248
>PHYRA_74356
Length=244
Score = 258 bits (659), Expect = 2e-85, Method: Compositional matrix adjust.
Identities = 129/230 (56%), Positives = 157/230 (68%), Gaps = 9/230 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PF EPEP T S+KAAVK+KPQL + GC+PYPAVQ DGS+S GLK SGP DGE
Sbjct 24 IDHDQVQPFAEPEPTTDSEKAAVKFKPQLLVSYGCYPYPAVQADGSVSAGLKGSGPADGE 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS LGSQ+Y+RS W D WAIMYAWY PKG + RH WE A+VWID+
Sbjct 84 CTGSSLGSQVYSRSDWYEDKWAIMYAWYLPKGN---------YKYQRRHYWETAVVWIDD 134
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P L NSTILGVSM+ +TP + R++DG SVKL Y + LQ T+ GEFQ
Sbjct 135 PALSNSTILGVSMNYGRRSEFETPVQARFLDGSSVKLDSYRGYGYPKPRLQFTQEEGEFQ 194
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITW++L++ AR +L+ D+D LF KMPLKDG+F+ L AWPF
Sbjct 195 DLITWEQLTEEARDALSTADFDGPLFKKKKRKMPLKDGIFEFRLKDAWPF 244
>PITG_22053
Length=245
Score = 257 bits (656), Expect = 5e-85, Method: Compositional matrix adjust.
Identities = 123/230 (53%), Positives = 158/230 (69%), Gaps = 8/230 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H++V+PF +P P+T SQK+AVKYKPQL I GCHPYPAV+ + SGGL+W GP DG+
Sbjct 24 VNHDEVQPFAQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNSYASGGLEWPGPADGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR L GHRH WEY +VW D
Sbjct 84 CTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR--------YGLTGHRHYWEYVVVWTDT 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P NS+I GVSMSA VG+A TPP +Y+ G S+KL Y++ L +LQLT+ TGE Q
Sbjct 136 PTSTNSSIQGVSMSAGVGHAKATPPMLKYIHGSSIKLDSYFSFLGSKAALQLTKETGEIQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITWD+++ ARY+LN D ++ ++P KD +F + L A+PF
Sbjct 196 DLITWDQMTVSARYTLNSDALDGNVWLTNIDEVPFKDTIFLKRLENAFPF 245
>PITG_04208
Length=245
Score = 257 bits (656), Expect = 6e-85, Method: Compositional matrix adjust.
Identities = 123/230 (53%), Positives = 158/230 (69%), Gaps = 8/230 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H++V+PF +P P+T SQK+AVKYKPQL I GCHPYPAV+ + SGGL+W GP DG+
Sbjct 24 VNHDEVQPFAQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNSYASGGLEWPGPADGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR L GHRH WEY +VW D
Sbjct 84 CTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR--------YGLTGHRHYWEYVVVWTDT 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P NS+I GVSMSA VG+A TPP +Y+ G S+KL Y++ L +LQLT+ TGE Q
Sbjct 136 PTSTNSSIQGVSMSAGVGHAKATPPMLKYIHGSSIKLDSYFSFLGSKAALQLTKETGEIQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITWD+++ ARY+LN D ++ ++P KD +F + L A+PF
Sbjct 196 DLITWDQMTVSARYTLNSDALDGNVWLTNIDEVPFKDTIFLKRLANAFPF 245
>PHYCA_118674
Length=281
Score = 255 bits (652), Expect = 6e-84, Method: Compositional matrix adjust.
Identities = 145/281 (52%), Positives = 185/281 (66%), Gaps = 14/281 (5%)
Query 8 LYFAIVTTESSPLDGGEHQKNEGKMNYRavliavvas-laavvEGQVIGHNQVRPFPEPE 66
LYF T S L + MN+RA +AV+AS A + I H+QV+PF +PE
Sbjct 10 LYFCPNTLRVSFLKIRRDRHLRSTMNFRAFFLAVIASLAAVNADVGKINHDQVQPFTQPE 69
Query 67 PVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYAR 126
P T S+K+AVKYKPQL I DGCHPYPAVQ +GS+SGGLKW+G DG+C S LGSQIY+R
Sbjct 70 PTTDSEKSAVKYKPQLHISDGCHPYPAVQANGSVSGGLKWAGRSDGDCKRSALGSQIYSR 129
Query 127 SKWVNDVWAIMYAWYFPKGRGAVPVPLILRLF--GHRHNWEYAIVWIDNPELENSTILGV 184
S W ND WAIMYAWYFPKG F GHRH W YAIVW +P ENST+LGV
Sbjct 130 SDWHNDKWAIMYAWYFPKGNE------FQANFDSGHRHYWSYAIVWTGSPNPENSTVLGV 183
Query 185 SMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSK 243
SMS+S GY + PP+++YV DG +VK Y + +++LT+ GE QDLITW++L++
Sbjct 184 SMSSS-GYGKKAPPKSKYVIDGTTVKFDSYVSFWASKQAIRLTKKEGEAQDLITWEQLTQ 242
Query 244 LARYSLNHTDWD-ETLFNLAGLKMPLKDGVFDELLNKAWPF 283
AR +L+ D+ E+ F + + MPLKD VF +L KA+PF
Sbjct 243 EARTALSEADFKAESTF--SKVVMPLKDDVFSSILKKAYPF 281
>PHYRA_74306
Length=245
Score = 253 bits (645), Expect = 3e-83, Method: Compositional matrix adjust.
Identities = 123/230 (53%), Positives = 155/230 (67%), Gaps = 8/230 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF EPEP+T S+KAAVK+KPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 24 IDHDKVQPFAEPEPMTDSEKAAVKFKPQLLVSYGCYPYPAVQADGSVSAGLRGSGPADGE 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W D WAIMY WY PKGR RH WE A+VWID+
Sbjct 84 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRST--------RHQRRHFWETAVVWIDD 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P L NSTILGVSM+ QTP + +Y+DG SVKL+ Y + LQ T+ G+FQ
Sbjct 136 PALANSTILGVSMNYGWRSKEQTPVKVKYLDGSSVKLESYRAYGFPKPRLQFTQEDGQFQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLITW++L++ AR +L+ D+D L +MPLKD +F+ L AWPF
Sbjct 196 DLITWEQLTEEARDALSTADFDTYLIEQKKREMPLKDDIFEYRLKDAWPF 245
>PHYCA_132252
Length=249
Score = 252 bits (643), Expect = 5e-83, Method: Compositional matrix adjust.
Identities = 125/233 (54%), Positives = 161/233 (69%), Gaps = 6/233 (3%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+QV+PF +PEP T S+K+AVKYKPQL I DGCH YPAVQ DG++S GLKW+G
Sbjct 22 KMIDHDQVQPFAQPEPTTNSEKSAVKYKPQLHISDGCHSYPAVQADGAVSAGLKWAGSVS 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS LGSQ+Y+RS W D WAIMYAWYFPKGR + FGHRH W YAIVW+
Sbjct 82 GQCKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYIS----KYRFGHRHFWSYAIVWM 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+ +NSTILGVSMSA VGY +TPP+++Y VDG +VK Y + G ++ LT G
Sbjct 138 DSDVPDNSTILGVSMSAGVGYNKKTPPKSKYVVDGTTVKFDSYQSFWGGKLAVGLTTKEG 197
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLITW++L+ R L D+D +++ + MP+ D VF + L K +PF
Sbjct 198 ETQDLITWEQLTDEGRTGLTDADFD-VDWSIRKVVMPMADDVFVKKLKKNYPF 249
>PITG_19938
Length=245
Score = 250 bits (639), Expect = 2e-82, Method: Compositional matrix adjust.
Identities = 124/228 (54%), Positives = 159/228 (70%), Gaps = 8/228 (4%)
Query 56 HNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECT 115
H++V+PF +P P+T SQK+AVKYKPQL I GCHPYPAV+ +GS SGGL+WSGP DG+CT
Sbjct 26 HDEVQPFTQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNGSASGGLEWSGPADGDCT 85
Query 116 GSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPE 175
GS LGSQ+Y+RS W + WAIMYAWYFPKGR L GHRH WEY +VW D+
Sbjct 86 GSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR--------YGLTGHRHYWEYVVVWADSST 137
Query 176 LENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDL 235
+S+I GVSMSA VG+A TPP +Y+ G SVKL Y++ L +LQLT+ TGE QDL
Sbjct 138 STSSSIQGVSMSAGVGHAKATPPMLKYIHGSSVKLDSYFSFLGSKAALQLTKETGETQDL 197
Query 236 ITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
ITWD+++ AR +LN D ++ ++P KD +F + L A+PF
Sbjct 198 ITWDQMTVAARDTLNSDTLDGNVWLTNKDEVPFKDTIFLKRLEDAFPF 245
>PHYRA_52440
Length=243
Score = 249 bits (635), Expect = 8e-82, Method: Compositional matrix adjust.
Identities = 122/228 (54%), Positives = 159/228 (70%), Gaps = 8/228 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H+ V+PF +P PVT SQK+AVKYKPQL I GCHPYPAV+ +G SGGL+WSGP DG+
Sbjct 24 VNHDLVQPFAQPTPVTDSQKSAVKYKPQLYISYGCHPYPAVEANGYASGGLEWSGPNDGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W ++ WAIMYAWYFPKGR V GHR+ WEYAIVW D+
Sbjct 84 CKGSSLGSQVYSRSDWYHEKWAIMYAWYFPKGRYGVT--------GHRNYWEYAIVWTDS 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
+NST+LGVSMSA VG+ TPP +Y++G SVKL +++ L +L+LT+ GEFQ
Sbjct 136 TSPDNSTLLGVSMSAGVGHDKTTPPMLKYMNGSSVKLNSHFSLLGSKAALELTKKEGEFQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLITWD+L+ AR +LN D ++ ++P KD +F + L A+
Sbjct 196 DLITWDQLTVAARETLNSDALDGNVWLSNKDEVPFKDDIFVDRLEDAY 243
>PHYSO_526623
Length=249
Score = 246 bits (629), Expect = 8e-81, Method: Compositional matrix adjust.
Identities = 124/233 (53%), Positives = 158/233 (68%), Gaps = 6/233 (3%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V+PF +PEP T S+K AVK+KPQL I GCHPYPAV+ +GS+S GLKW+G D
Sbjct 22 KMINHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVEANGSVSAGLKWTGWAD 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS LGSQ+Y+RS W D WAIMYAWYFPKGR GHRH W YAIVW
Sbjct 82 GDCKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYAS----QYRSGHRHFWSYAIVWT 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+ + +NSTI GVSMSA VGY TPP+++Y VDG +VK Y++ ++ T TG
Sbjct 138 DSDKPDNSTIQGVSMSAGVGYGKATPPKSKYVVDGVTVKFDSYFSFWGSKVGIRTTTKTG 197
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLITW++L+ AR +L D+D ++ + MPL D VF E L KA+PF
Sbjct 198 ETQDLITWEQLTDEARTALTDADFD-VDWSYKKVVMPLLDDVFTEKLEKAYPF 249
>PHYSO_526774
Length=249
Score = 246 bits (628), Expect = 1e-80, Method: Compositional matrix adjust.
Identities = 127/238 (53%), Positives = 160/238 (67%), Gaps = 16/238 (7%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V+P +PEP T S+K AVKYKPQL I GCHPYPAVQ DGS+S GLKWSG +
Sbjct 22 KMINHDTVQPVAQPEPTTDSEKTAVKYKPQLHISYGCHPYPAVQADGSVSAGLKWSGWAN 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRL-----FGHRHNWEY 166
G+C GS LGSQ+Y+RS W WAIMYAWYFPKGR R+ GH H W Y
Sbjct 82 GKCKGSGLGSQVYSRSDWYKGKWAIMYAWYFPKGR---------RMGDGYNSGHHHYWSY 132
Query 167 AIVWIDNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQL 225
AIVWIDNP +NSTILGVSMSA VGY +PP+++Y VDG +VK Y + ++L
Sbjct 133 AIVWIDNPNPDNSTILGVSMSAGVGYRKASPPKSKYVVDGVTVKFDSYRSFWGSKQGVRL 192
Query 226 TEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
T +G+ QDLITW++L+ AR +L+ D+D ++L + MPLKD E L KA+PF
Sbjct 193 TTKSGDQQDLITWEQLTDEARTALSDADFDVN-WSLKNVVMPLKDDALRERLEKAYPF 249
>PITG_04248
Length=245
Score = 246 bits (627), Expect = 1e-80, Method: Compositional matrix adjust.
Identities = 121/234 (52%), Positives = 157/234 (67%), Gaps = 8/234 (3%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H++V+PF +P+P T S+ AAVKYKPQL + GC PYPAVQ DGS+S GLK SGP
Sbjct 20 EVTYINHDEVKPFAQPKPTTDSEVAAVKYKPQLYVSYGCRPYPAVQADGSVSAGLKGSGP 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DGEC GS LGSQ+Y+RS W D WAIMYAWY PKGR + RH WE A+V
Sbjct 80 MDGECEGSPLGSQVYSRSTWYEDKWAIMYAWYLPKGRNTK--------YQRRHFWEAAVV 131
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WID+P L NSTILGVS++ + S+ P E RY++G +VKL+ Y + L+ T+
Sbjct 132 WIDDPALANSTILGVSLNYGRRHKSKAPLERRYLEGSNVKLESYKGYGKPRPRLRFTQLK 191
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE Q LITW++L+K AR +L++ ++ LF +MPLKDGVF++ L A+PF
Sbjct 192 GETQHLITWEQLTKEARDALSNAKFNTGLFKRTKREMPLKDGVFEKRLKDAYPF 245
>PPTG_07671
Length=246
Score = 243 bits (620), Expect = 2e-79, Method: Compositional matrix adjust.
Identities = 120/234 (51%), Positives = 154/234 (66%), Gaps = 8/234 (3%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H++V PF +P+P T S+KAAVKYKPQ + GCHPYPAVQ DGS+S GLK SGP
Sbjct 20 EVNYINHDEVEPFAQPKPTTDSEKAAVKYKPQFHVSYGCHPYPAVQADGSVSAGLKGSGP 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DGEC GS LGSQ+Y+RS W D+WAIMYAWY PKGR + RH WE A+V
Sbjct 80 MDGECEGSPLGSQVYSRSGWYEDMWAIMYAWYLPKGRSTK--------YQRRHYWEVAVV 131
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WID+P L NSTILGVS++ + SQ P E +Y+ G VKL+ + + L+ T+
Sbjct 132 WIDDPALANSTILGVSLNYGRRHNSQVPVEEQYLHGSRVKLESFKGFGVPRPRLRFTDLE 191
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLITW++L++ AR +L++ + L MPLKDGVF++ L A+PF
Sbjct 192 GETQDLITWEQLTEEARDALSNAKFQRGLIKRLRGDMPLKDGVFEKRLEDAYPF 245
>PHYCA_118551
Length=245
Score = 242 bits (618), Expect = 2e-79, Method: Compositional matrix adjust.
Identities = 120/234 (51%), Positives = 154/234 (66%), Gaps = 8/234 (3%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H+ V+PFP+P+P T S+KAAVKYKPQL + GCHPYPAVQ DGS+S GLK +GP
Sbjct 20 EVTYIDHDTVKPFPQPKPKTDSEKAAVKYKPQLLVSYGCHPYPAVQADGSVSAGLKGTGP 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
GEC GS LGSQ+Y+RS W D WAIMY+WY PKGR A + RH WE A+V
Sbjct 80 AAGECGGSALGSQVYSRSDWYKDKWAIMYSWYLPKGRPAK--------YQRRHLWETAVV 131
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WID+P L NSTILGVS++ + + P E+ ++D VKL+ Y L+ T
Sbjct 132 WIDDPSLANSTILGVSLNYGWRHKTMAPIESEFLDDSRVKLESYRGFSYPRPKLRFTTHV 191
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLITW++L+ AR +L++ ++D L +MPLKDGVF++ L AWPF
Sbjct 192 GETQDLITWEQLTVEAREALSNAEFDSGLIKTTRREMPLKDGVFEKRLKDAWPF 245
>PHYRA_74343
Length=249
Score = 241 bits (614), Expect = 2e-78, Method: Compositional matrix adjust.
Identities = 118/233 (51%), Positives = 156/233 (67%), Gaps = 6/233 (3%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V+PF +PEP T S+K AVK+KPQL I GCHPYPAV +GS++ GLKW+G D
Sbjct 22 EMIDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVNANGSVNAGLKWAGWDD 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS LGSQ+Y+RS W D WAIMYAWYFPKGR GHRH W Y IVW
Sbjct 82 GDCKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYTSAYRT----GHRHYWSYGIVWT 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+ +NSTILGVSMSA VG+ TPP+++Y VDG +VK + + ++LT G
Sbjct 138 DSSSPDNSTILGVSMSAGVGFGKATPPKSKYVVDGTTVKFDSFRSFWGSKMGVKLTTKEG 197
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLITW+++++ AR +L D+D +++ + MP+ D VF L KA+PF
Sbjct 198 EMQDLITWEQMTEEARTALTDADFD-VDWSVRKVVMPMSDDVFMTKLKKAYPF 249
>PHYSO_526832
Length=249
Score = 240 bits (612), Expect = 3e-78, Method: Compositional matrix adjust.
Identities = 118/233 (51%), Positives = 154/233 (66%), Gaps = 10/233 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV PF + EPV S KAA+K+KP+L+I GCHPYPAVQ DG++S GLKW+G DG+
Sbjct 24 INHDQVHPFAQVEPVNASDKAAIKFKPKLQISYGCHPYPAVQADGAVSDGLKWAGKADGK 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKG---RGAVPVPLILRLFGHRHNWEYAIVW 170
C GS LGSQ+Y+RS W +AIMYAWYFPKG RG + + HRH W Y ++W
Sbjct 84 CKGSGLGSQVYSRSAWFEGKFAIMYAWYFPKGFEQRGKIN-------YSHRHLWLYLVLW 136
Query 171 IDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
IDNPE EN ILGV + + G +TPP+ +++DG S+K+ YY + G T +QLTE G
Sbjct 137 IDNPENENPAILGVWLRTAGGNERRTPPDAKFLDGSSLKVDYYKSSWHGKTGIQLTENPG 196
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
EFQDLITW+++++ AR +L D+D L +P DG F L KAW F
Sbjct 197 EFQDLITWEQMTEEARIALTEADFDGHWQERKDLDVPFIDGEFTVNLKKAWVF 249
>PHYSO_526071
Length=249
Score = 239 bits (611), Expect = 4e-78, Method: Compositional matrix adjust.
Identities = 123/233 (53%), Positives = 156/233 (67%), Gaps = 6/233 (3%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V+P +PEP T S+K AVKYKPQL I GCHPYPAVQ DGS+S GLKWSG +
Sbjct 22 KMINHDTVQPVAQPEPTTDSEKTAVKYKPQLHISYGCHPYPAVQADGSVSAGLKWSGWAN 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS LGSQ+Y+RS W WAIMYAWYFPKGR V GHRH W YAIVW
Sbjct 82 GKCKGSGLGSQVYSRSDWYKGKWAIMYAWYFPKGRQYVS----KYRKGHRHFWSYAIVWT 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+ + +NSTI GVSMSA VG+ TPP+++YV DG +VK Y++ ++ T TG
Sbjct 138 DSDKPDNSTIQGVSMSAGVGFRKATPPKSKYVIDGVTVKFDSYFSFWGSKVGIRTTTKTG 197
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLITW++L+ AR L + D+D ++ + MPL D F + L KA+PF
Sbjct 198 ESQDLITWEQLTDEARTGLTNADFD-VDWSYRKVVMPLSDEDFTDKLKKAYPF 249
>PHYRA_74307
Length=249
Score = 236 bits (603), Expect = 6e-77, Method: Compositional matrix adjust.
Identities = 119/233 (51%), Positives = 159/233 (68%), Gaps = 6/233 (3%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V+PF +PEP T S+K AVK+KPQL I GCHPYPAV +GS++ GLKW+G D
Sbjct 22 EMIDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVNANGSVNAGLKWAGWAD 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS LGSQ+Y+RS D WAIMYAWYFPKGR + GHRH W Y IVW
Sbjct 82 GDCKGSGLGSQVYSRSDSYKDKWAIMYAWYFPKGRQYIH----KYHSGHRHYWSYGIVWT 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+ +NSTILGVSMSA VGY +PP++++V DG +VK Y + ++LT+ TG
Sbjct 138 DSSSPDNSTILGVSMSAGVGYRKVSPPKSKFVIDGTTVKFDSYKSFWGSKQGVRLTKKTG 197
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+ QDLITW+++++ AR +L TD+D ++L + MPL D F E L K++PF
Sbjct 198 DTQDLITWEQMTEEARTALVDTDFD-VEWSLKKVVMPLSDDAFTERLEKSYPF 249
>PITG_04200
Length=247
Score = 236 bits (602), Expect = 9e-77, Method: Compositional matrix adjust.
Identities = 119/231 (52%), Positives = 154/231 (67%), Gaps = 9/231 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +P P T S+KAAVKYKP+L + GCHPYPAVQ +G +S GLK SGP DGE
Sbjct 24 INHDEVKPFAQPTPTTDSEKAAVKYKPKLYVSYGCHPYPAVQANGFVSAGLKGSGPIDGE 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W D WAIMYAWY PKGR + + RH WE A+VWID+
Sbjct 84 CEGSSLGSQVYSRSMWYEDKWAIMYAWYLPKGRSSK--------YQRRHFWEAAVVWIDD 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P L NSTILGVS++ S+ P E +++DG +VKL+ Y LQ T+ GE Q
Sbjct 136 PALANSTILGVSLNYGRRQKSEVPLELQFLDGSNVKLESYRGFGRPRPRLQFTQLEGETQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETL-FNLAGLKMPLKDGVFDELLNKAWPF 283
DLITW++L+ AR L+ +++ L F +MPLKDGVF++ L A+PF
Sbjct 196 DLITWEQLTDEARDGLSDAEFNTGLFFKRTRREMPLKDGVFEKRLIDAYPF 246
>PITG_04267
Length=279
Score = 236 bits (602), Expect = 2e-76, Method: Compositional matrix adjust.
Identities = 122/233 (52%), Positives = 158/233 (68%), Gaps = 8/233 (3%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PF + +P T S+K+A+KYKPQL I DGCHPYPAVQ +GSISGGLKWSG +G
Sbjct 53 TINHDQVQPFEQIKPATDSEKSAIKYKPQLHISDGCHPYPAVQSNGSISGGLKWSGKANG 112
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRL-FGHRHNWEYAIVWI 171
+C LGSQ+Y+RS W WAIMYAWYFPKG +LR GHRH W YAI+W
Sbjct 113 DCKEPGLGSQVYSRSAWFKGKWAIMYAWYFPKGPQ-----FVLRFDTGHRHFWSYAILWT 167
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+P +NSTILGVSMS S GY ++ P+ +Y V G +VKL Y + +G +LQLT+ G
Sbjct 168 DDPNHDNSTILGVSMSGSRGYVKESSPKAKYIVKGTTVKLDSYASFWMGVQALQLTKKLG 227
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLITW++L+ A +L D+ E+ + A + MPL D F +L ++PF
Sbjct 228 ETQDLITWEQLTDEACDALTEFDF-ESDPSRAMVVMPLGDDNFTPILKDSYPF 279
>PHYRA_74310
Length=249
Score = 234 bits (598), Expect = 3e-76, Method: Compositional matrix adjust.
Identities = 115/232 (50%), Positives = 154/232 (66%), Gaps = 6/232 (3%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
+I H+ V+PF +PEP T S+K AVK+KPQL I GCHPYPAV +GS++ GLKW+G DG
Sbjct 23 MIDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVDANGSVNAGLKWAGWADG 82
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
+C GS +GSQ+Y+RS W D WAIMYAWYFPKGR GHRH W Y IVW D
Sbjct 83 DCKGSAMGSQVYSRSDWYKDKWAIMYAWYFPKGRQYTS----KYRAGHRHYWSYGIVWTD 138
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATGE 231
+ +NSTILGVSMSA VG+ TPP+++YV DG +VK +++ ++LT G
Sbjct 139 SSSPDNSTILGVSMSAGVGFGKATPPKSKYVIDGTTVKFDSFWSFWGSKLGVKLTTKEGA 198
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q LITW+++++ AR +L D+D ++ + MP+ D VF + L KA+PF
Sbjct 199 TQALITWEQMTEEARTALTDADFD-VDWSFRKVVMPMSDDVFTKKLKKAYPF 249
>PHYCA_122048
Length=236
Score = 232 bits (592), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 117/234 (50%), Positives = 148/234 (63%), Gaps = 15/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ I HNQV PF +PE T SQKAA+K+KPQ+ I +GCHPYPAV + G SGGLK SG
Sbjct 18 QAGTIDHNQVVPFAQPEATTISQKAAIKFKPQIHITNGCHPYPAVNEAGETSGGLKTSGA 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y RS W N WAIMY+WYFPK + + GHRH+WE+ +V
Sbjct 78 PSSSCKGSGWGSQVYGRSTWYNGKWAIMYSWYFPKDSPSTGL-------GHRHDWEHVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP++ N TIL S SA GY+ PP + VDG SVK+ Y N + + +L +T +
Sbjct 131 WIDNPDVANPTILATSPSAHSGYSFYAPPSSDSVDGTSVKVNYESNWPI-NHALDMTSKS 189
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLI WD+LS+ ARY+LN TD+ + +P+ DG F L KAWPF
Sbjct 190 GETQDLIMWDQLSEAARYALNTTDFGKA-------NVPMNDGNFVAKLGKAWPF 236
>PPTG_19331
Length=368
Score = 236 bits (603), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 118/230 (51%), Positives = 148/230 (64%), Gaps = 15/230 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PFP+PEPVT S+KAAVK+KPQ+ I +GCHPYPAV + G SGGLK G +
Sbjct 152 IDHDQVKPFPQPEPVTISEKAAVKFKPQIHITNGCHPYPAVNEAGETSGGLKTKGAPSAK 211
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS WV +WAIMY+WYFPK + GHRH+WE+ IVWIDN
Sbjct 212 CKGSGWGSQVYGRSTWVQGIWAIMYSWYFPKDSPS-------SGLGHRHDWEHVIVWIDN 264
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++EN IL V+ SA GY+ Q PP VDG SVK+K Y +H + +L+ T G+FQ
Sbjct 265 PDVENPKILAVTPSAHDGYSKQVPPNADCVDGTSVKVK-YESHWPINHALESTSEGGDFQ 323
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI WD+LS+ AR ++N W + P DG F L KAWPF
Sbjct 324 DLIMWDQLSEDARRAMNGVGWGKA-------NTPFNDGNFKPKLEKAWPF 366
>PHYCA_107869
Length=342
Score = 234 bits (598), Expect = 7e-75, Method: Compositional matrix adjust.
Identities = 123/238 (52%), Positives = 149/238 (63%), Gaps = 23/238 (10%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E + I H+QV+PF +PEPVT S+KAAVKYKPQ+ I +GCHPYPAV + G SGGLK G
Sbjct 124 EAKWIDHDQVKPFAQPEPVTISEKAAVKYKPQIHIVNGCHPYPAVNEAGETSGGLKTKGA 183
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y RS WV VWAIMY+WYFPK + GHRH+WE+ IV
Sbjct 184 PSAGCKGSGWGSQVYGRSTWVRGVWAIMYSWYFPKDSPS-------SGLGHRHDWEHVIV 236
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQL 225
WIDNP++EN IL V+ SA GY+ Q PP+ VDG SVK+KY NH L STS
Sbjct 237 WIDNPDIENPKILAVTPSAHSGYSKQVPPKADCVDGTSVKVKYESKWPVNHALDSTS--- 293
Query 226 TEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI WD+LS+ AR ++N W + P DG F L+KAWPF
Sbjct 294 --EGGDFQDLIMWDQLSENARRAMNGVGWGKA-------NTPFNDGNFLPKLDKAWPF 342
>PHYRA_72386
Length=245
Score = 229 bits (583), Expect = 7e-74, Method: Compositional matrix adjust.
Identities = 113/231 (49%), Positives = 146/231 (63%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QVRPF +PEPVT S++AA+K+KPQL + DGCHPYPAV G + GGLK +G
Sbjct 30 TISHDQVRPFAQPEPVTISERAAMKFKPQLNVIDGCHPYPAVNDAGEVGGGLKTTGSPTA 89
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQIY RS W D+WAIMY+WYFPK + + GHRH+WE+ IVWID
Sbjct 90 GCKGSGWGSQIYGRSTWHRDIWAIMYSWYFPKDSPSTGL-------GHRHDWEHVIVWID 142
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ N IL VS SA GY+ PP +DG S K++Y ++ + + +L T GEF
Sbjct 143 NPDVPNPIILAVSPSAHSGYSKYAPPGADILDGTSAKIRYESSYPM-NHALDATTDAGEF 201
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI W+++S LAR +LN N +P+ DG F L+KAWPF
Sbjct 202 QDLIMWEQMSDLARQALN-------TMNFGDANVPMNDGNFVGKLDKAWPF 245
>PHYRA_72344
Length=245
Score = 229 bits (583), Expect = 7e-74, Method: Compositional matrix adjust.
Identities = 113/231 (49%), Positives = 146/231 (63%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QVRPF +PEPVT S++AA+K+KPQL + DGCHPYPAV G + GGLK +G
Sbjct 30 TISHDQVRPFAQPEPVTISERAAMKFKPQLNVIDGCHPYPAVNDAGEVGGGLKTTGSPTA 89
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQIY RS W D+WAIMY+WYFPK + + GHRH+WE+ IVWID
Sbjct 90 GCKGSGWGSQIYGRSTWHRDIWAIMYSWYFPKDSPSTGL-------GHRHDWEHVIVWID 142
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ N IL VS SA GY+ PP +DG S K++Y ++ + + +L T GEF
Sbjct 143 NPDVPNPIILAVSPSAHSGYSKYAPPGADILDGTSAKIRYESSYPM-NHALDATTDAGEF 201
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI W+++S LAR +LN N +P+ DG F L+KAWPF
Sbjct 202 QDLIMWEQMSDLARQALN-------TMNFGDANVPMNDGNFVGKLDKAWPF 245
>PPTG_17245
Length=257
Score = 229 bits (583), Expect = 8e-74, Method: Compositional matrix adjust.
Identities = 120/239 (50%), Positives = 161/239 (67%), Gaps = 11/239 (5%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I H+QV+PF E EP T S+K+A+KYKPQL I GC+PYPAVQ +G+ISGGLKWSG +
Sbjct 22 RTINHDQVQPFEEMEPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWAN 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
+C GSQIY+RS W WAIMYAWYFPK GA R GHRH W AIVW
Sbjct 82 SDCEKPVQGSQIYSRSDWYKGKWAIMYAWYFPK--GAFRASKYNR--GHRHFWSSAIVWT 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVD-GDSVKLKYYYNHLLGSTSLQLTEATG 230
DN +NSTILGVSMS S GY + P+T+Y++ G ++KL Y L + +L+LT+ +G
Sbjct 138 DNTNPDNSTILGVSMSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSG 197
Query 231 EFQDLITWDELSKLARYSLNHTDWD----ETLFNLAG--LKMPLKDGVFDELLNKAWPF 283
QDL+TW++L+ AR +L+ D+D + +F +G + MPL+DGVF +L +++PF
Sbjct 198 GTQDLVTWEQLTDEARDALSKFDFDADTSDAIFFSSGATVVMPLEDGVFTSILEESYPF 256
>PHYSO_329843
Length=239
Score = 228 bits (580), Expect = 1e-73, Method: Compositional matrix adjust.
Identities = 114/234 (49%), Positives = 147/234 (63%), Gaps = 15/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ ++I H+QV PF +PE VT SQKAAVK+KPQ+ I +GCHPYPA + G SGGLK +G
Sbjct 21 QAEIIDHDQVVPFAQPEAVTISQKAAVKFKPQIHITNGCHPYPAANEAGQTSGGLKPTGA 80
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y RS W + WAIMY+WYFPK + + GHRH+WE+ +V
Sbjct 81 PSSSCKGSGWGSQVYGRSTWYSGRWAIMYSWYFPKDSPSTGL-------GHRHDWEHVVV 133
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP++EN TIL S SA GY+ PP +DG SVK+ Y +H + +L +T +
Sbjct 134 WIDNPDVENPTILSTSPSAHSGYSYYVPPSADSIDGTSVKVN-YESHWPINHALDMTSES 192
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLI WD+LS AR +LN T + +P+ DG F L KAWPF
Sbjct 193 GEFQDLIMWDQLSDAARLALNTT-------SFGSANVPMNDGNFLTKLGKAWPF 239
>PHYRA_76249
Length=326
Score = 229 bits (585), Expect = 3e-73, Method: Compositional matrix adjust.
Identities = 117/234 (50%), Positives = 144/234 (62%), Gaps = 23/234 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PF +PEP+T S+KA VK+KPQ+ + +GCHPYPAV + G GGLK G
Sbjct 112 IDHDQVKPFAQPEPITISEKAGVKFKPQIHVTNGCHPYPAVNEAGETGGGLKTKGAPSAG 171
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W DVWAIMY+WYFPK + GHRH+WE+ IVWIDN
Sbjct 172 CKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 224
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEAT 229
P++EN IL V+ SA GY+ Q PP VDG SVK++Y NH L STS
Sbjct 225 PDVENPKILAVTPSAHSGYSKQVPPNADSVDGTSVKVEYKSKWPINHALESTS-----QG 279
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI WD+LS+ AR +LN W + P+ DG F L KAWPF
Sbjct 280 GDFQDLIMWDQLSENARRALNSVPWGDA-------NTPMNDGNFQNKLGKAWPF 326
>PHYCA_123779
Length=277
Score = 228 bits (580), Expect = 4e-73, Method: Compositional matrix adjust.
Identities = 116/232 (50%), Positives = 147/232 (63%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V PF +PEPVT S KAA+K+KPQL I +GCHPYPAV G SGGLK SG
Sbjct 57 KIIDHDAVVPFKQPEPVTISDKAAIKFKPQLHITNGCHPYPAVNAIGQTSGGLKTSGAPS 116
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS GSQ+Y RS W N VWAIMY+WYFPK + + GHRH+WE+ IVWI
Sbjct 117 AGCKGSGYGSQVYGRSTWFNGVWAIMYSWYFPKDSPSTGL-------GHRHDWEHVIVWI 169
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNPE+ ILGV+ SA GY+SQ PP+ VDG SVK+KY + + +L+ T G+
Sbjct 170 DNPEVPEPKILGVTPSAHSGYSSQVPPDADKVDGSSVKVKYLSKWPI-NHALESTGEGGD 228
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI W +++ AR L+ T W + +P+ DG F+ L KAWPF
Sbjct 229 FQDLIMWTQMTDAAREGLSKTGWGKA-------NVPMVDGNFEAKLGKAWPF 273
>PHYCA_129784
Length=246
Score = 226 bits (577), Expect = 4e-73, Method: Compositional matrix adjust.
Identities = 111/231 (48%), Positives = 144/231 (62%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PFP+P+PVT S++AA+K+KPQL + DGCHPYPAV G GGLK +G
Sbjct 31 TIDHDQVKPFPQPQPVTISERAAMKFKPQLHVVDGCHPYPAVNDAGETGGGLKTTGSPTA 90
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W DVWAIMY+WYFPK + GHRH+WE+ IVWI
Sbjct 91 GCKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIS 143
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ N TIL V+ SA GY+ PP VDG S+K++Y + + + TEA GEF
Sbjct 144 NPDVPNPTILAVTPSAHSGYSKYAPPSADTVDGTSIKVRYESTYPMNHATDVTTEA-GEF 202
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+++ AR +LN + +P+ DG F L+KAWPF
Sbjct 203 QDLIMWDQMTDAARNALN-------TVSFGDANVPMNDGNFVPKLDKAWPF 246
>PHYSO_249692
Length=248
Score = 226 bits (577), Expect = 5e-73, Method: Compositional matrix adjust.
Identities = 114/231 (49%), Positives = 147/231 (64%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QVRPF +PEPVT S++AAVK+KPQL + +GCHPYPAV G SGGLK SG
Sbjct 33 TISHDQVRPFAQPEPVTISERAAVKFKPQLHVTNGCHPYPAVNDAGETSGGLKTSGAPSA 92
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W DVWAIMY+WYFPK + GHRH+WE+ IVWI+
Sbjct 93 GCKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIN 145
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ + IL V+ SA GY+ +PP +DG S+K+ Y N+ + + TE G+F
Sbjct 146 NPDVPDPIILAVTPSAHSGYSKYSPPNADTLDGTSIKVNYESNYPMNHATDVTTEG-GDF 204
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD++S LAR +LN E F A +P+ DG F L++AWPF
Sbjct 205 QDLIMWDQMSDLARRALN-----EVSFGDA--NVPMNDGNFVGKLDRAWPF 248
>PHYSO_507736
Length=236
Score = 225 bits (573), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 111/232 (48%), Positives = 145/232 (63%), Gaps = 15/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
VI H+QV PF +P P + SQ AAVK+KPQL I +GCHPYPAV DG+ SGGL +G
Sbjct 18 HASVIDHDQVVPFAQPTPTSTSQTAAVKFKPQLHITNGCHPYPAVDADGNTSGGLNPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQIY RS W N VWAIMY+WYFPK A FGHRH+WE+ +V
Sbjct 78 SSAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPA-------SGFGHRHDWEHIVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W++NP + + +L VS SA GY + PP + Y+DG+S K+ YYN LL + + ++T +
Sbjct 131 WLNNPAVTSPELLAVSTSAHSGYTTYYPPSSSYLDGNSAKID-YYNVLLINHAFRMTSDS 189
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L +TD+ + +P KD F+ L AW
Sbjct 190 GETQDLIMWDQLTDAARTALENTDFGDA-------NVPFKDANFETKLANAW 234
>PHYKE_2376
Length=322
Score = 228 bits (580), Expect = 2e-72, Method: Compositional matrix adjust.
Identities = 115/235 (49%), Positives = 145/235 (62%), Gaps = 23/235 (10%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PF +PEPVT S+KA VK+KPQ+ I +GCHPYPAV + G SGGLK G
Sbjct 107 TIDHDQVKPFGQPEPVTISEKAGVKFKPQIHITNGCHPYPAVNEAGETSGGLKTKGAPSA 166
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W NDVWAIMY+WYFPK + GHRH+WE+ I+WID
Sbjct 167 GCKGSGWGSQVYGRSGWKNDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIIWID 219
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEA 228
NP++EN IL V+ SA GY++ PP +DG S K+ Y NH L STS
Sbjct 220 NPDVENPRILAVTPSAHSGYSTYRPPNADTLDGTSAKVNYESHWPVNHALDSTS-----E 274
Query 229 TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI WD+++ AR +LN W + +P+ DG F L+KAWPF
Sbjct 275 GGDFQDLIMWDQMTDNARRALNEVSWGDA-------NVPMNDGNFGPKLDKAWPF 322
>PPTG_15224
Length=246
Score = 225 bits (574), Expect = 2e-72, Method: Compositional matrix adjust.
Identities = 115/230 (50%), Positives = 148/230 (64%), Gaps = 8/230 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PF E +P T S+KAAVKYKP++ + GCHPYPAVQ DGS+S GLK +GP DGE
Sbjct 24 INHDQVQPFDELKPTTDSEKAAVKYKPKVYVSYGCHPYPAVQADGSVSAGLKGTGPIDGE 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W WAIMYAWY PKG A P RH WE A+VWID+
Sbjct 84 CGGSDLGSQVYSRSSWYKGKWAIMYAWYLPKG-WAYRSP-------RRHFWETAVVWIDD 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P NS+ILGV++++ + P E +YVDG SV+L+ L+ T +GE Q
Sbjct 136 PSPTNSSILGVTLNSGLRRKKYVPVERQYVDGSSVQLESCKGRGRPRPMLRFTTISGESQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI W++L+ ARY+L + ++D F MPLKD F++ L AWPF
Sbjct 196 DLIMWEQLTDKARYALANAEFDTGFFKKKRRNMPLKDDRFEKGLEDAWPF 245
>PPTG_06973
Length=165
Score = 222 bits (565), Expect = 3e-72, Method: Compositional matrix adjust.
Identities = 102/166 (61%), Positives = 129/166 (78%), Gaps = 3/166 (2%)
Query 118 KLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELE 177
+L SQ+YAR+ WV D WAIMYAW+FPK R PV LR GHRH WEYAIVW+D P +
Sbjct 3 RLDSQVYARTTWVKDKWAIMYAWFFPKARAPFPV---LRFLGHRHGWEYAIVWLDKPNAD 59
Query 178 NSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLIT 237
NSTILGVS+SA+ G+A + PP +Y+DG+S+K+ YYYNH+ G+T+++ T+ TGEFQDLIT
Sbjct 60 NSTILGVSVSAAAGWAKEAPPPEKYLDGNSLKVAYYYNHIYGNTAVKYTDETGEFQDLIT 119
Query 238 WDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
W++LS LAR LN+TDWDET N A LKMP+KDGVF + L A+PF
Sbjct 120 WNQLSDLARSYLNNTDWDETPLNAALLKMPMKDGVFMKKLKSAYPF 165
>PHYRA_71477
Length=238
Score = 224 bits (570), Expect = 5e-72, Method: Compositional matrix adjust.
Identities = 113/230 (49%), Positives = 149/230 (65%), Gaps = 15/230 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V PFP+PEPVT S+KAAV++KP++ I +GCHPYPAV + G SGGL+ +G +
Sbjct 24 IGHDEVVPFPQPEPVTISEKAAVRFKPEIHITNGCHPYPAVSEAGMTSGGLQATGGPSSK 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W + VWAIMY WYFPK + RL GHRH+WE+ +VWIDN
Sbjct 84 CKGSGWGSQMYGRSTWYSGVWAIMYTWYFPKDSPST------RL-GHRHDWEHVVVWIDN 136
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ N +L VS SA GY+ PP VDG SVK+ Y +H + +L T +GEFQ
Sbjct 137 PDVSNPILLAVSPSAHSGYSKYVPPSADSVDGTSVKIN-YESHWPVNHALDTTSKSGEFQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI W ++S AR +LN TD+ + + MP+ DG F L AWP+
Sbjct 196 DLIMWHQMSDAARLALNTTDFGKAI-------MPMNDGSFLGKLAGAWPW 238
>PHYRA_71404
Length=245
Score = 223 bits (569), Expect = 7e-72, Method: Compositional matrix adjust.
Identities = 111/231 (48%), Positives = 141/231 (61%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PFP+P+PVT S+KA VK+KPQL I +GCH YPAV G SGGLK +G
Sbjct 30 TIDHDQVKPFPQPDPVTISEKAGVKFKPQLHITNGCHSYPAVDDAGDTSGGLKTTGAPSA 89
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W DVWAIMY+WYFPK + + GHRH+WE+ IVWID
Sbjct 90 GCKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDEPSTGI-------GHRHDWEHVIVWID 142
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++EN IL V+ SA GY PP +DG + K+ Y +H +L + G+F
Sbjct 143 NPDVENPKILAVTPSAHSGYHKYAPPNADSIDGTTTKVA-YESHWPMDHALDSSSEAGDF 201
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+LS+ AR +LN N +P+ DG F L +AWPF
Sbjct 202 QDLIMWDQLSENARRALNSV-------NFGNANVPMNDGNFQAKLGRAWPF 245
>PHYRA_52423
Length=193
Score = 221 bits (564), Expect = 7e-72, Method: Compositional matrix adjust.
Identities = 109/201 (54%), Positives = 137/201 (68%), Gaps = 8/201 (4%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF EPEP T S+KAAVK+KPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 1 IDHDKVQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPADGE 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W D WAIMY WY PKGR + RH WE A+VWID+
Sbjct 61 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRPTK--------YQRRHFWETAVVWIDD 112
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P L NSTILGVS++ +TP R++DG SVKL Y + LQ T+ GEFQ
Sbjct 113 PALANSTILGVSLNYGWRSKEETPVAPRFLDGSSVKLNSYRGYGFPKPRLQFTQIDGEFQ 172
Query 234 DLITWDELSKLARYSLNHTDW 254
DLITW++L++ AR +L+ D+
Sbjct 173 DLITWEQLTEEARDALSTADF 193
>PHYRA_72433
Length=245
Score = 223 bits (568), Expect = 1e-71, Method: Compositional matrix adjust.
Identities = 111/231 (48%), Positives = 141/231 (61%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PFP+P+PVT S+KA VK+KPQL I +GCH YPAV G SGGLK +G
Sbjct 30 TIDHDQVKPFPQPDPVTISEKAGVKFKPQLHITNGCHSYPAVDDAGDTSGGLKTTGAPSA 89
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W DVWAIMY+WYFPK + + GHRH+WE+ IVWID
Sbjct 90 GCKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDEPSTGI-------GHRHDWEHVIVWID 142
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++EN IL V+ SA GY PP +DG + K+ Y +H +L + G+F
Sbjct 143 NPDVENPKILAVTPSAHSGYHKYAPPNADSIDGTTTKVA-YESHWPMDHALDSSSEAGDF 201
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+LS+ AR +LN N +P+ DG F L +AWPF
Sbjct 202 QDLIMWDQLSENARRALNSV-------NFGNANVPMNDGNFQAKLGRAWPF 245
>PPTG_07660
Length=216
Score = 221 bits (563), Expect = 2e-71, Method: Compositional matrix adjust.
Identities = 111/220 (50%), Positives = 153/220 (70%), Gaps = 8/220 (4%)
Query 66 EPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYA 125
EP T S+K+A+KYKPQL I GCHPYPAVQ +GSISGGLKWSG +G+C LGSQ+Y+
Sbjct 2 EPTTDSEKSAIKYKPQLHISYGCHPYPAVQANGSISGGLKWSGKTNGDCEQPNLGSQVYS 61
Query 126 RSKWVNDVWAIMYAWYFPKGRGAVPVPLILRL-FGHRHNWEYAIVWIDNPELENSTILGV 184
RS W WAIMYAWY PK +L+ GHRH W Y++VW D+P +NSTILGV
Sbjct 62 RSDWYKGKWAIMYAWYLPKA-----AQFMLKFDTGHRHFWLYSMVWTDSPNPDNSTILGV 116
Query 185 SMSASVGYASQTPPETRYVD-GDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSK 243
SMS S GY + P+T+Y++ G ++KL+ Y +G +L+LT+ +GE QDL+TW++L+
Sbjct 117 SMSGSRGYVKKPSPKTKYIEKGTTIKLESYVGFWMGVQALRLTKKSGETQDLVTWEQLTD 176
Query 244 LARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
AR +L+ D+ E+ +++ + MPLKD VF +L ++PF
Sbjct 177 EARDALSEFDF-ESDPSISMVVMPLKDDVFRSILKDSYPF 215
>PHYKE_4438
Length=339
Score = 225 bits (573), Expect = 3e-71, Method: Compositional matrix adjust.
Identities = 111/234 (47%), Positives = 146/234 (62%), Gaps = 23/234 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PFP+PEP+T S++AAVK+KPQL I +GCH YPAV G SGGLK +G G+
Sbjct 124 ISHSEVQPFPQPEPITISERAAVKFKPQLHISNGCHAYPAVNGAGETSGGLKTTGAPSGK 183
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W DVWAIMY+WYFPK + GHRH+WE+ I+WI+N
Sbjct 184 CKGSGYGSQVYGRSGWHKDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIIWINN 236
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEAT 229
PE+ + IL V+ SA GY++ PP +DG + K+ Y NH LG +T
Sbjct 237 PEVADPKILAVTPSAHSGYSTYAPPPADSMDGVAAKVNYESFWPVNHALG-----MTTKG 291
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI WD+L+ AR +LN +W +P+ DG F L+KAWPF
Sbjct 292 GDFQDLIMWDQLTDNARRALNEVNW-------GAANVPMNDGNFGGKLDKAWPF 338
>PHYRA_72438
Length=236
Score = 220 bits (560), Expect = 1e-70, Method: Compositional matrix adjust.
Identities = 111/231 (48%), Positives = 143/231 (62%), Gaps = 15/231 (6%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G VI H+ V PF +P P + SQ AAV +KPQL I +GCHPYPAV DG+ SGGL +G
Sbjct 19 GAVIDHDTVVPFAQPTPTSVSQVAAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPTGSS 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
C GS GSQIY RS W N VWAIMY+WYFPK A FGHRH+WE+ +VW
Sbjct 79 SAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPA-------SGFGHRHDWEHIVVW 131
Query 171 IDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
++NP + + IL VS SA GY PP++ Y+DG+S K+ YY+ LL + + ++T TG
Sbjct 132 LNNPAVSSPEILAVSTSAHSGYTFYYPPDSDYLDGNSAKID-YYSVLLINHAFRMTSDTG 190
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
E QDLI WD+L+ AR +L TD+ + +P KD F+ L AW
Sbjct 191 ETQDLIMWDQLTDAARTALEDTDFGDA-------NVPFKDTNFETKLANAW 234
>PPTG_15233
Length=235
Score = 219 bits (558), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 110/232 (47%), Positives = 142/232 (61%), Gaps = 15/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P P + SQ AA +KPQL I +GCHPYPAV DG+ SGGL +G
Sbjct 17 QAAVIDHDQVVPFAQPTPTSVSQIAAFNFKPQLHITNGCHPYPAVDTDGNTSGGLNPTGS 76
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQIY RS W N VWAIMY+WYFPK A FGHRH+WE+ +V
Sbjct 77 SSAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPA-------SGFGHRHDWEHIVV 129
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W++NP + + IL VS SA GY PP + Y+DG+S K+ YY+ LL + S ++T +
Sbjct 130 WLNNPAVTSPEILAVSTSAHSGYTVYYPPSSDYLDGNSAKID-YYSVLLINHSFRMTSDS 188
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L TD+ + +P KD F+ L AW
Sbjct 189 GETQDLIMWDQLTDAARTALEDTDFGDA-------NVPFKDANFETKLANAW 233
>PHYCA_108039
Length=215
Score = 218 bits (556), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 118/234 (50%), Positives = 144/234 (62%), Gaps = 23/234 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H+QV+PF +P+PVT S+KAAVK+KPQ+ I +GCHPYPAV G SGGLK G
Sbjct 1 MDHDQVQPFKQPDPVTVSEKAAVKFKPQIHITNGCHPYPAVTWWGETSGGLKTKGAPSAG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS WV VWAIMY+WYFPK + GHRH+WE+ IVWIDN
Sbjct 61 CKGSGWGSQVYGRSTWVKGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEAT 229
P++EN IL V+ SA GY+ Q PP VDG SVK+KY NH L ST TE
Sbjct 114 PDIENPKILAVTPSAHSGYSKQVPPSADCVDGTSVKVKYESKWPINHALEST----TEG- 168
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLI W++LS+ A ++N W + P DG F L+KAWPF
Sbjct 169 GETQDLIMWNQLSENALRAMNSVTWGDA-------NCPFCDGNFQAKLDKAWPF 215
>PPTG_17409
Length=235
Score = 219 bits (558), Expect = 3e-70, Method: Compositional matrix adjust.
Identities = 109/230 (47%), Positives = 142/230 (62%), Gaps = 15/230 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PF +PEPVT S+KAAVK+KPQL I +GCHPYPAV G GGLK +G G
Sbjct 21 IDHDQVQPFAQPEPVTISEKAAVKFKPQLHITNGCHPYPAVNAAGDTGGGLKPTGAPSGS 80
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE ++WI+N
Sbjct 81 CKGSGYGSQVYGRSTWFNGVWAIMYSWYFPKDSPS-------SSLGHRHDWENVVIWINN 133
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ N IL + SA GY+ PP+ +DG S K+ Y +H + + T G+FQ
Sbjct 134 PDVPNPVILAICPSAHGGYSRYAPPDADTIDGTSAKVN-YESHWPINHATDTTSEGGDFQ 192
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI WD+L+ AR +L TD+ + +P+K+G F L KAWPF
Sbjct 193 DLIMWDQLTDAARTALQDTDFGDA-------NVPMKEGSFLSNLEKAWPF 235
>PPTG_15230
Length=252
Score = 219 bits (558), Expect = 4e-70, Method: Compositional matrix adjust.
Identities = 107/231 (46%), Positives = 142/231 (61%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
IGH+QV+PF +P+PVT S++AA+K+KPQ+ I DGCHPYPAV G GGLK +G
Sbjct 37 TIGHDQVKPFAQPQPVTISERAAIKFKPQIHIGDGCHPYPAVNDIGETGGGLKTTGSPTA 96
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W DVWAIMY+WYFPK + GHRH+WE+ IVWI+
Sbjct 97 GCKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIN 149
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ + IL V+ SA GY+ PP +DG SVK+ Y + + + +T GEF
Sbjct 150 NPDVPDPIILAVTPSAHSGYSKYAPPNADTLDGTSVKVNYESTYPMNHAT-DVTTDPGEF 208
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+++ AR +LN + +P+ DG F L+KAWPF
Sbjct 209 QDLIMWDQMTDAARLALN-------TVSFGDANVPMNDGNFIPKLDKAWPF 252
>PHYRA_71308
Length=236
Score = 218 bits (556), Expect = 5e-70, Method: Compositional matrix adjust.
Identities = 111/231 (48%), Positives = 142/231 (61%), Gaps = 15/231 (6%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G VI H+ V PF +P P + SQ AAV +KPQL I +GCHPYPAV DG+ SGGL +G
Sbjct 19 GAVIDHDTVVPFAQPTPTSVSQIAAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPTGSS 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
C GS GSQIY RS W N VWAIMY+WYFPK A FGHRH+WE+ +VW
Sbjct 79 SAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPA-------SGFGHRHDWEHIVVW 131
Query 171 IDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
++NP + + IL VS SA GY PP+ Y+DG+S K+ YY+ LL + + ++T TG
Sbjct 132 LNNPAVSSPEILAVSTSAHSGYTFYYPPDLDYLDGNSAKID-YYSVLLINHAFRMTSDTG 190
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
E QDLI WD+L+ AR +L TD+ + +P KD F+ L AW
Sbjct 191 ETQDLIMWDQLTDAARTALEDTDFGDA-------NVPFKDTNFETKLANAW 234
>PHYCA_9358
Length=252
Score = 218 bits (556), Expect = 1e-69, Method: Compositional matrix adjust.
Identities = 115/240 (48%), Positives = 149/240 (62%), Gaps = 29/240 (12%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V PF +PEPVT ++KAA+K+KPQL I +GCH YPAV G SGGLK +G
Sbjct 31 IGHDEVVPFKQPEPVTIAEKAAIKFKPQLHISNGCHAYPAVNIGGQTSGGLKTTGAPSAG 90
Query 114 CTGSKLGSQIYARSKW------VNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYA 167
C GS GSQ+Y RS W N +WAIMY+WYFPK + GHRH+WE+
Sbjct 91 CKGSGWGSQVYGRSTWHNVPSPHNGIWAIMYSWYFPKDSPST-------GLGHRHDWEHV 143
Query 168 IVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSL 223
IVWIDNPE+ IL V+ SA GY++Q PP+ V+G SVK+ Y NH LGST+
Sbjct 144 IVWIDNPEIAEPKILAVTPSAHSGYSAQVPPDADKVEGTSVKVNYESKWPINHALGSTT- 202
Query 224 QLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G++QDLI W++L+ AR +L +TD+ + +P+KDG F LNKAWPF
Sbjct 203 ----KGGDYQDLIMWEQLTDAARLALENTDFGKA-------NVPMKDGNFVGKLNKAWPF 251
>PHYRA_42876
Length=213
Score = 217 bits (552), Expect = 1e-69, Method: Compositional matrix adjust.
Identities = 112/232 (48%), Positives = 141/232 (61%), Gaps = 23/232 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PF +PEP+T S+K+ VK+KPQ+ + +GCHPYPAV G GGLK G
Sbjct 1 IDHDQVQPFAQPEPITISEKSGVKFKPQIHVTNGCHPYPAVNYKGETGGGLKTKGAPSAG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y R+ W DVWAIMY+WYFPK + GHRH+WE+ IVWIDN
Sbjct 61 CKGSGWGSQVYGRAAWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEAT 229
P++EN IL V+ SA GY+ Q PP VDG S K++Y NH L STS
Sbjct 114 PDVENPKILAVTPSAHSGYSKQVPPNADSVDGTSAKVEYKSKWPINHALESTS-----QG 168
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
G+FQDLI WD+LS+ AR +LN W + P+ DG F L+KAW
Sbjct 169 GDFQDLIMWDQLSENARRALNSVPWGDA-------NTPMNDGNFLPKLDKAW 213
>PHYKE_5753
Length=238
Score = 218 bits (554), Expect = 1e-69, Method: Compositional matrix adjust.
Identities = 107/234 (46%), Positives = 145/234 (62%), Gaps = 14/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF + + + A+K+KPQ+ I +GCHPYPAV +G SGGLK SG
Sbjct 18 QADVISHDQVIPFAQSAATSITNTVALKFKPQIFINNGCHPYPAVNGNGDTSGGLKPSGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ C GS GSQ+Y RS W N+VWAIMY+WYFPK PV GHRH+WE+ +V
Sbjct 78 ESAGCKGSGYGSQVYGRSTWYNNVWAIMYSWYFPKDN---PV----TGMGHRHDWEHVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP +EN TIL V+ SA GY++ PP+ VDG S K++Y + ++ + L T
Sbjct 131 WIDNPAMENPTILAVTPSAHSGYSTYAPPDPSTVDGASAKVQYTSSWIVINHHLDTTSTA 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLI W +L+ AR +LN D++ +P+KDG F+ L A+P+
Sbjct 191 GEFQDLIMWGDLTDAARNALNTADFEAA-------NVPMKDGNFESKLGNAYPW 237
>PHYSO_527352
Length=245
Score = 218 bits (554), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 115/235 (49%), Positives = 151/235 (64%), Gaps = 13/235 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWS-- 107
E ++IGH+QV+PF +PEP T S+K+AVKYKPQL I GCHPYPAVQ DGS++GGLKW+
Sbjct 20 EVKMIGHDQVQPFAQPEPTTESEKSAVKYKPQLHISYGCHPYPAVQADGSVNGGLKWTFW 79
Query 108 GPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLF--GHRHNWE 165
D +C GS LGSQ+Y+RS W WAI+YAWYFPKGR F GHRH W
Sbjct 80 SWADSDCKGSGLGSQVYSRSDWHRGKWAIVYAWYFPKGRD------FEHSFKRGHRHYWL 133
Query 166 YAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQL 225
YAI+W D+P + STILGVS+ S P +DG ++K Y + G L L
Sbjct 134 YAILWTDSPNPDTSTILGVSVPNGFRDKSAAPDAQFVIDGKTIKFDSYRSFTTGRQDLGL 193
Query 226 TEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
TE TG+ QDLITW++L++ AR +L++ ++D + +P+KDG F E L +A
Sbjct 194 TEKTGDTQDLITWEQLTEEARTALSNMNFDGPRQKIV---VPMKDGDFAERLARA 245
>PPTG_08017
Length=616
Score = 228 bits (581), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 115/234 (49%), Positives = 148/234 (63%), Gaps = 23/234 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V PF +PEPVT ++KAA+K+KPQL I +GCH YPAV G SGGLK +G
Sbjct 400 IGHDEVVPFKQPEPVTIAEKAAIKFKPQLHITNGCHAYPAVNVGGQTSGGLKTTGAPSAG 459
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+ IVWIDN
Sbjct 460 CKGSGWGSQVYGRSTWHNGVWAIMYSWYFPKDSPSTG-------LGHRHDWEHVIVWIDN 512
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEAT 229
PE+ IL V+ SA GY++Q PP+ VDG+SVK+KY NH L ST
Sbjct 513 PEIAEPKILAVTPSAHSGYSAQVPPDANKVDGNSVKVKYLSKWPINHALESTG-----EA 567
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G++QDLI W++L+ AR +L +T + + +P+KDG F L+KAWPF
Sbjct 568 GDYQDLIMWEQLTDAARLALQNTGFGKA-------NVPMKDGNFVSKLDKAWPF 614
>PYVX_22467
Length=236
Score = 216 bits (551), Expect = 3e-69, Method: Compositional matrix adjust.
Identities = 107/230 (47%), Positives = 143/230 (62%), Gaps = 15/230 (7%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
VI H+QV PF +P + S KAAVK+KPQL I DGCHPYPAV G+ SGGLK SG
Sbjct 20 SVIDHDQVVPFAQPTATSTSHKAAVKFKPQLHISDGCHPYPAVDSSGNTSGGLKPSGSSS 79
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS GSQIY RS W N VWAIMY+WYFPK + + GHRH+WE+ +VWI
Sbjct 80 AGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPSTGL-------GHRHDWEHVVVWI 132
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
NP +++ T+ VS SA GY+ PP + Y+DG+S K+ Y+ ++ + + ++T + GE
Sbjct 133 SNPAVDSPTVYAVSTSAHSGYSIYYPPSSSYMDGNSAKID-YFKIVVINHAFRMTSSAGE 191
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
QDLI WD+++ AR +L +TD+ + +P KDG F L AW
Sbjct 192 TQDLIMWDQMTDAARIALENTDFGDA-------NVPFKDGNFMTKLASAW 234
>PHYCA_118356
Length=252
Score = 217 bits (552), Expect = 3e-69, Method: Compositional matrix adjust.
Identities = 109/234 (47%), Positives = 146/234 (62%), Gaps = 9/234 (4%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G ++ H++V+PF +P P ++AAVKYKP+L + GCHPYPAVQ +GS+S GL+ SGP
Sbjct 21 GTLMDHDKVKPFAQPIPTNSFEEAAVKYKPELFVSYGCHPYPAVQANGSVSAGLEGSGPD 80
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
DGEC GS+LGSQ+Y+RS W ND WAIMY WY PKGR RH WE A++W
Sbjct 81 DGECKGSRLGSQVYSRSDWYNDKWAIMYTWYLPKGRSGK--------LQDRHFWETAVIW 132
Query 171 IDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSV-KLKYYYNHLLGSTSLQLTEAT 229
ID+P LE+S +LGVS++ S+ + R+++ V K + Y L+ TE
Sbjct 133 IDDPTLEDSKLLGVSLNYEDRRVSKIAIKGRHLNASKVLKFESYEAEKSPKPRLRFTEKA 192
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+ QDLITWD+L AR L+ T + + F +MPLKD VF + L AWPF
Sbjct 193 GKTQDLITWDQLPAKARKGLSTTKFYSSPFGSVKREMPLKDEVFLKRLKDAWPF 246
>PHYSO_406265
Length=232
Score = 216 bits (549), Expect = 5e-69, Method: Compositional matrix adjust.
Identities = 112/236 (47%), Positives = 146/236 (62%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH++V PF +PEPVT S++AAVK+KPQL I +GCH YPAV + G SGGLK +G
Sbjct 16 KTIGHDEVVPFKQPEPVTISERAAVKFKPQLHISNGCHAYPAVNELGETSGGLKKTGAPS 75
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
+C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+ IVWI
Sbjct 76 SKCKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPS-------SGLGHRHDWEHVIVWI 128
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTE 227
DNP++ IL V+ SA GY++Q PP+ VDG SVK+ Y NH L ST+
Sbjct 129 DNPDMPEPKILAVTPSAHSGYSAQVPPDADKVDGPSVKVNYESKWPINHALESTT----- 183
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G++QDLI W +++ AR +L++T N +P+ G F L KAWPF
Sbjct 184 KGGDYQDLIMWTQMTDAARQALDNT-------NFGSANVPMNSGNFLGKLGKAWPF 232
>PHYCA_11951
Length=234
Score = 216 bits (549), Expect = 6e-69, Method: Compositional matrix adjust.
Identities = 106/227 (47%), Positives = 140/227 (62%), Gaps = 15/227 (7%)
Query 55 GHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGEC 114
GH+QV PF +P P + SQ AV +KPQL I +GCHPYPAV DG+ SGGL +G C
Sbjct 21 GHDQVVPFAQPTPTSISQTTAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPAGSSSAGC 80
Query 115 TGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNP 174
GS GSQIY RS W N VWAIMY+WYFPK + FGHRH+WE+ +VW+DNP
Sbjct 81 KGSGYGSQIYGRSAWYNGVWAIMYSWYFPKDSPS-------SGFGHRHDWEHIVVWLDNP 133
Query 175 ELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQD 234
+ + IL VS SA GY PP + Y++G S K+ YY+ LL + + ++T GE Q+
Sbjct 134 AVASPKILAVSTSAHSGYTVYYPPNSNYLNGKSAKID-YYSILLINHAFRMTSDAGETQN 192
Query 235 LITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
LI WD+++ AR +L +TD+ + +P KDG F+ L AW
Sbjct 193 LIMWDQMTDAARTALQNTDFGDA-------NVPFKDGNFESKLANAW 232
>PPTG_19330
Length=316
Score = 216 bits (551), Expect = 3e-68, Method: Compositional matrix adjust.
Identities = 114/235 (49%), Positives = 138/235 (59%), Gaps = 23/235 (10%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PFP+P+PVT S+KAAVK+KPQL I +GCH YPAV + G SGGLK G
Sbjct 101 TIDHDQVKPFPQPQPVTISEKAAVKFKPQLHITNGCHSYPAVDEAGQTSGGLKTKGAPSA 160
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W VWAIMY WYFPK + + GHRH+WE+ IVWID
Sbjct 161 GCKGSGWGSQVYGRSSWYQGVWAIMYCWYFPKDEPSTGI-------GHRHDWEHVIVWID 213
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTEA 228
NPE+ N IL V+ SA GY PP +DG + K+ Y +H LGSTS
Sbjct 214 NPEIANPKILAVTPSAHSGYHKYAPPNPDTIDGATTKVAYESHWPMDHALGSTS-----E 268
Query 229 TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI W +LS+ A +LN W P+ DG F L KAWPF
Sbjct 269 AGDFQDLIMWGQLSENASRALNAVYW-------GNANTPMNDGNFLPKLAKAWPF 316
>PHYSO_254112
Length=224
Score = 213 bits (543), Expect = 3e-68, Method: Compositional matrix adjust.
Identities = 112/228 (49%), Positives = 142/228 (62%), Gaps = 28/228 (12%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PF +PEP T S+ AAVK+KP L++ GC PYPAV +GS+S LKW+G DG+
Sbjct 24 INHDQVQPFAQPEPATDSETAAVKFKPFLEVSYGCEPYPAVSANGSVSASLKWTGKNDGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKG-RGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS LGSQ+Y+RS W D WA+MYAWYFPKG +GA V HRH W +A+VWID
Sbjct 84 CEGSALGSQVYSRSDWYKDKWAMMYAWYFPKGWQGASTV-------SHRHLWLHAVVWID 136
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP L+NSTIL VS TP VKL L+LT GE
Sbjct 137 NPALDNSTILAVS----------TP----------VKLDASRGFWASKMLLKLTTDKGES 176
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
QDLITWD++++ AR +L+ ++D+ LF K+P KDGVF + L KA
Sbjct 177 QDLITWDQMTEEARTALSEANFDKHLFKRKNTKVPFKDGVFTDKLKKA 224
>PPTG_18464
Length=247
Score = 214 bits (544), Expect = 4e-68, Method: Compositional matrix adjust.
Identities = 112/233 (48%), Positives = 155/233 (67%), Gaps = 8/233 (3%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I H+QV+PF +PEP T S+K+AVKYKPQL I GCHPY AVQ DGS+SGGL SG +
Sbjct 22 RTINHDQVQPFSQPEPTTDSEKSAVKYKPQLHISYGCHPYAAVQADGSVSGGLNRSGWAN 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+ GS LGSQ+Y+RS W WAI+YAWY+PKG PV G RH W Y +VW
Sbjct 82 GDRKGSDLGSQVYSRSDWYRGKWAIVYAWYYPKG----PVFTETGPPGQRHFWSYIVVWT 137
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATG 230
D+P+ +STI GV++ VGY Q PP+ ++ + +VK++ Y N + ++QLT+ +G
Sbjct 138 DSPKPNHSTIQGVTIPTEVGYEMQVPPKEDFIFEQATVKVESYLNS--ENQAVQLTDESG 195
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLITW++L+ AR +L+ D++ + + MPLKD VF +L +A+PF
Sbjct 196 EIQDLITWEQLTDQARATLSEFDFN-IKWAYVDMVMPLKDDVFSTILEEAFPF 247
>PPTG_07661
Length=223
Score = 213 bits (541), Expect = 7e-68, Method: Compositional matrix adjust.
Identities = 113/225 (50%), Positives = 151/225 (67%), Gaps = 11/225 (5%)
Query 66 EPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYA 125
EP T S+K+A+KYKPQL I GC+PYPAVQ +G+ISGGLKWSG + +C GSQIY+
Sbjct 2 EPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWANSDCEKPVQGSQIYS 61
Query 126 RSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVS 185
RS W WAIMYAWYFPK GA R GHRH W AIVW DN +NSTILGVS
Sbjct 62 RSDWYKGKWAIMYAWYFPK--GAFRASKYNR--GHRHFWSSAIVWTDNTNPDNSTILGVS 117
Query 186 MSASVGYASQTPPETRYVD-GDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKL 244
MS S GY + P+T+Y++ G ++KL Y L + +L+LT+ +G QDL+TW++L+
Sbjct 118 MSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQDLVTWEQLTDE 177
Query 245 ARYSLNHTDWD----ETLFNLAG--LKMPLKDGVFDELLNKAWPF 283
AR +L+ D+D + +F +G + MPL+DGVF +L +++PF
Sbjct 178 ARDALSKFDFDADTSDAIFFSSGATVVMPLEDGVFTSILEESYPF 222
>PITG_22668
Length=519
Score = 221 bits (563), Expect = 1e-67, Method: Compositional matrix adjust.
Identities = 115/236 (49%), Positives = 143/236 (61%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V PF + EPVT S+KAAVK+KPQL I GCHPYPAV G SGGLK SG
Sbjct 302 KIIDHDAVVPFKQTEPVTISEKAAVKFKPQLHITGGCHPYPAVNAIGQTSGGLKTSGAPS 361
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+ IVWI
Sbjct 362 AGCKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSTG-------LGHRHDWEHVIVWI 414
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTE 227
DNPEL IL VS SA GY++Q PP+ V+G SVK+KY NH L ST
Sbjct 415 DNPELAEPKILAVSPSAHGGYSAQVPPDANKVEGTSVKVKYLSKWPINHALESTG----- 469
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G++QDLI W +++ AR L+ T + + +P+ DG F+ L +AWPF
Sbjct 470 EGGDYQDLIMWGQMTDAAREGLSRTGFGKA-------NVPMNDGNFESKLGRAWPF 518
>PHYKE_7564
Length=473
Score = 219 bits (559), Expect = 1e-67, Method: Compositional matrix adjust.
Identities = 111/234 (47%), Positives = 143/234 (61%), Gaps = 14/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ I H+QV+PFP+ + + AA+KYKPQ+ I +GCHPYPAV +G SGGLK G
Sbjct 253 QAGTIDHDQVQPFPQSAATSLTNTAALKYKPQIFINNGCHPYPAVNANGDTSGGLKTHGS 312
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y RS W N VWAIMY+WYFPK PV GHRH+WE+ IV
Sbjct 313 GSAGCRGSGYGSQVYGRSTWYNGVWAIMYSWYFPKDS---PV----SGMGHRHDWEHVIV 365
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNPE N TIL ++ SA GY++ PP VDG SVK++Y +L+ + L+ T
Sbjct 366 WIDNPENVNGTILAMTPSAHSGYSTYAPPPADMVDGASVKVEYTSTYLVINHHLEGTSTA 425
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLI W +++ ARY+LN TD +P+KDG F L KA+P+
Sbjct 426 GEMQDLIMWGDMTDAARYALNTTD-------FGNANVPMKDGNFLPKLEKAYPW 472
Score = 199 bits (507), Expect = 8e-60, Method: Compositional matrix adjust.
Identities = 93/201 (46%), Positives = 125/201 (62%), Gaps = 7/201 (3%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ +I H+QV+PFP+ ++ + AA+K+KPQ+ I +GCHPYPAV +G SGGLK G
Sbjct 18 QADIINHDQVQPFPQSTAISLTNTAALKFKPQIWINNGCHPYPAVNANGDTSGGLKTHGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y RS W N VWAIMY+WYFPK GHRH+WE+ +V
Sbjct 78 SSAGCRGSGYGSQVYGRSTWYNGVWAIMYSWYFPKDEPQ-------DFTGHRHDWEHVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP+ N IL ++ SA GY++ PP+ +DG SVK++Y + L L+ T
Sbjct 131 WIDNPQNVNPRILAMTPSAHSGYSTYAPPDADMIDGTSVKVEYTSSWLFIDHHLEGTSTA 190
Query 230 GEFQDLITWDELSKLARYSLN 250
GE QDLI W +++ AR SLN
Sbjct 191 GEMQDLIMWSDMTDAARNSLN 211
>PHALS_06162
Length=488
Score = 219 bits (559), Expect = 2e-67, Method: Compositional matrix adjust.
Identities = 115/236 (49%), Positives = 150/236 (64%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ + H++V PF +P+PVT ++ AAVK+KPQ+ I +GCHPYPAV G ISGGLK SG D
Sbjct 265 KTMRHDKVVPFKQPKPVTVAEHAAVKFKPQINIVNGCHPYPAVNATGEISGGLKASGSSD 324
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS+ GSQ+Y RS W +WAIMY+WYFPK A P L GHRH+WE+ IVWI
Sbjct 325 AGCKGSEYGSQVYGRSTWHRGLWAIMYSWYFPKDT-AFP------LLGHRHDWEHIIVWI 377
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTE 227
DNP L IL V+ SA Y Q+PP T V+G SVK+KY NH L ST+
Sbjct 378 DNPSLYKPRILAVASSAHSWYTVQSPPHTDRVNGTSVKVKYAGIWPLNHALTSTT----- 432
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+GE+QDLI W++L++ AR SL + F +A +P++DG F + L+ AW F
Sbjct 433 KSGEYQDLIMWEQLTEAARQSLQQAN-----FGMA--NVPMRDGNFLDKLDTAWSF 481
>PHYCA_18373
Length=246
Score = 212 bits (539), Expect = 2e-67, Method: Compositional matrix adjust.
Identities = 107/211 (51%), Positives = 136/211 (64%), Gaps = 13/211 (6%)
Query 73 KAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVND 132
KAAVK+KPQL I GCHPYPAVQ DG +S GLK +GP DGEC GS LGSQIYARS W
Sbjct 49 KAAVKFKPQLHISYGCHPYPAVQADGVVSAGLKPTGPDDGECQGSSLGSQIYARSDWYKG 108
Query 133 VWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGY 192
V+AIMY WY PKG + RH WE +VWID+P NSTILGVS++ +
Sbjct 109 VYAIMYTWYLPKGSAS------------RHFWESVVVWIDDPAASNSTILGVSLNYGLQL 156
Query 193 ASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHT 252
+T + +Y+ G S+KL + + + L+LTE GEFQDL+T+D+L+ A +L+H
Sbjct 157 KKETNIDPKYLSGSSLKLDSFPGFAINNPKLRLTELDGEFQDLVTFDQLTDAAGIALSHA 216
Query 253 DWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
++ + L A MPL DGVF+E L AWPF
Sbjct 217 EFSKGLIK-AKTPMPLIDGVFNERLKDAWPF 246
>PPTG_08005
Length=759
Score = 225 bits (573), Expect = 3e-67, Method: Compositional matrix adjust.
Identities = 114/236 (48%), Positives = 145/236 (61%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H+ V PF +PEPVT S+KAA+K+KPQL I +GCH YPAV G SGGLK SG
Sbjct 542 KIIDHDAVVPFKQPEPVTISEKAAIKFKPQLHITNGCHAYPAVNAIGETSGGLKTSGAPS 601
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+ IVWI
Sbjct 602 AGCKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSTG-------LGHRHDWEHVIVWI 654
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTE 227
DNPE+ IL V+ SA GY++Q PP+ VDG SVK+KY NH L ST
Sbjct 655 DNPEIAEPKILAVTPSAHSGYSAQVPPDANKVDGTSVKVKYLSKWPINHALESTG----- 709
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G++QDLI W +++ AR +L+ T + + +P+ DG F+ L KAWPF
Sbjct 710 EGGDYQDLIMWGQMTDAAREALSRTSFGDA-------NVPMNDGNFEPKLGKAWPF 758
>PHYSO_259736
Length=231
Score = 211 bits (538), Expect = 3e-67, Method: Compositional matrix adjust.
Identities = 104/230 (45%), Positives = 140/230 (61%), Gaps = 22/230 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV PF + EPV S KAA+K+KP+L+I GCHPYPAVQ DG++S GLKW G DG+
Sbjct 24 INHDQVHPFAQVEPVNASDKAAIKFKPKLQISYGCHPYPAVQADGAVSDGLKWGGKPDGK 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W WAI+ HRH W Y ++WIDN
Sbjct 84 CKGSGLGSQVYSRSDWYQGKWAII----------------------HRHLWLYLVLWIDN 121
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
PE N ILGV + + G + PP+ +++DG S+K++YY + G T +QLTE GEFQ
Sbjct 122 PEAANPAILGVWLRTAGGNEQRVPPDAKFIDGSSLKVEYYKSSWHGKTGIQLTENPGEFQ 181
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DL+TW+++++ AR +L ++D L +P DG F L KAW F
Sbjct 182 DLVTWEQMTEEARIALTEANFDGHWQERKDLDVPFIDGEFTVNLEKAWIF 231
>PPTG_19506
Length=223
Score = 211 bits (536), Expect = 4e-67, Method: Compositional matrix adjust.
Identities = 112/225 (50%), Positives = 151/225 (67%), Gaps = 11/225 (5%)
Query 66 EPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYA 125
EP T S+K+A+KYKPQL I GC+PYPAVQ +G+ISGGLKWSG + +C GSQIY+
Sbjct 2 EPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWANSDCEKPVQGSQIYS 61
Query 126 RSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVS 185
RS W WAIMYAWYFPK GA R GHRH W AIVW DN +NSTILGVS
Sbjct 62 RSDWYKGKWAIMYAWYFPK--GAFRASKYNR--GHRHFWSSAIVWTDNTNPDNSTILGVS 117
Query 186 MSASVGYASQTPPETRYVD-GDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKL 244
MS S GY + P+T+Y++ G ++KL Y L + +L+LT+ +G QDL+TW++L+
Sbjct 118 MSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQDLVTWEQLTDE 177
Query 245 ARYSLNHTDWD----ETLFNLAG--LKMPLKDGVFDELLNKAWPF 283
AR +L+ D+D + +F +G + +PL+DGVF +L +++PF
Sbjct 178 ARDALSKFDFDADTSDAIFFSSGATVVIPLEDGVFTSILEESYPF 222
>PHYRA_72345
Length=240
Score = 211 bits (537), Expect = 5e-67, Method: Compositional matrix adjust.
Identities = 104/234 (44%), Positives = 138/234 (59%), Gaps = 14/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+G VIGH+QV PFP+ +P + + AA+ +KPQ+ I +GCHPYP V +G GGLK +G
Sbjct 18 QGAVIGHDQVVPFPQSQPTSITNTAALLFKPQIWINNGCHPYPVVNANGDTGGGLKTTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y RS W N VWAIMY+WYFPK GHRH+WE+ +V
Sbjct 78 SAAGCRGSGYGSQVYGRSAWYNGVWAIMYSWYFPKDEPQ-------DFTGHRHDWEHVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP+ N IL ++ SA GY++ PP+ VDG S K++Y + L L+ T
Sbjct 131 WIDNPQNTNPKILAMTPSAHSGYSTYAPPDADMVDGTSCKVEYTSSWLFIDHHLEGTSTA 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE QDLI W +++ ARY+LN T N P+ DG F L KA+P+
Sbjct 191 GETQDLIMWGDMTDAARYALNTT-------NFGKANTPMNDGNFLPKLGKAYPW 237
>PHYKE_4946
Length=263
Score = 211 bits (538), Expect = 6e-67, Method: Compositional matrix adjust.
Identities = 112/232 (48%), Positives = 144/232 (62%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I H V+PF +PEP+T S+KAAVK+KPQL I GC YPAV G SGGL+ SG
Sbjct 47 KTIPHKDVKPFIQPEPITISEKAAVKFKPQLAILSGCVSYPAVNDIGETSGGLQESGSPK 106
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W +DVWAIMY+WYFPK + GHRH+WE+ +VWI
Sbjct 107 GGCRGSGHGSQVYGRSVWYSDVWAIMYSWYFPKDSPS-------SRLGHRHDWEHVVVWI 159
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNPE+ IL VS S G+ PP +DG SVK+KY ++ L + +L +T+ G+
Sbjct 160 DNPEVLEPKILAVSPSYHSGHKKYAPPSADVIDGTSVKVKYEHSWPL-NHALDVTDKAGD 218
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI WD+++ LAR +LN ET F A + P+ D F L +AWPF
Sbjct 219 FQDLIMWDQMTDLARVALN-----ETKFGKANV--PMNDHNFLRKLEQAWPF 263
>PHYRA_71931
Length=239
Score = 211 bits (536), Expect = 7e-67, Method: Compositional matrix adjust.
Identities = 105/231 (45%), Positives = 139/231 (60%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
+ H+QV+PF +PEP T S+KA VK+KPQ+ I +GCHPYPAV +G GGLK +G
Sbjct 22 AMDHDQVQPFAQPEPATISEKAGVKFKPQIHITNGCHPYPAVNWNGDTGGGLKPTGAPSS 81
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+ +VWI
Sbjct 82 SCKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSTG-------LGHRHDWEHVVVWIT 134
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++EN IL VS SA GY+ P +DG +VK+ Y +H + +L +T G+
Sbjct 135 NPDVENPVILAVSPSAHSGYSYYVSPSADTIDGTAVKVN-YESHWPINHALDITTEGGDT 193
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+++ AR SLN + +P+ DG F L KAWP+
Sbjct 194 QDLIMWDQMTDAARNSLN-------TVSFGDANVPMNDGNFQNKLGKAWPW 237
>PHYSO_414520
Length=213
Score = 209 bits (532), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 103/228 (45%), Positives = 141/228 (62%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+ V+PFP+PEPVT S+KAA+K+KPQ++I GC PYPAV G SGGL+ SG G
Sbjct 1 INHDAVKPFPQPEPVTISEKAAIKFKPQIRIATGCVPYPAVNDVGETSGGLQTSGSPKGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y R+ W NDVWAIMY+WYFPK + GHRH+WE+ +VWI+N
Sbjct 61 CRGSGHGSQVYGRAGWFNDVWAIMYSWYFPKDSPS-------SRMGHRHDWEHVVVWINN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ ILG+S SA GY + P +DG+SVK+ Y + + + +L T+ G FQ
Sbjct 114 PDVPEPKILGISASAHSGYKKYSSPPPENLDGNSVKVNYEHAWPI-NHALDTTDKAGTFQ 172
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI W+++++ AR +LN + P+ DG F L +AW
Sbjct 173 DLIMWEQMTEDARRALN-------AVHFGKANTPMNDGNFRHKLERAW 213
>PHYSO_468315
Length=255
Score = 210 bits (535), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 108/231 (47%), Positives = 136/231 (59%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PF +PE VT S+KAAVK+KPQL I +GCH YPAV + G SGGLK G
Sbjct 38 TIDHDQVKPFAQPESVTISEKAAVKFKPQLHITNGCHAYPAVDEAGQTSGGLKTKGAPSA 97
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W DVWAIMY WYFPK + + GHRH+WE+ +VWID
Sbjct 98 GCKGSGWGSQVYGRSGWYQDVWAIMYCWYFPKDEPSSGI-------GHRHDWEHVVVWID 150
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++EN IL + SA GY PP VDG + K+ + +H +L T G+F
Sbjct 151 NPDVENPKILAGTPSAHSGYHKYAPPNAGTVDGVTTKVA-FESHWPMDHALDSTTEGGDF 209
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+L+ AR +LN + P+ DG F L +AWPF
Sbjct 210 QDLIMWDQLTDNARRALNS-------VSFGSADTPMNDGNFQAELGRAWPF 253
>PPTG_12847
Length=331
Score = 211 bits (538), Expect = 4e-66, Method: Compositional matrix adjust.
Identities = 109/232 (47%), Positives = 141/232 (61%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH++V+PFP+PEPVT S+KA VK+KPQ++I GC PYPAV + G SGGL+ SG
Sbjct 113 KTIGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQTSGSPR 172
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WE+AIV+I
Sbjct 173 GGCRGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPS-------SRMGHRHDWEHAIVFI 225
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNPE+ IL S+S+ GY +P +DG S+K++Y + L + L T G
Sbjct 226 DNPEVAEPKILACSVSSHDGYKKYSPCPPWVIDGTSLKVRYKHAWPL-NHDLDTTGDAGT 284
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI WD++S AR +LN + P DG F L KAWPF
Sbjct 285 FQDLIMWDQMSNDARRALNSV-------HFGKANTPFNDGNFRPKLEKAWPF 329
>PPTG_12853
Length=342
Score = 212 bits (539), Expect = 5e-66, Method: Compositional matrix adjust.
Identities = 109/232 (47%), Positives = 141/232 (61%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH++V+PFP+PEPVT S+KA VK+KPQ++I GC PYPAV + G SGGL+ SG
Sbjct 124 KTIGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQTSGSPR 183
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WE+AIV+I
Sbjct 184 GGCRGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPS-------SRMGHRHDWEHAIVFI 236
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNPE+ IL S+S+ GY +P +DG S+K++Y + L + L T G
Sbjct 237 DNPEVAEPKILACSVSSHDGYKKYSPCPPWVIDGTSLKVRYKHAWPL-NHDLDTTGDAGT 295
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI WD++S AR +LN + P DG F L KAWPF
Sbjct 296 FQDLIMWDQMSNDARRALNS-------VHFGKANTPFNDGNFRPKLEKAWPF 340
>PPTG_07089
Length=255
Score = 209 bits (531), Expect = 5e-66, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 142/232 (61%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I H +V+PF EP+PVT S+KA VK+KPQ+ ++ GC PYPAV +DG SGGL+ SG
Sbjct 37 KTISHKEVKPFAEPKPVTISEKAGVKFKPQIAVKTGCVPYPAVNEDGETSGGLQTSGSPQ 96
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W N +WAIMY+WYFPK + GHRH+WE+ +V+I
Sbjct 97 GGCRGSGHGSQVYGRSTWFNGLWAIMYSWYFPKDAPS-------SRMGHRHDWEHIVVFI 149
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNPE+ ILG S S GY P +DG SVK+KY ++ L + +L +T+ G+
Sbjct 150 DNPEVPEPKILGCSPSWHSGYNKYAPCPADVIDGSSVKVKYEHSWPL-NHALDITKEAGD 208
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI WD++S LAR +LN T P+ D F + K+WPF
Sbjct 209 FQDLIMWDQMSDLARRALNDT-------KFGKANTPMNDWNFLGKVEKSWPF 253
>PHYCA_108409
Length=282
Score = 209 bits (532), Expect = 8e-66, Method: Compositional matrix adjust.
Identities = 106/234 (45%), Positives = 140/234 (60%), Gaps = 15/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E + IGH++V+PFPEP+PVT S+KA VK+KPQ++I GC PYPAV + G SGGLK +G
Sbjct 64 ETKTIGHDEVKPFPEPKPVTVSEKAGVKFKPQIQIRTGCVPYPAVDETGQTSGGLKPTGN 123
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
G C GS GSQ+Y R W+ VW IMY+WYFPK + GHRH+WE+AIV
Sbjct 124 SKGGCRGSGHGSQVYGRGTWIQGVWGIMYSWYFPKDSPST-------GMGHRHDWEHAIV 176
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+IDNP++ IL S+S+ GY P +DG S+K++Y + L + L T
Sbjct 177 FIDNPDVPEPKILACSVSSHAGYKKYNPCPPWVIDGTSLKVRYKHGWPL-NHDLDTTGDA 235
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G FQDLI WD++++ AR +LN + P DG F L KAWPF
Sbjct 236 GTFQDLIMWDQMTEDARRALNS-------VHFGSANTPFNDGNFKPKLEKAWPF 282
>PYU1_G011231
Length=238
Score = 207 bits (527), Expect = 1e-65, Method: Compositional matrix adjust.
Identities = 106/228 (46%), Positives = 140/228 (61%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV PF EP P + S+KAA+K+KPQ+ I +GCHPYPAV G+ SGGLK SG Q
Sbjct 24 ISHDQVVPFAEPTPSSISEKAAIKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS G+Q+Y RS W N WAIMY+WYFPK GHRH+WE+ +VWIDN
Sbjct 84 CKGSGWGTQVYGRSAWYNGKWAIMYSWYFPKDS-------PFTGLGHRHDWEHVVVWIDN 136
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P N TIL VS SA GY PP+ VDG S K+ Y + ++ + +L T A GE Q
Sbjct 137 PANANPTILAVSPSAHSGYEKYAPPKAGTVDGTSAKVD-YTSKIVINHALDSTTAAGEKQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
LI W+++++ AR +L +T + + +P+KDG F + L KA+
Sbjct 196 PLIMWEQMTQAARTALENTGFGDA-------NVPMKDGNFMDKLAKAY 236
>PHYSO_510888
Length=255
Score = 207 bits (528), Expect = 1e-65, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 141/232 (61%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH++V+PFP+P+PVT S+KAAVK+KPQ+ I GC PYPAV G SGGL+ SG
Sbjct 38 KTIGHDEVKPFPQPDPVTISEKAAVKFKPQIDIVTGCVPYPAVNDAGETSGGLQTSGSPR 97
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W+N VWAIMY+WYFPK + GHRH+WE+ +V+I
Sbjct 98 GGCRGSGHGSQVYGRSTWINGVWAIMYSWYFPKDAPS-------SKMGHRHDWEHVVVFI 150
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNP++ ILG S S GY P +DG SVK+KY ++ L + +L+ T G
Sbjct 151 DNPDVPEPKILGCSPSWHNGYNKYAPCPANVIDGTSVKVKYEHSWPL-NHALETTTKPGA 209
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI W++++ AR +LN T P+ D F + KAWPF
Sbjct 210 FQDLIMWNQMTDFARRALNDT-------KFGKANTPMNDWNFLPKVEKAWPF 254
>PHYRA_71588
Length=242
Score = 207 bits (527), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 113/255 (44%), Positives = 155/255 (61%), Gaps = 16/255 (6%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN R + ++ + VE IGH++V+PF +P+PVT S+K AV++KP L+I++GCH Y
Sbjct 1 MNLRTLFVSAAVATLCAVEAVSIGHDKVQPFAQPDPVTISEKTAVRFKPILRIDNGCHSY 60
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAV G + GLK +G G+C GS LGSQ+Y RS W D+WAIMYAWYFPK +
Sbjct 61 PAVNAAGETNAGLKGTGRPSGDCKGSSLGSQVYGRSVWHGDLWAIMYAWYFPKD-----M 115
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKL 210
P++ + G RH+W +VW+DNP E TI+GVS SA V YA TPP + G + +
Sbjct 116 PILGK--GKRHDWANVVVWLDNPAHERPTIIGVSPSAYVTTYAKYTPPPANRLTGLTSMI 173
Query 211 KYYYNHL-LGSTSLQLT-EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPL 268
Y + L G +L + EA GEFQDL+ W++L+ AR +LN TD+ E +P
Sbjct 174 SYLADDLNYGYHTLDMNWEAGGEFQDLVMWEQLTDEARAALNDTDFGENAL------VPF 227
Query 269 KDGVFDELLNKAWPF 283
D F L KAWP+
Sbjct 228 IDANFKANLEKAWPY 242
>PYU1_G011237
Length=235
Score = 207 bits (526), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 109/233 (47%), Positives = 138/233 (59%), Gaps = 23/233 (10%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
VI H+QV PF EP P + S+KAA+K+KPQ+ I +GCHPYPAV G+ SGGLK SG Q
Sbjct 20 VIDHDQVVPFAEPTPSSISEKAAIKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSA 79
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS G+Q+Y RS W N WAIMY+WYFPK GHRH+WE+ +VWID
Sbjct 80 GCKGSGWGTQVYGRSAWYNGKWAIMYSWYFPKDSP-------FTGLGHRHDWEHVVVWID 132
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKY----YYNHLLGSTSLQLTEA 228
NP N TIL VS SA GY PP+ VDG S K+ Y NH L ST+
Sbjct 133 NPANANPTILAVSPSAHSGYEKYAPPKAGTVDGTSAKVDYSSTIVINHALDSTTT----- 187
Query 229 TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE Q LI W+++++ AR +L +TD+ + +P+KDG F L A+
Sbjct 188 AGEKQPLIMWEQMTQAARTALENTDFGDA-------NVPMKDGNFMTKLANAY 233
>PHYRA_71618
Length=243
Score = 207 bits (526), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 111/235 (47%), Positives = 148/235 (63%), Gaps = 20/235 (9%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +P+PVT S+KAAV++KP L+I+ GCHPYPAV G S GLK +GP G+
Sbjct 24 IDHDKVQPFAQPDPVTVSEKAAVRFKPSLRIDSGCHPYPAVNAAGETSAGLKGTGPSSGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P + G RH+W +VW+DN
Sbjct 84 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDK-----PTFRK--GERHDWANVVVWLDN 136
Query 174 PELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKYYY---NHLLGSTSLQLTEAT 229
P LE T++GVS S+ V Y+ TPP ++G + + Y NH G S+ T T
Sbjct 137 PALERPTMIGVSPSSYVTTYSKYTPPPADGLNGTTSMINYLADANNH--GFHSVDTTWKT 194
Query 230 -GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLI W++L+ AR +LN TD+ E +P D F L KAWP+
Sbjct 195 GGEFQDLIMWEQLTDEARAALNDTDFGEHAL------VPFIDANFKANLEKAWPY 243
>PHYCA_119748
Length=261
Score = 207 bits (528), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 110/236 (47%), Positives = 141/236 (60%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+VIGH+QV+PFP+PEPVT S+KA VK+KPQ++I GC PYPAV + G GGLK +G
Sbjct 45 KVIGHDQVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEYGETGGGLKTTGKSR 104
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W VWAIMY+WYFPK P P + GHRH+WE+AIV+I
Sbjct 105 GNCGGSGYGSQVYGRSTWYQGVWAIMYSWYFPKDS---PSPKM----GHRHDWEHAIVFI 157
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY----YNHLLGSTSLQLTE 227
DNPE+ IL S+S+ GY P +DG S+K++Y YNH L T
Sbjct 158 DNPEVSEPKILACSVSSHSGYTKYNPCPPWVIDGTSLKVRYKHAWPYNH-----DLDATG 212
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI W++L++ AR +LN + P D F + AWPF
Sbjct 213 DGGKFQDLIMWNQLTEDARRALNSV-------SFGKANTPFSDDKFMPKIENAWPF 261
>PHYRA_74617
Length=337
Score = 210 bits (534), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 107/230 (47%), Positives = 143/230 (62%), Gaps = 15/230 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V+PFP+PEPVT S KA VK+KPQ++I GC+PYPAV + G + GGLK SG G
Sbjct 123 IGHDEVKPFPQPEPVTISDKAGVKFKPQIQIRTGCNPYPAVNEFGEVGGGLKTSGKSRGN 182
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W N VWAIMY+WYFPK P P + GHRH+WE+A+V+IDN
Sbjct 183 CAGSGHGSQVYGRSTWHNQVWAIMYSWYFPKDS---PSPGM----GHRHDWEHAVVFIDN 235
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ ILG S+S+ GY P +DG S+K++Y ++ + + L T G FQ
Sbjct 236 PDVPEPKILGCSVSSHDGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDGGIFQ 294
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI W +++ AR +LN N P+ DG F + K+WPF
Sbjct 295 DLIMWGQMTDNARRALNEA-------NFGSANTPMNDGNFYSKVEKSWPF 337
>PHYSO_334487
Length=258
Score = 207 bits (526), Expect = 4e-65, Method: Compositional matrix adjust.
Identities = 106/234 (45%), Positives = 136/234 (58%), Gaps = 14/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
G +IGH+QV PFP+ +P T S KAA+K+KPQL I +GCHPYP V G GGLK G
Sbjct 18 SGGIIGHDQVVPFPQSQPTTISNKAALKFKPQLWINNGCHPYPVVNAAGDTGGGLKTHGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C S GSQ+Y RS W N VWAIMY WYFPK GHRH+WE+ IV
Sbjct 78 SAAGCRCSGYGSQVYGRSTWYNGVWAIMYCWYFPKDEPQDGT-------GHRHDWEHVIV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP++EN I+ ++ SA GY++ P VDG S K++Y + L L+ T
Sbjct 131 WIDNPDVENPKIMAMTPSAHSGYSTYALPPADMVDGTSCKVEYTSSWLFIDHHLEGTSTA 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLI W +L+ AR +LN T + + P+ DG F + KA+P+
Sbjct 191 GEFQDLIMWSDLTDGARLALNTTSFGKA-------NTPMNDGNFLPKIQKAYPW 237
>PHYCA_69480
Length=213
Score = 205 bits (521), Expect = 6e-65, Method: Compositional matrix adjust.
Identities = 105/228 (46%), Positives = 139/228 (61%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V+PFP+PEPVT S+KA VK+KPQ++I GC PYPAV G SGGL+ SG G
Sbjct 1 IGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNDVGETSGGLQTSGNPKGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WE+AIV+IDN
Sbjct 61 CRGSGHGSQVYGRSTWIQGVWAIMYSWYFPKDSPS-------SRMGHRHDWEHAIVFIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ IL S+S+ GY P +DG S+KL+Y ++ + + L T +G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKLRYKHSWPI-NHDLDTTGDSGTFQ 172
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI WD++++ AR +LN + P DG F L KAW
Sbjct 173 DLIMWDQMTEDARRALNSV-------SFGKANTPFNDGSFKPKLEKAW 213
>PPTG_13769
Length=349
Score = 208 bits (530), Expect = 1e-64, Method: Compositional matrix adjust.
Identities = 107/234 (46%), Positives = 139/234 (59%), Gaps = 23/234 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H V+PFP+PEPVT S+KA VK+KPQ++I GC PYPAV + G SGGL SG G+
Sbjct 134 IAHKDVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEFGETSGGLHTSGKSRGK 193
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+ VW IMY+WYFPK + GHRH+WE AIV+IDN
Sbjct 194 CGGSGHGSQVYGRSAWLKGVWVIMYSWYFPKDSPS-------HGLGHRHDWEEAIVFIDN 246
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYY----NHLLGSTSLQLTEAT 229
P++ ILG S+S+ GYA P +DG S+K++Y + NH L +T
Sbjct 247 PDVSEPKILGCSVSSHGGYARHAPCPPWVIDGTSLKVRYKHSWPKNH-----DLAITGDG 301
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G+FQDLI W +++ AR +LN + P KDG F + + KAWPF
Sbjct 302 GKFQDLIMWGQMTNDARRALN-------AVSFGSANTPFKDGTFQDKIEKAWPF 348
>PHYSO_334498
Length=229
Score = 204 bits (519), Expect = 2e-64, Method: Compositional matrix adjust.
Identities = 106/220 (48%), Positives = 134/220 (61%), Gaps = 15/220 (7%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G VI H+QV PF +PEPVT S+KAAVK+KPQL I +GCHPYPAV + G GGL +G
Sbjct 22 GAVISHDQVAPFAQPEPVTISEKAAVKFKPQLHISNGCHPYPAVNEAGDTDGGLSNTGAP 81
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
G+C GS LGSQ+Y RS W DVW IMYAWYFPK + + GHRH+WE+A++W
Sbjct 82 SGKCKGSGLGSQVYGRSGWHKDVWTIMYAWYFPKDMASFDL-------GHRHDWEHAVIW 134
Query 171 IDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
IDNP++ ILGVS S+ GY T ++G SV L Y + L+ T G
Sbjct 135 IDNPDVAEPKILGVSASSHAGYEKVTTIPAGSLNGTSVLLNYESTWPV-DHELRFTTKGG 193
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKD 270
E+Q LI W +L+ AR SL+ TD+ L MP+ D
Sbjct 194 EYQPLIMWTQLTDAARVSLSTTDFGSAL-------MPMTD 226
>PPTG_12852
Length=331
Score = 207 bits (528), Expect = 2e-64, Method: Compositional matrix adjust.
Identities = 108/236 (46%), Positives = 141/236 (60%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH+ V+PFP+PEPVT S+KA VK+KPQ++I GC PYPAV + G SGGLK SG
Sbjct 115 KTIGHDDVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEYGETSGGLKTSGKSR 174
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W+ VWAIMY+WYFPK P P + GHRH+WEY +V+I
Sbjct 175 GNCGGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDS---PSPGM----GHRHDWEYVVVFI 227
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYY----NHLLGSTSLQLTE 227
+NPE++ IL S+++ GY P +DG S+K++Y + NH L T
Sbjct 228 NNPEVQEPKILACSVASHGGYKKFNPCPPWVIDGTSLKVRYKHAWPMNH-----DLDTTG 282
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G FQDLI WD+++ AR +LN + P DG F + L AWPF
Sbjct 283 DGGSFQDLIMWDQMTNDARRALNSV-------SFGKANTPFIDGRFRKKLEDAWPF 331
>PHYKE_4541
Length=147
Score = 200 bits (509), Expect = 3e-64, Method: Compositional matrix adjust.
Identities = 92/147 (63%), Positives = 113/147 (77%), Gaps = 0/147 (0%)
Query 137 MYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQT 196
MYAWYFPKGR AV + R FGHRHNWEYAIVWIDNP L++ ILGVSMSA+ Y+ +
Sbjct 1 MYAWYFPKGREAVSMHPYARFFGHRHNWEYAIVWIDNPALDDPAILGVSMSAATSYSKRA 60
Query 197 PPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDE 256
PP +Y+DGDS+K++YY N ++ ST+L+LT+ GEFQDL+TWD+L AR +L TDWD
Sbjct 61 PPMAKYLDGDSLKVEYYSNAVVASTALRLTKTKGEFQDLVTWDQLPDAARNALIDTDWDT 120
Query 257 TLFNLAGLKMPLKDGVFDELLNKAWPF 283
TLFN AG K PLKDGVF+E L KA+P
Sbjct 121 TLFNTAGAKFPLKDGVFNETLAKAYPL 147
>PYU1_G011233
Length=239
Score = 203 bits (517), Expect = 4e-64, Method: Compositional matrix adjust.
Identities = 104/232 (45%), Positives = 138/232 (59%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV+PF EP P T ++K A+K+KPQ+ I +GCHPYPAV G++ GGLK G
Sbjct 20 QAAVIDHDQVKPFAEPAPTTLAEKLAIKFKPQIFINNGCHPYPAVDAAGNVGGGLKPDGS 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
Q C GS G+Q+Y R+ NDV+AIMY+WY PK P+P I GHRH+WE +V
Sbjct 80 QSAGCKGSGWGTQVYGRAAPYNDVYAIMYSWYMPKD---TPIPGI----GHRHDWENVVV 132
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP N IL VS SA GY PP+ VDG S K+ Y +L+ SL T
Sbjct 133 WIDNPNAANPKILAVSPSAHSGYEKYAPPKAGTVDGTSAKVIYSTTNLVMDHSLDSTTHA 192
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE Q LI W++L+ AR +L ++ +P+KDG F + L K++
Sbjct 193 GEQQPLIMWEQLTDAARSTLQD-------YDFGNANVPMKDGNFMDKLGKSY 237
>PHYRA_74630
Length=343
Score = 206 bits (525), Expect = 6e-64, Method: Compositional matrix adjust.
Identities = 104/230 (45%), Positives = 141/230 (61%), Gaps = 15/230 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V+PFP+PEPVT S KA VK+KPQ++I GC+PYPAV + G + GGLK +G G+
Sbjct 129 IGHDEVKPFPQPEPVTISDKAGVKFKPQIQIRTGCNPYPAVNEFGEVGGGLKPTGKSRGK 188
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W N VW IMY+WYFPK P P + GHRH+WE+A+V+IDN
Sbjct 189 CAGSGHGSQVYGRSTWHNSVWVIMYSWYFPKDS---PSPGL----GHRHDWEHAVVFIDN 241
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ IL S+S+ GY P +DG S+K++Y ++ + + L T G FQ
Sbjct 242 PDVPEPKILACSVSSHDGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDGGTFQ 300
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI W +++ AR +LN N P+ DG F + AWPF
Sbjct 301 DLIMWGQMTDNARRALNEA-------NFGSANTPMNDGNFPNKVQAAWPF 343
>PPTG_22174
Length=771
Score = 216 bits (549), Expect = 9e-64, Method: Compositional matrix adjust.
Identities = 113/231 (49%), Positives = 152/231 (66%), Gaps = 6/231 (3%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF E EP T S+K+A+KYKPQL I DGCHPYP VQ DGS+S GLKWSG
Sbjct 545 IDHDEVQPFEEMEPTTDSEKSAIKYKPQLHISDGCHPYPVVQADGSVSAGLKWSGRYRSG 604
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W WAIMYAWYFPK GA PV + GHRH W +AIVW D+
Sbjct 605 CKGSDLGSQVYSRSAWYKGKWAIMYAWYFPK--GANPVSVFGS--GHRHYWLHAIVWTDS 660
Query 174 PELENSTILGVSMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
P +NSTILG SM+ + + +++Y+ +G S+KL + G +L+LT+ +GE
Sbjct 661 PNPDNSTILGASMAGTTNNEKTSTVKSKYLANGTSLKLDSFVGLWTGIQALRLTKKSGET 720
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLITW++L+ AR +L+ ++ + + MPL+D F LL ++PF
Sbjct 721 QDLITWEQLTDEARDALSDFSFESSESR-EWVVMPLRDSAFKVLLKNSYPF 770
>PHYRA_72165
Length=240
Score = 202 bits (514), Expect = 1e-63, Method: Compositional matrix adjust.
Identities = 112/256 (44%), Positives = 152/256 (59%), Gaps = 22/256 (9%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN RA+L++ VE I H++V+PF +PEPVT S+KAAV++KP L+I+ GCHPY
Sbjct 1 MNLRALLLSAATITLCAVEAVSIDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDHGCHPY 60
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAV G + GLK +GP G+C GS LGSQ+YAR+ W +D+WAIMYAWYFPK +
Sbjct 61 PAVNAAGETNAGLKGTGPSSGDCKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDK----- 115
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKL 210
P G RH+W +VW+DNP +E TI+GVS S+ V Y TPP + G + +
Sbjct 116 PTFGE--GGRHDWANVVVWLDNPAVERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTPMI 173
Query 211 KYYYNHLLGSTSLQLTEAT----GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKM 266
Y + + + + T GEFQDLI W++L+ AR +L+ TD+ G +
Sbjct 174 NYLADDM--NNGFHTVDTTWLPGGEFQDLIMWEQLTDEARAALSDTDF--------GALV 223
Query 267 PLKDGVFDELLNKAWP 282
P D F L KAWP
Sbjct 224 PFIDANFKANLEKAWP 239
>PHYSO_249751
Length=238
Score = 201 bits (512), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 107/233 (46%), Positives = 143/233 (61%), Gaps = 14/233 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E VIGH+QV PFP+ + + AA+K+K Q+ I +GCHPYPAV G SGGLK SG
Sbjct 18 EAGVIGHDQVVPFPQSAATSAANIAALKFKLQIFINNGCHPYPAVNAAGDTSGGLKPSGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ C GS GSQ+Y RS N+ AIMY+WYFPK PV GHRH+WE+ IV
Sbjct 78 VNAGCKGSGYGSQVYGRSTLYNNKHAIMYSWYFPKDN---PV----TGLGHRHDWEHVIV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP N+TIL ++ SA GY++ PP VDG SVK++Y + ++ + L+ T
Sbjct 131 WIDNPASSNATILAMTPSAHSGYSTYAPPPATMVDGTSVKVEYTSSKVVINHHLEGTSTA 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWP 282
GE Q+LI W++++ ARY+LN TD+ +P+KDG F L KA+P
Sbjct 191 GETQNLIMWEDMTDAARYALNTTDFGSA-------NVPMKDGNFISKLGKAYP 236
>PHYRA_72475
Length=243
Score = 201 bits (512), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 112/235 (48%), Positives = 146/235 (62%), Gaps = 20/235 (9%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+KAAV++KP L+I+ GCHPYPAV G SGGLK +G G+
Sbjct 24 IDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDTGCHPYPAVNAAGETSGGLKGTGMPSGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P + G RH+W +VW+DN
Sbjct 84 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDQ-----PTFSK--GKRHDWANVVVWLDN 136
Query 174 PELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKYYY---NHLLGSTSLQLTEAT 229
P LE TI+GVS S+ V Y+ TPP + G + + Y NH G S+ T T
Sbjct 137 PALERPTIIGVSPSSYVTTYSKYTPPPADGLSGTTSMINYLADANNH--GFHSVDTTWKT 194
Query 230 -GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GEFQDLI W++L+ AR + N TD+ E +P D F L KAWP+
Sbjct 195 GGEFQDLIMWEQLTDEARGAFNDTDFGEH------APVPFIDPNFKANLEKAWPY 243
>PHYCA_69477
Length=213
Score = 200 bits (509), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 103/228 (45%), Positives = 139/228 (61%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH++V+PF +PEPVT S+KA VK+KPQ++I GC PYPAV G SGGL+ SG G
Sbjct 1 IGHDEVKPFAQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNDVGETSGGLQTSGNPKGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WE+AIV+IDN
Sbjct 61 CRGSGHGSQVYGRSTWMQGVWAIMYSWYFPKDSPS-------SRMGHRHDWEHAIVFIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ IL S+S+ GY P +DG S+K++Y ++ + + L T G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDAGTFQ 172
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI WD++++ AR +LN + + + P DG F L KAW
Sbjct 173 DLIMWDQMTEDARRALNSVSFGKAM-------TPFNDGSFKPKLEKAW 213
>PITG_08522
Length=382
Score = 205 bits (522), Expect = 4e-63, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 137/232 (59%), Gaps = 15/232 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH+ V+ FP+PEPVT S+KA VK+KPQ++I GC PYP V + G SGGL+ SG
Sbjct 124 KTIGHDDVKLFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPVVNELGETSGGLQTSGNSR 183
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W+ VWAIMY+WYFPK GHRH+WE+AIV+I
Sbjct 184 GGCRGSGHGSQVYGRSTWMEGVWAIMYSWYFPKD-------FPSSRMGHRHDWEHAIVFI 236
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
DNPE+ IL S+S+ GY P + +DG S+K++Y + L + L T G
Sbjct 237 DNPEVAEPKILACSVSSHDGYKKYNPCPSYVIDGTSLKVRYKHAWPL-NHDLDTTGDAGT 295
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLI WD++S AR +LN + P DG F L KAWPF
Sbjct 296 FQDLIMWDQMSNDARRALNSV-------HFGKANTPFNDGNFRPKLEKAWPF 340
>HYAP_09243
Length=266
Score = 201 bits (512), Expect = 5e-63, Method: Compositional matrix adjust.
Identities = 105/229 (46%), Positives = 141/229 (62%), Gaps = 15/229 (7%)
Query 55 GHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGEC 114
GH+ + PF EP+PVT S+KA VK+KP L + GC PY AV +G SGGL+ SG + C
Sbjct 46 GHDAIVPFSEPKPVTISEKAGVKFKPLLDVNTGCAPYAAVNAEGETSGGLQTSGDPESGC 105
Query 115 TGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNP 174
GSK GSQ+Y RS W NDVWAIMYAWYFPK P++ L GHRH+WE +V+I++P
Sbjct 106 RGSKYGSQVYGRSTWYNDVWAIMYAWYFPKDS-----PML--LMGHRHDWENVVVFINDP 158
Query 175 ELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQD 234
+ TILG S S GY P T ++G SV +KY ++ L + +L +T+ G +QD
Sbjct 159 DEVEPTILGCSTSWHSGYIKYAPCPTDSINGSSVMIKYEHSFPL-NHALNITKDAGAYQD 217
Query 235 LITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
LI W ++ LAR +LN TD+ + + P+ D F E + AWPF
Sbjct 218 LIMWHQMPDLARRALNDTDFGKAI-------TPMNDLNFMEKIEAAWPF 259
>PHYSO_397673
Length=224
Score = 200 bits (508), Expect = 6e-63, Method: Compositional matrix adjust.
Identities = 103/230 (45%), Positives = 136/230 (59%), Gaps = 15/230 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+KA VK+KPQ++I +GCHPYPAV + G SGGLK +G + +
Sbjct 10 IPHDKVQPFAQPEPVTISEKAGVKFKPQIRIINGCHPYPAVNEAGETSGGLKTTGGHNSK 69
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
S SQ+Y RS W VWAIMY+WYFPK + GHRH+WE+ IVWIDN
Sbjct 70 SKRSGWNSQVYGRSTWFRGVWAIMYSWYFPKDSPS-------HGLGHRHDWEHVIVWIDN 122
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P+ IL V+ SA Y PP VDG S K+ Y +H + L +T +GEFQ
Sbjct 123 PDASEPKILAVTPSAHGDYQKYAPPNANTVDGTSAKV-VYESHWPMNHELSVTSDSGEFQ 181
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
DLI W ++S+ AR + N + P+ D F++ L KAWPF
Sbjct 182 DLIMWSQMSENARRAFNSV-------SFGKANTPMNDWGFEDRLGKAWPF 224
>PITG_22734
Length=168
Score = 198 bits (503), Expect = 7e-63, Method: Compositional matrix adjust.
Identities = 92/153 (60%), Positives = 112/153 (73%), Gaps = 8/153 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H++V+PF +P P+T SQK+AVKYKPQL I GCHPYPAV+ +GS SGGL+WSGP DG+
Sbjct 24 VNHDEVQPFTQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNGSASGGLEWSGPADGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR L GHRH WEY +VW D+
Sbjct 84 CTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR--------YGLTGHRHYWEYVVVWADS 135
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGD 206
NS+I GVSMSA VG+A TPP +Y+ G
Sbjct 136 STSTNSSIQGVSMSAGVGHAKATPPMLKYIHGS 168
>PITG_22916
Length=248
Score = 200 bits (508), Expect = 1e-62, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 139/232 (60%), Gaps = 5/232 (2%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ I H+QVRPF +P T +KAAVKYKPQL IEDGCHPYPAV++DG+IS GL+WSG +
Sbjct 21 ETIDHDQVRPFAQPNAATTKEKAAVKYKPQLYIEDGCHPYPAVEEDGTISAGLEWSGDHN 80
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C S GSQ+Y+R D +AIMYAWYFPKG+G HRH+WE+ I+W
Sbjct 81 GHCKKSPRGSQVYSRGGSYKDKYAIMYAWYFPKGKGHSR----KHHDEHRHDWEFGIIWF 136
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
D +S+I GV+ + + P + +V G +KL+ Y L+LT+ G+
Sbjct 137 DRDSDTDSSIAGVTTNIGRDLHDEVPLQPVHVVGSHIKLESYSTFWSAKQGLRLTKKKGD 196
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI W++L K A+ +LN D+D T + +P D F E + ++PF
Sbjct 197 IQDLIQWEQLPKAAQTALNDADFD-TDKAKTPVVVPFNDNYFQEKVAASYPF 247
>PHYSO_330015
Length=241
Score = 199 bits (507), Expect = 2e-62, Method: Compositional matrix adjust.
Identities = 112/235 (48%), Positives = 136/235 (58%), Gaps = 19/235 (8%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G I H++V+PFP+P PVT S+KAAVKYKP L I D CHPYPAV G SGGLK +G +
Sbjct 21 GATIDHDKVQPFPQPGPVTVSEKAAVKYKPNLLILDACHPYPAVNAAGETSGGLKGTGKR 80
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKG---RGAVPVPLILRLFGHRHNWEYA 167
DG C GS LGSQ+Y R+ W +D+WAIMYAWYFPK RG G RHNW A
Sbjct 81 DGACKGSGLGSQVYGRAGWHDDMWAIMYAWYFPKDVYYRG------TFSDKGFRHNWVNA 134
Query 168 IVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTE 227
+VW+DNP LE + GY +PP T Y +G S L Y N S Q T
Sbjct 135 VVWLDNPALETPRYSPCRLR---GYQECSPPFTGYFNGTSAMLVYEANGEEPSALSQNTL 191
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWP 282
GE QDLI W++L+ AR +L+ TD+ ET K+P D F+ L A P
Sbjct 192 GGGELQDLIMWEQLTVEARDALSTTDFGET-------KVPFIDANFNANLKAARP 239
>PHYRA_54327
Length=219
Score = 199 bits (505), Expect = 2e-62, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 140/232 (60%), Gaps = 15/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E + I H V+PFP+PEP+T S+KA VK+KPQ++I GC PYPAV + G SGGL+ SG
Sbjct 3 ELKTISHKDVKPFPQPEPITISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQTSGS 62
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
G C GS GSQ+Y RS W N VWAIMY+WYFPK A GHRH+WE+ +V
Sbjct 63 PRGGCRGSGHGSQVYGRSTWYNQVWAIMYSWYFPKDSPA-------SGMGHRHDWEHVVV 115
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+IDNP+L ILG S+S+ GY P +DG SVK++Y ++ L + L T
Sbjct 116 FIDNPDLPEPKILGCSVSSHDGYKKYNPCPPWVIDGTSVKVRYKHSWPL-NHDLDTTGDG 174
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
G FQDLI W++++ AR +LN ET F A P+ D F + K+W
Sbjct 175 GTFQDLIMWNQMTDNARRALN-----ETKFGKA--NTPMNDWNFHSKVEKSW 219
>PPTG_13736
Length=236
Score = 199 bits (506), Expect = 2e-62, Method: Compositional matrix adjust.
Identities = 103/231 (45%), Positives = 136/231 (59%), Gaps = 15/231 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
+ H+QVRPF +P PV+ S+KAAVK+KPQL I +GCHPYPAV G SGGL SG
Sbjct 21 ALSHDQVRPFGQPSPVSVSEKAAVKFKPQLHITNGCHPYPAVNAAGETSGGLAKSGAPSA 80
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQ+Y RS W WAIMY+WYFPK + GHRH+WE+ IVWID
Sbjct 81 GCKGSGWGSQVYGRSTWHKGRWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWID 133
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ N IL V+ SA GY+ PP+ V G++ K+ Y +H + +L T+ GE
Sbjct 134 NPDVANPKILAVTPSAHSGYSKYAPPKAGTVSGNTAKIN-YESHWPVNHALDSTDKGGET 192
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q LI WD+++ AR SLN + + +P+ DG F + A P+
Sbjct 193 QPLIMWDQMTDAARRSLNTVSFGDA-------NVPMNDGNFLRKIGNASPW 236
>PYU1_G011236
Length=237
Score = 198 bits (504), Expect = 3e-62, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 137/232 (59%), Gaps = 15/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+G I H+ V PF EP P T +QK +K+KPQL I +GCHPYPAV G+ SGGLK +G
Sbjct 19 QGAEIAHDAVVPFVEPTPTTTAQKLGIKFKPQLHISNGCHPYPAVDAAGNTSGGLKPTGS 78
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
D C GS G+Q+Y R+ N V+A+MY+WYFPK + L GHRH+WE+ +V
Sbjct 79 SDAGCKGSGYGTQVYGRAAAYNGVYALMYSWYFPKDSPST-------LLGHRHDWEHVVV 131
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
WIDNP+ + IL VS SA GY PP T + G+S K+ Y +L + + +T A
Sbjct 132 WIDNPDAASPKILAVSASAHSGYNKYHPPATTTLAGNSAKIDYKSIVVL-NHAFDMTTAA 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE Q LI WD+++ AR +L TD+ + +P+KDG F L A+
Sbjct 191 GETQPLIMWDQMTVAARTALETTDFGDA-------NVPMKDGNFMTKLANAY 235
>PHYRA_86968
Length=239
Score = 198 bits (504), Expect = 4e-62, Method: Compositional matrix adjust.
Identities = 109/237 (46%), Positives = 140/237 (59%), Gaps = 18/237 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
EG + H++V+PFP+P PVT S+KA VK+KPQL I+ GC PYPAV G SGGLK +G
Sbjct 18 EGVTVDHDKVQPFPQPAPVTISEKAGVKFKPQLTIKAGCFPYPAVNAAGETSGGLKGNG- 76
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
+ +C S LGSQ+Y R+ W N VWAIMYAWYFPKG VP RH+W A+
Sbjct 77 DELDCILSLLGSQVYGRAGWYNGVWAIMYAWYFPKGFWDTVPY--------WRHDWSNAV 128
Query 169 VWIDNPELENSTILGVSMSASVGYASQT--PPETRYVDGDSVKLKYYYNHLLGSTSLQLT 226
VWIDNP LEN ILG+S+S S T P R ++ + Y Y L + L+L+
Sbjct 129 VWIDNPALENPKILGLSLSTSENKYGNTYVPVPARTIENGTTPTLYRYVPALRAAELRLS 188
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+ G QDLI W +L+ AR +LN D N +P+ D F +LL +AWPF
Sbjct 189 TSRGPVQDLIMWGQLTDAARAALNDQD------NFGRTDVPISDDHFPKLLEEAWPF 239
>PYIR_13251
Length=236
Score = 198 bits (503), Expect = 4e-62, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 135/232 (58%), Gaps = 23/232 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+ V PF +P PVT QK A+K+KPQ+ I +GCHPYPAV G+ SGGLK SG Q
Sbjct 22 IAHDAVVPFAQPTPVTLEQKVALKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 81
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS G+Q+Y R+ DV+A+MY+WYFPK GHRH+WE+ +VWIDN
Sbjct 82 CKGSGWGTQVYGRAAAYKDVYALMYSWYFPKDSP-------FTGLGHRHDWEHVVVWIDN 134
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKY----YYNHLLGSTSLQLTEAT 229
P + N TIL V+ SA GY PP+ VDG S K+ Y NH L ST T+A
Sbjct 135 PAVANPTILAVTPSAHSGYEKYAPPKAGTVDGTSAKVDYTSKVVINHALDST----TDA- 189
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE Q LI WD+L+ AR +L +T N +P+KDG F L A+
Sbjct 190 GEKQPLIMWDQLTAAARSALENT-------NFGDANVPMKDGNFMTKLGNAY 234
>PYU1_G011235
Length=238
Score = 198 bits (503), Expect = 5e-62, Method: Compositional matrix adjust.
Identities = 103/229 (45%), Positives = 137/229 (60%), Gaps = 15/229 (7%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV PF EP P + S+K AVK+KPQ+ I +GCHPYPAV G+ SGGLK SG Q
Sbjct 23 TINHDQVVPFAEPTPSSASEKLAVKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSA 82
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS G+Q+Y R D WAIMY+WYFPK + GHRH+WE+ +VWID
Sbjct 83 GCKGSGWGTQVYGRVASYKDKWAIMYSWYFPKDSP-------ITGLGHRHDWEHVVVWID 135
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP+ N IL +S SA GY PP+ VDG S K+ Y + ++ + +L T A GE
Sbjct 136 NPKAANPKILAISPSAHSGYQKYAPPKAGTVDGTSAKVD-YTSKIVINHALDSTTAAGEK 194
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
Q LI W++++ AR +L +TD+ + +P+KDG F L KA+
Sbjct 195 QPLIMWEQMTDAARSALENTDFGKA-------NVPMKDGNFMNKLAKAY 236
>PHYKE_5655
Length=243
Score = 198 bits (504), Expect = 5e-62, Method: Compositional matrix adjust.
Identities = 110/239 (46%), Positives = 151/239 (63%), Gaps = 18/239 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E +IGH++V+PFP+P+PVT S+K AVK+KP L+I+ GCH YPAV ISGGLK +G
Sbjct 18 EVVIIGHDKVQPFPQPDPVTVSEKTAVKFKPSLRIDSGCHSYPAVNAACEISGGLKGTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DG+CTGS LGSQ+Y R+ W ND+WAIMY+WYFPK +P+ + G RH+W +V
Sbjct 78 DDGDCTGSSLGSQVYGRAVWYNDLWAIMYSWYFPKD-----MPVAIFKKGRRHDWVNVVV 132
Query 170 WIDNPELENSTILGVSMSASVGYASQ-TPPETRYVDGDSVKLKYY---YNHLLGSTSLQL 225
W+++P E +LGVS S+ V S+ TPP ++G S + Y Y+H G ++
Sbjct 133 WLNDPAAEKPIMLGVSPSSYVSSYSKYTPPPVDGLNGMSCMINYLSNPYDH--GYHTVDT 190
Query 226 TEAT-GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
T GEFQDL+ W++L+ AR SLN T + ET ++P D F L KAWP+
Sbjct 191 TRNRGGEFQDLVMWEQLTDAARISLNETAFGET------AQVPFIDENFVANLEKAWPY 243
>PPTG_07277
Length=298
Score = 199 bits (506), Expect = 1e-61, Method: Compositional matrix adjust.
Identities = 101/236 (43%), Positives = 139/236 (59%), Gaps = 23/236 (10%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ IGH++++PFP+P+PVT S+KA VK+KPQ++I GC PYP V + G SGGL+ SG
Sbjct 82 KTIGHDEIKPFPQPDPVTISEKAGVKFKPQIQIRTGCVPYPVVNEFGETSGGLQTSGSPR 141
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C GS GSQ+Y RS W+N WAIMY+WYFPK + GHRH+WE+A+V+I
Sbjct 142 GGCRGSVHGSQVYGRSAWINGFWAIMYSWYFPKDSPS-------SRMGHRHDWEFAVVFI 194
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYY----NHLLGSTSLQLTE 227
DNP + I+G S+S+ G P + +DG+S+K++Y + NH L +T
Sbjct 195 DNPGIPEPKIIGCSVSSHDGRKKYNPCPSWVIDGNSLKVRYKHAWPMNH-----DLDVTG 249
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G FQDLI WD+++ AR +LN + P DG F L AW F
Sbjct 250 DAGTFQDLIMWDQMTDDARRALNSV-------SFGKANTPFNDGKFLPTLESAWAF 298
>PHYKE_7566
Length=260
Score = 197 bits (501), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 137/232 (59%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P T Q A +K+KPQ+ I +GCHPYPAV KDG+ SGGLK +G
Sbjct 41 QADVISHDQVVPFAQPTATTTLQAAGIKFKPQIHISNGCHPYPAVNKDGNTSGGLKPTGS 100
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQIY R V+AIMY+WYFPK + GHRH+WE+ IV
Sbjct 101 ASAGCKGSGYGSQIYGRITTYQGVYAIMYSWYFPKDSP-------ITGLGHRHDWEHVIV 153
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L N +I+ VS SA GY PP++ +DG S K+ Y ++L+ + +L T
Sbjct 154 WVDDITLTNPSIVAVSPSAHSGYNIYYPPKSGTIDGYSAKVDYSSSYLVVNHALDSTSDA 213
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L +TD+ + +P+KD F L A+
Sbjct 214 GETQDLIMWDQLTDAARTALENTDFGDA-------NVPMKDANFQAKLGNAY 258
>PHYRA_49009
Length=216
Score = 195 bits (496), Expect = 3e-61, Method: Compositional matrix adjust.
Identities = 106/233 (45%), Positives = 144/233 (62%), Gaps = 22/233 (9%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+KAAV++KP L+I+ GCHPYPAV G + GLK +G G+
Sbjct 1 IDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDHGCHPYPAVNAAGETNAGLKGTGMPSGD 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLF--GHRHNWEYAIVWI 171
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + +F G RH+W +VW+
Sbjct 61 CKGSGLGSQVYARAVWHSDLWAIMYAWYFPKDKA---------IFGKGERHDWANVVVWL 111
Query 172 DNPELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKYYYNHL-LGSTSLQLTEAT 229
DNP +E TI+GVS S+ V Y TPP + G + + Y N + G ++ T T
Sbjct 112 DNPAVERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTPMINYLANDMNNGFHTVDTTWKT 171
Query 230 -GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GEFQDLI W++L+ AR +L++TD+ G +P D F L KAW
Sbjct 172 GGEFQDLIMWEQLTDEARAALSNTDF--------GALVPFIDANFKANLEKAW 216
>PHYCA_69479
Length=213
Score = 194 bits (493), Expect = 7e-61, Method: Compositional matrix adjust.
Identities = 102/228 (45%), Positives = 136/228 (60%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+ ++PFP+P PVT S+KA VK+KPQ++I GC PYPAV + G SGGLK +G G
Sbjct 1 ISHHDIKPFPQPVPVTISEKAGVKFKPQIQIRTGCVPYPAVNEFGETSGGLKPTGNPRGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+ VWAIMY+WYFPK P P + GHRH+WE+AIV+IDN
Sbjct 61 CRGSGYGSQVYGRSTWIRGVWAIMYSWYFPKDS---PSPGL----GHRHDWEHAIVFIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ IL S+S+ GY P +DG S+K++Y + + + L T G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHAWPM-NHDLDTTGDGGSFQ 172
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI W+++++ AR +LN N P DG F L AW
Sbjct 173 DLIMWNQMTEDARRALNSV-------NFGSANTPFNDGRFMPKLENAW 213
>PHYRA_46230
Length=212
Score = 194 bits (493), Expect = 8e-61, Method: Compositional matrix adjust.
Identities = 101/227 (44%), Positives = 136/227 (60%), Gaps = 15/227 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H +V+PF +P P T S+KA VK+KPQ++I GC PYPAV G SGGLK SG G
Sbjct 1 ISHQEVKPFAQPMPATISEKAGVKFKPQIQIRTGCVPYPAVNYLGETSGGLKTSGAXKGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+NDVWAIMY+WYFPK + GHRH+WE+ +V+IDN
Sbjct 61 CRGSGHGSQVYGRSAWLNDVWAIMYSWYFPKDSPS-------SGMGHRHDWEHVVVFIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ I+G S S+ GY P +DG SVK++Y ++ + + L +T G FQ
Sbjct 114 PDVAEPKIMGCSASSHNGYKKYAPCPPWVIDGTSVKVRYKHSWPI-NHDLDVTGDAGTFQ 172
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
DLI WD++++ AR +LN + + P+ DG F L KA
Sbjct 173 DLIMWDQMTEDARRALNGVHFGDA-------NTPMNDGNFIPKLEKA 212
>PPTG_15231
Length=258
Score = 195 bits (495), Expect = 2e-60, Method: Compositional matrix adjust.
Identities = 100/232 (43%), Positives = 140/232 (60%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+ V PF +P T QKA VK+KPQ+ I +GCHPYPAV +G+ SGGLK +G
Sbjct 39 QADVISHDAVVPFAQPTATTTEQKAGVKFKPQIHISNGCHPYPAVDANGNTSGGLKPTGS 98
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQ+Y R N V+AIMY+WYFPK PV GHRH+WE+ +V
Sbjct 99 SSAGCKGSGYGSQVYGRVATYNGVYAIMYSWYFPKDS---PV----TGLGHRHDWEHVVV 151
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ +L++ +I+ VS SA GY PPE+ +DG S K+ Y + ++ + +L T
Sbjct 152 WVDDIKLDSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVINHALDSTTDA 211
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L +TD+ + +P+KDG F + A+
Sbjct 212 GETQDLIMWDQLTDAARTALENTDFGDA-------NVPMKDGNFLTKVGNAY 256
>PHYRA_52960
Length=223
Score = 193 bits (490), Expect = 3e-60, Method: Compositional matrix adjust.
Identities = 102/228 (45%), Positives = 135/228 (59%), Gaps = 14/228 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH+ V PF +P P T QK AVK KPQ+ I +GCHPYPAV +DG+ SGGLK +G Q
Sbjct 9 IGHDAVAPFKQPTPTTTLQKLAVKLKPQIYIANGCHPYPAVDEDGNTSGGLKPTGDQSSG 68
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS+LGSQIY R V+A MY+WY PK + L G+RH+WE +VWI N
Sbjct 69 CIGSRLGSQIYGRVAKYRGVYAFMYSWYMPKDQ-------TLPGLGYRHDWEACVVWISN 121
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
LE I+ +S+S Y + P + Y++GDS K++Y + ++ SL T GE Q
Sbjct 122 ITLEEPNIVALSVSYHSTYQTYYPLDKDYLEGDSAKIEYSTSWVVLDHSLSATSTPGETQ 181
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI WD+L+ AR +L TD+ G ++P KD F E L KA+
Sbjct 182 DLIMWDQLTAAARTALEDTDF-------GGARVPFKDANFKEKLAKAY 222
>PHYRA_52955
Length=223
Score = 193 bits (490), Expect = 3e-60, Method: Compositional matrix adjust.
Identities = 102/228 (45%), Positives = 135/228 (59%), Gaps = 14/228 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
IGH+ V PF +P P T QK AVK KPQ+ I +GCHPYPAV +DG+ SGGLK +G Q
Sbjct 9 IGHDAVAPFKQPTPTTTLQKLAVKLKPQIYIANGCHPYPAVDEDGNTSGGLKPTGDQSSG 68
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS+LGSQIY R V+A MY+WY PK + L G+RH+WE +VWI N
Sbjct 69 CIGSRLGSQIYGRVAKYRGVYAFMYSWYMPKDQ-------TLPGLGYRHDWEACVVWISN 121
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
LE I+ +S+S Y + P + Y++GDS K++Y + ++ SL T GE Q
Sbjct 122 ITLEEPNIVALSVSYHSTYQTYYPLDKDYLEGDSAKIEYSTSWVVLDHSLSATSTPGETQ 181
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI WD+L+ AR +L TD+ G ++P KD F E L KA+
Sbjct 182 DLIMWDQLTAAARTALEDTDF-------GGARVPFKDANFKEKLAKAY 222
>PYU1_G011230
Length=238
Score = 193 bits (490), Expect = 4e-60, Method: Compositional matrix adjust.
Identities = 99/228 (43%), Positives = 137/228 (60%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV PF EP P + +K AVK+KPQ+ I +GCHPYPAV G+ SGGLK SG Q
Sbjct 24 ISHDQVVPFAEPTPSSAYEKLAVKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS G+Q+Y R N V+ +MY+WYFPK + GHRH+WE+ +VWIDN
Sbjct 84 CKGSGWGTQVYGRGAAYNGVYGLMYSWYFPKDS-------PITGLGHRHDWEHVVVWIDN 136
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P+ N IL +S SA GY PP+ VDG S K+ Y + ++ + +L T A GE Q
Sbjct 137 PKAANPKILAISPSAHSGYQKYAPPKAGTVDGTSAKVD-YTSKIVINHALDSTTAAGEKQ 195
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
LI W+++++ AR +L +T + + +P+KDG F + L KA+
Sbjct 196 PLIMWEQMTQAARTALENTGFGDA-------NVPMKDGNFMDKLAKAY 236
>PHYCA_12462
Length=177
Score = 191 bits (485), Expect = 4e-60, Method: Compositional matrix adjust.
Identities = 94/163 (58%), Positives = 120/163 (74%), Gaps = 11/163 (7%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H++V+PF +PEP T S+K+AVKYKPQL+I AVQ DGS+S GLKW+G D
Sbjct 22 EMINHDKVQPFTQPEPTTNSEKSAVKYKPQLRIS------TAVQADGSVSAGLKWTGWSD 75
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS+LGSQ+Y+RS W D WAIMYAWYFPKGR + FGHRH W YAIVW+
Sbjct 76 GDCKGSELGSQVYSRSDWYKDKWAIMYAWYFPKGRQYIS----KYRFGHRHYWSYAIVWM 131
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYY 213
D+ +NSTILGVSMSA VGY+ +T P+++Y VDG +VK + Y
Sbjct 132 DSDVPDNSTILGVSMSAGVGYSKETLPKSKYVVDGTTVKFESY 174
>PHYRA_39489
Length=237
Score = 193 bits (490), Expect = 5e-60, Method: Compositional matrix adjust.
Identities = 107/235 (46%), Positives = 138/235 (59%), Gaps = 18/235 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
EG + H++V+PFP+P PVT S+KA VK+KPQL I+ GC PYPAV G SGGLK +G
Sbjct 18 EGVTVDHDKVQPFPQPAPVTISEKAXVKFKPQLTIKAGCFPYPAVNAAGETSGGLKGNG- 76
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
+ +C S LGSQ+Y R+ W N VWAIMYAWYFPKG VP RH+W A+
Sbjct 77 DELDCILSLLGSQVYGRAGWYNGVWAIMYAWYFPKGFWDTVPY--------WRHDWSNAV 128
Query 169 VWIDNPELENSTILGVSMSASVGYASQT--PPETRYVDGDSVKLKYYYNHLLGSTSLQLT 226
VWIDNP LEN ILG+S+S S T P R ++ + Y Y L + L+L+
Sbjct 129 VWIDNPALENPKILGLSLSTSENKYGNTYVPVPARTIENGTTPTLYRYVPALRAAELRLS 188
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
+ G QDLI W +L+ AR +LN D N +P+ D F +LL +AW
Sbjct 189 TSRGPVQDLIMWGQLTDAARAALNDQD------NFGRTDVPISDDHFPKLLEEAW 237
>PHYRA_72477
Length=238
Score = 193 bits (490), Expect = 5e-60, Method: Compositional matrix adjust.
Identities = 109/236 (46%), Positives = 136/236 (58%), Gaps = 17/236 (7%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
EG + H++V+PFP+P PVT S+KA VK+KP L I GC YPAV G SGGLK SG
Sbjct 18 EGVTVDHDKVQPFPQPAPVTISEKAGVKFKPHLHIITGCASYPAVNAAGETSGGLKGSGG 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
C LGSQ+Y R+ W NDVWAIMYAWYFPKG A P RH+W A+
Sbjct 78 TTSGCALPPLGSQVYGRAGWYNDVWAIMYAWYFPKGFWDASPF--------WRHDWSNAV 129
Query 169 VWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTE 227
VWIDNP LEN LG+S+S S Y S E + +G + L Y + +T L
Sbjct 130 VWIDNPALENPKALGLSISRSENKYGSTYTEEDGFENGKTPNLSRYVPPMEAAT-LSTGY 188
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+GEFQDLI WD+L+ AR +LN D N ++P+ D F + L +AWPF
Sbjct 189 DSGEFQDLIMWDQLTDAARAALNDQD------NFGRTEVPISDDHFPKRLEEAWPF 238
>PYIR_13252
Length=236
Score = 193 bits (490), Expect = 6e-60, Method: Compositional matrix adjust.
Identities = 104/232 (45%), Positives = 132/232 (57%), Gaps = 23/232 (10%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+ V+PF EP P T + + A+K+KPQ+ I +GC PYPAV G+ SGGLK SG Q
Sbjct 22 IAHDAVKPFAEPNPTTTTHRVALKFKPQINISNGCSPYPAVDSAGNTSGGLKPSGSQSAG 81
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS G+Q+Y R+ D + IMY+WYFPK L GHRH+WE+ +VWIDN
Sbjct 82 CKGSGWGTQVYGRAAQYKDAYGIMYSWYFPKDS-------PLTGLGHRHDWEHVVVWIDN 134
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKY----YYNHLLGSTSLQLTEAT 229
P N IL VS SA GY+ PP+ VDG S K+ Y NH L ST T+A
Sbjct 135 PNAANPKILAVSPSAHSGYSKYAPPKAGTVDGTSAKVDYTSKVVINHALDST----TDA- 189
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE Q LI WD+L+ AR +L +T N +P+KDG F L A+
Sbjct 190 GEQQPLIMWDQLTAAARSALENT-------NFGDANVPMKDGNFMNKLANAY 234
>PHYRA_83592
Length=237
Score = 192 bits (489), Expect = 8e-60, Method: Compositional matrix adjust.
Identities = 106/231 (46%), Positives = 138/231 (60%), Gaps = 16/231 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PFP+P+PVT S+KA VK+KP+L I++GC YPAV G SGGLK +G D
Sbjct 22 IDHDKVQPFPQPQPVTISEKAGVKFKPKLFIQEGCVSYPAVNAAGEPSGGLKGTG-DDSG 80
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C LGSQ+Y R++W NDVWAIMYAWYFPKG + RH+W +VWIDN
Sbjct 81 CKLPSLGSQVYGRAEWYNDVWAIMYAWYFPKG-------FWDKCPYWRHDWSNVVVWIDN 133
Query 174 PELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
P++E S +LG+S+S S Y + P +G + L Y Y GS L G+F
Sbjct 134 PDVETSKVLGLSLSTSENKYGHKYAPAESIRNGTTPML-YRYLPSFGSAGLNTYVDLGQF 192
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI WD+L+ AR +LN D N ++P+ D F E L KAWPF
Sbjct 193 QDLIMWDQLTDAARAALNDQD------NFGRTEVPISDDHFPEHLEKAWPF 237
>PYIR_13275
Length=237
Score = 192 bits (488), Expect = 9e-60, Method: Compositional matrix adjust.
Identities = 101/236 (43%), Positives = 133/236 (56%), Gaps = 23/236 (10%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
VI H+ V PF +P VT QK VK+KPQ+ I +GCHPYPAV G+ SGGL +G
Sbjct 19 NAAVIAHDAVVPFVQPTAVTTEQKLGVKFKPQIHISNGCHPYPAVDAAGNTSGGLNPTGS 78
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
D C GS G+Q+Y R N V+A+MY+WYFPK GHRH+WE+ +V
Sbjct 79 SDAGCKGSGYGTQVYGRGVAYNGVYALMYSWYFPKDSP-------FTGLGHRHDWEHVVV 131
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKY----YYNHLLGSTSLQL 225
WIDNP+ + IL +S SA GY PP+T VDG+S K+ Y NH L ST+
Sbjct 132 WIDNPDAASPVILAISPSAHSGYEKYAPPKTDTVDGNSAKVDYKSIVVINHALDSTT--- 188
Query 226 TEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE Q LI WD+L+ AR +L +TD+ + +P+KDG F + A+
Sbjct 189 --TAGEQQPLIMWDQLTAAARTALENTDFGDA-------NVPMKDGNFMTKIANAY 235
>PHYSO_336498
Length=238
Score = 192 bits (488), Expect = 1e-59, Method: Compositional matrix adjust.
Identities = 105/232 (45%), Positives = 138/232 (59%), Gaps = 17/232 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V PFP+P+PVT S+KAAVK+KPQL IEDGC +PAV G SGGLK +
Sbjct 22 IDHDKVEPFPQPDPVTISEKAAVKFKPQLLIEDGCVSFPAVNAAGETSGGLK-GNSGNSA 80
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C + LGSQ+Y R+ W DVWAIMYAWYFPKG + + R +W A+VWIDN
Sbjct 81 CDSAPLGSQVYGRAMWYKDVWAIMYAWYFPKG-------FFVGVASRRFDWSSAVVWIDN 133
Query 174 PELENSTILGVSMSAS-VGYASQTP-PETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
P+ ILG+S S S Y ++TP P+ +DG + L + G L + TG+
Sbjct 134 PDFAAPKILGISTSTSDDDYETKTPAPDYAILDGTTTLLFRSTSREAGQPKLYYSSRTGD 193
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q LI W++L + AR +LN TD F LA +P+ D F++ L KAWPF
Sbjct 194 SQPLIMWEQLPEAARLALNTTD-----FGLA--YVPINDDTFEKKLKKAWPF 238
>PYIW_25259
Length=246
Score = 192 bits (489), Expect = 1e-59, Method: Compositional matrix adjust.
Identities = 105/241 (44%), Positives = 133/241 (55%), Gaps = 32/241 (13%)
Query 54 IGHNQVRPFPEPEPVTFSQK---------AAVKYKPQLKIEDGCHPYPAVQKDGSISGGL 104
I H+ V PF +P PVT Q AA+K+KPQ+ I +GCHPYPAV G+ GGL
Sbjct 23 IAHDAVVPFAQPAPVTLEQTPAPTSLSHTAALKFKPQIHISNGCHPYPAVDAAGNTGGGL 82
Query 105 KWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNW 164
K SG Q C GS G+Q+Y RS W N WAIMY+WYFPK GHRH+W
Sbjct 83 KPSGSQSAGCKGSGWGTQVYGRSTWFNGKWAIMYSWYFPKDS-------PFTGLGHRHDW 135
Query 165 EYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKY----YYNHLLGS 220
E+ +VWIDNP N IL V+ SA GY PP++ VDG+S K++Y NH L S
Sbjct 136 EHVVVWIDNPANANPAILAVTPSAHSGYKKYAPPKSGTVDGNSAKVEYKAIIVINHALDS 195
Query 221 TSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
T+ GE Q LI WD+L+ AR L +TD+ +P+KDG F + A
Sbjct 196 TTTG-----GEQQPLIMWDQLTDAARSGLENTDFGSA-------NVPMKDGNFMTKVANA 243
Query 281 W 281
+
Sbjct 244 Y 244
>PHYCA_123205
Length=177
Score = 189 bits (480), Expect = 2e-59, Method: Compositional matrix adjust.
Identities = 93/163 (57%), Positives = 119/163 (73%), Gaps = 11/163 (7%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
++I H++V+PF +PEP T S+ +AVKYKPQL+I AVQ DGS+S GLKW+G D
Sbjct 22 EMINHDKVQPFTQPEPTTNSENSAVKYKPQLRIS------TAVQADGSVSAGLKWAGWSD 75
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G+C GS+LGSQ+Y+RS W D WAIMYAWYFPKGR + FGHRH W YAIVW+
Sbjct 76 GDCKGSELGSQVYSRSDWYKDKWAIMYAWYFPKGRQYIS----KYRFGHRHYWSYAIVWM 131
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYY 213
D+ +NSTILGVSMSA VGY+ +T P+++Y VDG +VK + Y
Sbjct 132 DSDVPDNSTILGVSMSAGVGYSKETLPKSKYVVDGTTVKFESY 174
>PHYRA_45457
Length=199
Score = 190 bits (482), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 99/197 (50%), Positives = 121/197 (61%), Gaps = 8/197 (4%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
VI H+QV PF EP PVT S+KA VK+KPQL I +GCH YPAV + G GGLK SG
Sbjct 11 VISHDQVIPFAEPAPVTISEKAGVKFKPQLHISNGCHSYPAVNEAGDTGGGLKTSGAPSS 70
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
+C GS GSQIY RS W +DVWAIMYAWYFPK + GHRH+WE+A++WID
Sbjct 71 KCKGSGYGSQIYGRSGWHSDVWAIMYAWYFPKDMAST-------TLGHRHDWEHAVIWID 123
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP++ ILGVS+S+ GYA T + G +V + Y L L LT G+
Sbjct 124 NPDVAEPKILGVSVSSHSGYAKTTTIPVGSLVGTTVLINYESFWPL-DHELSLTTKGGDL 182
Query 233 QDLITWDELSKLARYSL 249
Q LI W +L+ AR SL
Sbjct 183 QPLIMWSQLTDAARNSL 199
>PHYSO_496064
Length=254
Score = 191 bits (486), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 101/223 (45%), Positives = 129/223 (58%), Gaps = 24/223 (11%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H++V+PF +PEP T S+KAAVK+KP ++I GCHPYPAV G SGGLK SG
Sbjct 18 EAVNIDHDKVQPFAQPEPTTVSEKAAVKFKPSIRIRSGCHPYPAVNAAGETSGGLKPSGE 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DG+C S LGSQ+Y R+ W D+WAIMY WYFPK G RH W IV
Sbjct 78 PDGDCKNSSLGSQVYGRAVWYKDLWAIMYTWYFPKDSYGT-----FFRSGQRHKWASFIV 132
Query 170 WIDNPELENSTILGVSMS-------------ASVGYASQTPPETRYVDGDSVKLKY---Y 213
W+DNP LE IL VS S + G S +PP T Y++G S L Y +
Sbjct 133 WLDNPSLEKPKILAVSTSFQTGEYQILKNGPPACGRRSCSPPFTDYINGTSAMLAYLDTF 192
Query 214 YNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDE 256
Y +L T+ + GE QDLI W++L++ A+ +LN TD+ E
Sbjct 193 YGSILEMTTAR---TGGELQDLIMWEQLTEEAQIALNETDFGE 232
>PHYKE_7568
Length=372
Score = 194 bits (493), Expect = 7e-59, Method: Compositional matrix adjust.
Identities = 97/232 (42%), Positives = 134/232 (58%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P P T Q+ A+K+KPQ+ I +GCHPYPAV +DG+ SGGL +G
Sbjct 153 QATVISHDQVVPFSQPTPTTTIQEVAIKFKPQIYINNGCHPYPAVDEDGNTSGGLAPTGS 212
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ C GS GSQIY R+ V+A MY+WY PK L GHRH+WE +V
Sbjct 213 ESAGCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDE-------TLPGLGHRHDWEACVV 265
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L+ I+ +S SA GY PP + Y+DGDS K++Y ++++ SL T
Sbjct 266 WLDDITLDEPNIVALSASAHSGYNVYYPPSSSYLDGDSAKIEYSSSYIVIDHSLSATSTA 325
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L TD+ +P K+ F L A+
Sbjct 326 GETQDLIMWDQLTDAARAALEDTDF-------GSANVPFKEANFQTKLGNAY 370
Score = 109 bits (273), Expect = 1e-26, Method: Compositional matrix adjust.
Identities = 58/144 (40%), Positives = 84/144 (58%), Gaps = 15/144 (10%)
Query 137 MYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQT 196
MY+WYFPK L FGHRH+WE+ +VW++NP + + IL VS SA GY
Sbjct 1 MYSWYFPKDSP-------LTGFGHRHDWEHIVVWLNNPAITSPEILAVSTSAHSGYTVYY 53
Query 197 PPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDE 256
PP++ Y+DG+S K+ YY+ LL + + ++T GE QDLI WD+L+ A+ +L TD+ +
Sbjct 54 PPDSDYLDGNSAKID-YYSVLLINHAFRMTSDAGETQDLIMWDQLTDAAQTALEDTDFGD 112
Query 257 TLFNLAGLKMPLKDGVFDELLNKA 280
+P KD F+ L A
Sbjct 113 A-------NVPFKDANFETKLANA 129
>PHYRA_72390
Length=237
Score = 189 bits (481), Expect = 1e-58, Method: Compositional matrix adjust.
Identities = 105/231 (45%), Positives = 137/231 (59%), Gaps = 16/231 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PFP+P+PVT S+KA VK+KP+L I++GC YPAV G SGGLK +G D
Sbjct 22 IDHDKVQPFPQPQPVTISEKAGVKFKPKLFIQEGCVSYPAVNAAGEPSGGLKGTG-DDSG 80
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C LGSQ+Y R++W NDVWAIMYAWYFPKG + RH+W +VWIDN
Sbjct 81 CKLPSLGSQVYGRAEWYNDVWAIMYAWYFPKG-------FWDKCPYWRHDWSNVVVWIDN 133
Query 174 PELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
P++E S +LG+S+S S Y + P +G + L Y Y GS L G+F
Sbjct 134 PDVETSKVLGLSLSTSENKYGHKYAPAESIRNGTTPML-YRYLPSFGSAGLNTYVDLGQF 192
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q LI WD+L+ AR +LN D N ++P+ D F E L KAWPF
Sbjct 193 QGLIMWDQLADAARAALNDQD------NFGRTEVPISDDHFPEHLEKAWPF 237
>PHYCA_6835
Length=210
Score = 188 bits (477), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 101/216 (47%), Positives = 124/216 (57%), Gaps = 23/216 (11%)
Query 72 QKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVN 131
+++AVK+KPQL I +GCH YPAV + G GGLK G C GS GSQ+Y RS W
Sbjct 13 RRSAVKFKPQLHITNGCHSYPAVDEAGETGGGLKTKGAPSAGCKGSGWGSQVYGRSGWYQ 72
Query 132 DVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVG 191
DVWAIMY WYFPK + + GHRH+WE+ IVWIDNP +EN IL V+ SA G
Sbjct 73 DVWAIMYCWYFPKDEPSSGI-------GHRHDWEHVIVWIDNPAVENPKILAVTPSAHSG 125
Query 192 YASQTPPETRYVDGDSVKL----KYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARY 247
Y PP +DG + K+ K+ +H L STS G+FQDLI WD+LS+ AR
Sbjct 126 YHKYAPPNADTIDGVTTKVAYDSKWPMDHALDSTS-----EAGDFQDLIMWDQLSENARR 180
Query 248 SLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+LN N P+ DG F L KAWPF
Sbjct 181 ALNSV-------NFGKANTPMNDGNFQPKLAKAWPF 209
>PHYSO_490000
Length=241
Score = 189 bits (479), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 111/254 (44%), Positives = 151/254 (59%), Gaps = 16/254 (6%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
M++RA+ + ++ L +E +I H+QV PFP+ +P T + KAA+K KP+L I +GCH +
Sbjct 1 MSFRALSVTIIIVLLKPIEAGIIDHDQVVPFPQSQPTTITNKAALKLKPRLFINNGCHLH 60
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIY--ARSKWVNDVWAIMYAWYFPKGRGAV 149
PAV +G SGGLK G +G C GS GSQ+Y RS W N VWAIMYAWYFPK
Sbjct 61 PAVNANGDTSGGLKPKGSPEGGCRGSGSGSQVYRYGRSTWYNGVWAIMYAWYFPKDEPT- 119
Query 150 PVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVK 209
GHRH+WE+ IV I+NP LEN TIL ++ SA GY++ PP V G S K
Sbjct 120 ------DFDGHRHDWEHVIVRINNPVLENPTILAMTPSAHSGYSTYAPPPADMVSGTSCK 173
Query 210 LKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLK 269
++Y + + L+ T GE QDLI W +L+ ARY+L+ T N P+
Sbjct 174 VEYTSSWIFIDHHLEGTSTAGETQDLIMWSDLTDAARYALSTT-------NFGKADTPMN 226
Query 270 DGVFDELLNKAWPF 283
+G F+ L+KAWP+
Sbjct 227 NGTFNWKLSKAWPW 240
>PHYSO_329114
Length=236
Score = 188 bits (477), Expect = 4e-58, Method: Compositional matrix adjust.
Identities = 100/224 (45%), Positives = 132/224 (59%), Gaps = 9/224 (4%)
Query 32 MNYRavliavvaslaavvEGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPY 91
MN R + +VA AV + I H+QVRPF +P+P T S+KAAVK+ PQ+ I +GCHPY
Sbjct 1 MNLRFFFVTLVAVFTAVADAGSINHDQVRPFAQPKPATVSEKAAVKFNPQIHITNGCHPY 60
Query 92 PAVQKDGSISGGLKWSGPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPV 151
PAV G SGGL+ +G C GS GSQ+Y RS W WAIMY+WYFPK +
Sbjct 61 PAVNAAGETSGGLQTNGAPSAGCKGSGWGSQVYGRSTWYKGRWAIMYSWYFPKDSPST-- 118
Query 152 PLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLK 211
GHRH+WE+ +VWIDNP + N IL V+ SA GY+ PP+ V G++ K+
Sbjct 119 -----TLGHRHDWEHVVVWIDNPAVANPKILAVTPSAHSGYSKYAPPKAGTVTGNTAKVN 173
Query 212 YYYNHLLGSTSLQLTEATGEFQDLITWDEL-SKLARYSLNHTDW 254
Y +H + +L T+ G+ QDLI W++ KL R H W
Sbjct 174 -YESHWPVNHALDSTDVGGDAQDLIMWEQQHGKLRRRQCTHERW 216
>HYAP_06628
Length=245
Score = 188 bits (478), Expect = 5e-58, Method: Compositional matrix adjust.
Identities = 101/231 (44%), Positives = 136/231 (59%), Gaps = 15/231 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+ F +PEPVT S+KAAV+ P L + GC PYPAV + G SGGLK +G +G
Sbjct 29 IPHHEVKAFAQPEPVTISEKAAVRLNPTLLVTYGCQPYPAVNEFGQTSGGLKPTGDHNGH 88
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+YARS W D WAIM+A+YFPK + V + RH+WE+A+VWI N
Sbjct 89 CKGSGHGSQVYARSAWFGDKWAIMFAYYFPKSQPRRSVSV-------RHSWEFAVVWIAN 141
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF- 232
PE T+ + S + GY T + +DG+ VKL+ Y+ H L+LT G
Sbjct 142 PEAPEKTLALTTRSFAYGYFKYTSFDASEMDGERVKLR-YWQHADSDLYLELTSLDGGVT 200
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+ LI W++L + AR +LN W+ G K PL D F+ LLN +WPF
Sbjct 201 RPLIMWEQLPEKARCALNEATWN------GGFKCPLSDEAFEPLLNASWPF 245
>PHYSO_526541
Length=239
Score = 188 bits (477), Expect = 5e-58, Method: Compositional matrix adjust.
Identities = 103/241 (43%), Positives = 131/241 (54%), Gaps = 29/241 (12%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G I H++V+PF +P P T S+KAAVK+KP L+I DGCHPYPAV G SGGLK +GP
Sbjct 19 GVTIDHDKVQPFAQPAPATVSEKAAVKFKPSLQIIDGCHPYPAVNAAGETSGGLKHTGPV 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
DG+C GS LGSQ+Y RS W D+WAIMY+WYFPK + L G RH W A+VW
Sbjct 79 DGKCKGSGLGSQVYGRSGWYKDLWAIMYSWYFPKDKH-------LGYKGQRHKWVDAVVW 131
Query 171 IDNPELENSTIL---------GVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGST 221
+DNP E +L G A + + T P Y +Y +
Sbjct 132 LDNPAFETPKVLANVPQRCEHGSCGKAFAEFMNNTTPMISY-------RPFYMETSFHTL 184
Query 222 SLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
+ T TGE QDLI W++LS AR +L+ TD+ E K+P D F+ L A
Sbjct 185 EMTSTRGTGELQDLIMWEQLSPEARTALSETDFGE------AAKVPFIDANFETNLELAR 238
Query 282 P 282
P
Sbjct 239 P 239
>PHYRA_43347
Length=220
Score = 187 bits (475), Expect = 5e-58, Method: Compositional matrix adjust.
Identities = 100/205 (49%), Positives = 134/205 (65%), Gaps = 17/205 (8%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +P+PVT S+KAAV++KP L+I+ GCHPYPAV G S GLK +GP G+
Sbjct 24 IDHDKVQPFAQPDPVTVSEKAAVRFKPSLRIDSGCHPYPAVNAAGETSAGLKGTGPSSGD 83
Query 114 CTGSKLGSQI---YARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
C GS LGSQ+ YAR+ W +D+WAIMYAWYFPK + P + G RH+W +VW
Sbjct 84 CKGSGLGSQVVLRYARAVWYSDLWAIMYAWYFPKDK-----PTFRK--GERHDWANVVVW 136
Query 171 IDNPELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKYYY---NHLLGSTSLQLT 226
+DNP LE T++GVS S+ V Y+ TPP ++G + + Y NH G S+ T
Sbjct 137 LDNPALERPTMIGVSPSSYVTTYSKYTPPPADGLNGTTSMINYLADANNH--GFHSVDTT 194
Query 227 EAT-GEFQDLITWDELSKLARYSLN 250
T GEFQDLI W++L+ AR +LN
Sbjct 195 WKTGGEFQDLIMWEQLTDEARAALN 219
>PHALS_06084
Length=260
Score = 188 bits (478), Expect = 7e-58, Method: Compositional matrix adjust.
Identities = 99/234 (42%), Positives = 137/234 (59%), Gaps = 15/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ + I ++QVR F +P+P T SQ+ A+ +KPQL I GC PYPAV + G SGGL
Sbjct 41 QPKTIPYDQVRGFRQPKPTTISQQVALTFKPQLDIVTGCLPYPAVNRLGETSGGLPKDAD 100
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ +C GS+ SQ+Y RS W NDVW +M++WYFPK P PL+ GHRH+WE ++
Sbjct 101 TETKCHGSQFNSQVYGRSTWFNDVWVMMFSWYFPKDS---PFPLL----GHRHDWENVVI 153
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+ID+P++ ILG SMS Y P T +G SVK+KY + L +L +TE
Sbjct 154 FIDSPKVPLPKILGCSMSYHSEYIKFAPCPTFATNGTSVKVKYEDSFPLNH-ALNVTEKE 212
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G FQDLI W++L + R SLN TD +P+ D F + + +AWPF
Sbjct 213 GTFQDLIMWNQLPPIVRKSLNDTD-------FGSANVPMNDWNFLKKVEEAWPF 259
>PHYSO_255972
Length=215
Score = 185 bits (470), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 107/233 (46%), Positives = 130/233 (56%), Gaps = 37/233 (16%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G I H++V+PF +P P T S+KAAVK+KP L+I DGCHPYPAV G SGGLK +GP
Sbjct 19 GVTIDHDKVQPFAQPAPATVSEKAAVKFKPSLQIIDGCHPYPAVNAAGETSGGLKHTGPV 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
DG+C GS LGSQ+Y RS W D+WAIMY+WYFPK + L G RH W A+VW
Sbjct 79 DGKCKGSGLGSQVYGRSGWYKDLWAIMYSWYFPKDKH-------LGYKGQRHKWVDAVVW 131
Query 171 IDNPELENSTILGVSM-SASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+DNP E +L VS S GY S H L TS T T
Sbjct 132 LDNPAFETPKVLAVSTWSWGGGYTS--------------------FHTLEMTS---TRGT 168
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWP 282
GE QDLI W++LS AR +L+ TD+ E K+P D F+ L A P
Sbjct 169 GELQDLIMWEQLSPEARTALSETDFGE------AAKVPFIDANFETNLELARP 215
>PHYCA_132529
Length=232
Score = 186 bits (472), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 97/236 (41%), Positives = 141/236 (60%), Gaps = 27/236 (11%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
++ + +++PF +PEP+T S K AV++KPQL+I+DGCHPYPAV + G IS G SG D
Sbjct 11 IVDYQEIKPFAQPEPITVSDKVAVRFKPQLRIKDGCHPYPAVNEAGDISSGAD-SGWGDS 69
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C+GS +GSQ+Y RS W VW +MYAWYFPK H WE +VWID
Sbjct 70 SCSGSDVGSQVYGRSAWCGGVWGMMYAWYFPKDETT-------------HRWENVVVWID 116
Query 173 NPELENSTILGVSMSASVGYASQTPPETR--YVDGDSVKLKYYYNHLLGSTS----LQLT 226
+P +EN TILGVS S+ GY P + DGD+V+++Y + ++ +T L +
Sbjct 117 DPAVENPTILGVSTSSDGGYIRYAPLDDNDWARDGDNVQIQYRLDDVMATTRVFHHLDTS 176
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWP 282
G+ Q L+TW++L++ AR +L + D+ E+ K+PLK+ F L+ A P
Sbjct 177 WRGGDIQGLVTWEQLTEEARNTLENGDFGES-------KVPLKNSTFTANLDFAIP 225
>PHYCA_69457
Length=213
Score = 185 bits (470), Expect = 3e-57, Method: Compositional matrix adjust.
Identities = 104/228 (46%), Positives = 138/228 (61%), Gaps = 15/228 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+PFP+PEPVT S+KA VK+KPQ+++ GC PYPAV + G SGGLK +G G
Sbjct 1 INHDQVKPFPQPEPVTISEKAGVKFKPQIQVRTGCEPYPAVNEFGETSGGLKPTGNPRGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+ VWAIMY+WYFPK P P + GHRH+WE+AIV+IDN
Sbjct 61 CGGSGYGSQVYGRSTWIRGVWAIMYSWYFPKDS---PSPGL----GHRHDWEHAIVFIDN 113
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ IL S+S+ GY P +DG S+K++Y ++ + L T G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHS-WPTNHDLDTTGDGGSFQ 172
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
DLI W+++++ AR +LN N P DG F L AW
Sbjct 173 DLIMWNQMTEDARRALNSV-------NFGSANTPFNDGKFMPKLENAW 213
>PHALS_13513
Length=240
Score = 186 bits (471), Expect = 3e-57, Method: Compositional matrix adjust.
Identities = 102/232 (44%), Positives = 138/232 (59%), Gaps = 14/232 (6%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I N V+PFPE +P T S+++A+KYKP L + +GCHPYPAVQ++GS+S G +W
Sbjct 22 AIDANSVQPFPEQKPQTDSERSALKYKPHLHVSEGCHPYPAVQQNGSVSAGFEWDEDYSQ 81
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C S GSQIY+RS W WAIMYAWYFPK V + + G RH W +AIVW D
Sbjct 82 PCGRSPQGSQIYSRSSWYKGKWAIMYAWYFPKA----AVHIGRGVSGRRHYWLHAIVWTD 137
Query 173 NPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
NS+ILGV+MSA +G +T ++ Y + G ++KL Y + +L+ T GE
Sbjct 138 EENPNNSSILGVTMSAGIGLLKRTKIKSHYIIGGTTLKLMSYVSFWGRRLALKFTVKLGE 197
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLITW++LS AR +L +T PL+D FD L+ +A+PF
Sbjct 198 TQDLITWEQLSHEARKALALDYKSDT---------PLQDYRFDGLIKEAYPF 240
>PPTG_04799
Length=245
Score = 186 bits (472), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 99/240 (41%), Positives = 144/240 (60%), Gaps = 24/240 (10%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQL--KIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
I H+++ PFP+P+PVT S+KAA+K+KPQL I+ C P+PAV G ++GGLK +
Sbjct 21 TIDHDKIEPFPQPKPVTMSEKAAIKFKPQLFTSIKTVCAPFPAVNAAGDVTGGLKGTNGN 80
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
D C ++ GSQ+Y R+ W D+WAIMYAWYFPKG + RH+W+ +VW
Sbjct 81 DA-CRFARKGSQVYGRAGWHKDMWAIMYAWYFPKG-------FWMDFPTRRHDWKNVVVW 132
Query 171 IDNPELENSTILGVSMSASVGYASQTPPET------RYVDG-DSVKLKYYYNHLLGSTSL 223
IDNP+LE+ I+ VSMS S G + T ++ + +G D L+++Y LGS L
Sbjct 133 IDNPDLESPKIVAVSMSKS-GRSYHTEDQSGGLISRSFFNGFDRTSLRFHYQTDLGSPYL 191
Query 224 QLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE+QDLI W++L+ AR +LN ++N ++P D F++ L+KAWPF
Sbjct 192 NFAWWGGEYQDLIMWEQLTDPARVALND------IYNFGDAEVPFSDNNFEDYLDKAWPF 245
>PPTG_00460
Length=259
Score = 186 bits (472), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 99/227 (44%), Positives = 138/227 (61%), Gaps = 12/227 (5%)
Query 56 HNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECT 115
H++V+PF +PEP+T ++KAAVK+KP L ++ GCHPYPAV G S GLK +G DGEC
Sbjct 22 HDKVQPFAQPEPITDAEKAAVKFKPSLAVKAGCHPYPAVNAAGDTSAGLKGTGAPDGECE 81
Query 116 GSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPE 175
GS LGSQ+Y+RSKW D WAIMYAWYFPK + LI + G RH+W +VW+DNP
Sbjct 82 GSPLGSQVYSRSKWYEDKWAIMYAWYFPKDMQN--IGLIKK--GVRHDWVNLVVWLDNPA 137
Query 176 LENSTILGVSMSA-SVGYASQTPPE-TRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
L TIL S S GY PP+ + ++G + K++Y ++ G ++ GE+Q
Sbjct 138 LAEPTILATSASTYGTGYEISKPPKRSDIINGTTPKVRYDEDNREGWHTIFQFHEEGEYQ 197
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
DLI W++L+ R +L +TD+ + +P D F+ L A
Sbjct 198 DLIQWNQLTNATRKALENTDFGDF------ANVPFNDAYFETNLKAA 238
>PPTG_15234
Length=235
Score = 185 bits (469), Expect = 7e-57, Method: Compositional matrix adjust.
Identities = 96/232 (41%), Positives = 136/232 (59%), Gaps = 16/232 (7%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P P T Q AV++KPQ+ I +GCHPYPAV +DG+ SGGLK +G
Sbjct 18 DAAVIDHDQVVPFAQPTPNTTVQSVAVQFKPQIYINNGCHPYPAVDEDGNTSGGLKPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ C GS GSQIY R+ + V+A MY+WY PK L GHRH+WE +V
Sbjct 78 ESAGCKGSGYGSQIYGRAVEYDGVYAFMYSWYMPKDE-------TLDGLGHRHDWENCVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L+N +I+ +S S Y PP++ Y+DGDS K++Y + ++ SL T
Sbjct 131 WLDS--LDNPSIVALSASYHSTYLYYYPPDSDYLDGDSAKIEYSTSWVILDHSLSATSTV 188
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L TD+ + +P K+ F + A+
Sbjct 189 GETQDLIMWDQLTDAARTALEDTDFGDA-------NVPFKETNFATKVANAY 233
>PHYRA_52426
Length=152
Score = 182 bits (461), Expect = 8e-57, Method: Compositional matrix adjust.
Identities = 89/160 (56%), Positives = 109/160 (68%), Gaps = 8/160 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I + +++PF EPEP T S+KAAVK+KPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 1 IDNEKIQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPADGE 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W D WAIMY WY PKG + RH WE A+VWID+
Sbjct 61 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKG--------CPTKYQRRHFWETAVVWIDD 112
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYY 213
P L NSTILGVS++ +TP R++DG SVKL Y
Sbjct 113 PALANSTILGVSLNYGWRSKEETPVAPRFLDGSSVKLNSY 152
>HYAP_08306
Length=286
Score = 186 bits (472), Expect = 9e-57, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 129/232 (56%), Gaps = 17/232 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+GH+ ++PFP+P+PVT A+K KP+L I GCHPYPAV G S GLK SG DG
Sbjct 58 VGHDTLQPFPQPKPVTRLDVVAIKLKPELFIVHGCHPYPAVNATGHTSNGLKTSGDADGH 117
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y R+ W WAIMYAWYFPK G RH+WE+AIVWI+N
Sbjct 118 CKGSGHGSQVYGRATWFRGKWAIMYAWYFPKDAPD-------EESGQRHDWEHAIVWINN 170
Query 174 PELENSTILGVSMSAS--VGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
P+++ IL VS+S GY + P DG +KL Y +H L LT GE
Sbjct 171 PKVKQPKILAVSVSCGKFFGYLKKVAPGPAVFDGTRLKLSYGADH-KHEHRLDLTAEKGE 229
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI W++L+ AR + + W + MPL D + L +AWPF
Sbjct 230 DQDLIMWEQLTDEARCAFDTILWTNDM-------MPLNDAWYKHELTRAWPF 274
>PHYRA_84277
Length=240
Score = 184 bits (467), Expect = 1e-56, Method: Compositional matrix adjust.
Identities = 106/237 (45%), Positives = 132/237 (56%), Gaps = 17/237 (7%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
EG + H++V+PFP+P PVT S+KA VK+KP L I GC YPAV G SGGLK SG
Sbjct 18 EGVTVDHDKVQPFPQPAPVTISEKAGVKFKPHLHIITGCASYPAVNAAGETSGGLKGSGG 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
C LGSQ+Y R+ W NDVWAIMYAWYFPKG A P RH+W A+
Sbjct 78 TTSGCALPPLGSQVYGRAGWYNDVWAIMYAWYFPKGFWDASPF--------WRHDWSNAV 129
Query 169 VWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHL-LGSTSLQLT 226
VWIDNP LEN LG+S+S S Y S ++ + G + L Y + + S
Sbjct 130 VWIDNPALENPKALGLSISRSENKYGSTYTDDSVFEYGTTPSLSRYLPPMQTAALSTSSF 189
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E QDLI WD+L+ AR +LN D N +P+ D F +LL +AWPF
Sbjct 190 PNDFELQDLIMWDQLTDAARAALNDQD------NFGRTDVPISDDHFPKLLEEAWPF 240
>PITG_16866
Length=238
Score = 184 bits (467), Expect = 2e-56, Method: Compositional matrix adjust.
Identities = 98/231 (42%), Positives = 137/231 (59%), Gaps = 15/231 (6%)
Query 52 QVIGHNQVRPFPEPEPVTFS-QKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
VI H+ V PF +P T + QKA +K+KPQ+ I +GCHPYPAV DG+ SGGL +G
Sbjct 20 DVISHDAVIPFAQPTTTTTTEQKAGIKFKPQIHISNGCHPYPAVDADGNTSGGLNPTGSS 79
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
C GS GSQIY R N V+AIMY+WYFPK L GHRH+WE+ +VW
Sbjct 80 SAGCKGSGYGSQIYGRVATYNGVFAIMYSWYFPKDSP-------LTGLGHRHDWEHVVVW 132
Query 171 IDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
+D+ +L + +++ VS SA GY PPE+ +DG S K+ Y + L+ + +L T G
Sbjct 133 VDDIKLNSPSVIAVSPSAHSGYNIYHPPESNTIDGYSTKVDYSSSWLVINHALDSTTDAG 192
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
E Q+LI WD+L+ AR +L +TD+ + +P+KDG F + A+
Sbjct 193 ETQNLIMWDQLTDAARTALENTDFGDA-------NVPMKDGNFLTKVGNAY 236
>PHYRA_71307
Length=237
Score = 184 bits (466), Expect = 2e-56, Method: Compositional matrix adjust.
Identities = 95/232 (41%), Positives = 132/232 (57%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P P T Q AV +KPQ+ I +GCHPYPAV +DG+ SGGLK +G
Sbjct 18 QAAVIDHDQVVPFAQPTPNTTVQSVAVNFKPQIYINNGCHPYPAVDEDGNTSGGLKPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
Q C GS GSQIY R+ V+A MY+WY PK L GHRH+WE +V
Sbjct 78 QSAGCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDE-------TLPGLGHRHDWENCVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L+ I+ +S S Y PP++ Y+DG+S K++Y + ++ SL T +
Sbjct 131 WLDDITLDEPNIVALSASYHSTYLYYYPPDSDYLDGNSAKIEYSTSWVILDHSLSATSTS 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI W +L+ AR +L TD+ +P K+G F + A+
Sbjct 191 GETQDLIMWGQLTDAARTALEDTDF-------GSANVPFKEGNFATKVANAY 235
>PHYRA_44405
Length=232
Score = 183 bits (465), Expect = 3e-56, Method: Compositional matrix adjust.
Identities = 105/234 (45%), Positives = 138/234 (59%), Gaps = 16/234 (7%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H++V+PF +PEPVT S+KAAV++KP+L+I GCHPYPAV G S GLK +G
Sbjct 12 EAISIDHDKVQPFAQPEPVTISEKAAVQFKPRLQIFGGCHPYPAVNAAGETSAGLKGTGT 71
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DG+C S+LGSQ+Y RS W D+W IMYAWYFPK + P + GHRH W +V
Sbjct 72 HDGDCMRSRLGSQVYGRSVWYGDLWGIMYAWYFPKDK-----PKYRK--GHRHEWANVVV 124
Query 170 WIDNPELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKYYYNHLL-GSTSLQLT- 226
W+DNP E T++G+S S V YA T DG + + Y + L G S+ +
Sbjct 125 WLDNPAHERPTMIGMSTSWFVTTYAKYKFVPTNGFDGKTYTINYKDDVLNDGFHSVDVIW 184
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
E GEFQDLI W++L+ AR +L+ TD+ E +P D F L KA
Sbjct 185 EIGGEFQDLIMWEQLTDEARAALSDTDFGED------APVPFIDANFKANLEKA 232
>PHYRA_76657
Length=239
Score = 183 bits (465), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 105/237 (44%), Positives = 138/237 (58%), Gaps = 18/237 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI--EDGCHPYPAVQKDGSISGGLKWS 107
E I H++V+PFP+P+PVT ++K+ VK+KP+LKI E GC YPAV G SGGLK +
Sbjct 18 EAASIDHDKVQPFPQPDPVTITEKSGVKFKPELKIDTEHGCVSYPAVNSAGETSGGLKGT 77
Query 108 GPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYA 167
CTG LGSQ+Y R++W NDVWAIMYAWYFPKG R RH+W A
Sbjct 78 KGTSA-CTGPILGSQVYGRAEWYNDVWAIMYAWYFPKG-------FWNRRAYWRHDWSNA 129
Query 168 IVWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLT 226
+VWID+P LEN +LG+S+S S Y + P +G + L Y +L L
Sbjct 130 VVWIDDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYKCAALALY 188
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
A+G+ QDLI W +L+ AR +LN D N ++P+ D F + L KAWPF
Sbjct 189 YASGDVQDLIMWGQLTDAARAALNDQD------NFGRTEVPINDDHFLKHLEKAWPF 239
>PHYRA_75425
Length=237
Score = 182 bits (462), Expect = 7e-56, Method: Compositional matrix adjust.
Identities = 100/232 (43%), Positives = 136/232 (59%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+ V PF +P P T Q AVK+KPQ+ I +GCHPYPAV +DG+ SGGLK +G
Sbjct 18 KAAVIDHDAVVPFAQPTPTTTLQTLAVKFKPQIYINNGCHPYPAVDEDGNTSGGLKPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
Q CTGS LGSQIY R+ V+A MY+WY PK L GHRH+WE +V
Sbjct 78 QSSGCTGSSLGSQIYGRAVEYEGVYAFMYSWYMPKDE-------TLDGVGHRHDWENCVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L+ I+ +S S Y PP++ Y+DGDS K++Y + +L SL T +
Sbjct 131 WLDDITLDEPNIVALSASYHSTYLYYYPPDSDYLDGDSAKIEYSTSWVLLDHSLSATSTS 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L TD+ + +P K+ F+ L A+
Sbjct 191 GETQDLIMWDQLTDAARTALEDTDFGDA-------NVPFKEANFETKLANAY 235
>PHYRA_84273
Length=237
Score = 182 bits (462), Expect = 9e-56, Method: Compositional matrix adjust.
Identities = 105/233 (45%), Positives = 134/233 (58%), Gaps = 18/233 (8%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
+ H++V+PFP+P PVT S+KA VK+KPQL I GC YPAV G SGGLK SG G
Sbjct 21 TVDHDKVQPFPQPAPVTISEKAGVKFKPQLHITTGCTSYPAVNAAGETSGGLKGSGGTSG 80
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAIVWI 171
C LGSQ+Y R+ W NDV+AIMYAWYFPKG A P RH+W A+VWI
Sbjct 81 -CMLPPLGSQVYGRAGWHNDVYAIMYAWYFPKGFWDASPF--------WRHDWSNAVVWI 131
Query 172 DNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
DNP + ILG+S+S S Y E + +G + L Y + +T L +G
Sbjct 132 DNPAHKTPKILGLSLSTSENKYGKTYTEEDGFENGKTPNLSRYVPPMEAAT-LSTGYDSG 190
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
EFQDLI WD+L+ AR +LN D N ++P+ D F + L +AWPF
Sbjct 191 EFQDLIMWDQLTDAARAALNDQD------NFGRTEVPISDDHFPKRLEEAWPF 237
>PPTG_17295
Length=238
Score = 182 bits (461), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 93/232 (40%), Positives = 136/232 (59%), Gaps = 17/232 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H+++ P P+P+PVT S+KAA+K+KPQL I DGC +PAV G SGGLK S +
Sbjct 22 VDHDKLGPIPQPDPVTISEKAAIKFKPQLNIADGCVSFPAVNDGGDFSGGLKGSN-GNSA 80
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C + +GSQ+Y R+ W ND WAIMYAW+FPKG + + R++W A+VWIDN
Sbjct 81 CDDAPMGSQVYGRAAWYNDKWAIMYAWFFPKG-------FFMGVASRRYDWSSAVVWIDN 133
Query 174 PELENSTILGVSMSASVG-YASQTP-PETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
P+ +LG+S S S Y ++P P+ ++G + L + + G L + TG+
Sbjct 134 PDFATPAVLGLSTSTSDDEYQRKSPAPDFGILNGVTPLLYRSISEVAGQPMLDYSSRTGD 193
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQ LI W++L+ AR +LN F+ ++P D F+E L KA+PF
Sbjct 194 FQPLIMWEQLTDAARETLNT-------FDFGNAQVPFNDANFEEKLKKAYPF 238
>PPTG_11469
Length=253
Score = 182 bits (462), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 102/248 (41%), Positives = 138/248 (56%), Gaps = 31/248 (13%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDG-CHPYPAVQKDGSISGGLKWSGPQD 111
+ H++++PFP+PEPVT S+KAA+K+KPQL I +G C YPAV G +GGLK S D
Sbjct 20 TVDHDKIQPFPQPEPVTISEKAAIKFKPQLYIPEGVCVSYPAVNDAGETTGGLKGSNGND 79
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C + LGSQ+Y R+ W DVWAIMYAWYFPKG + RH+W+ +VWI
Sbjct 80 A-CKSAPLGSQVYGRAGWYKDVWAIMYAWYFPKG-------FWVGFPTRRHDWKSVVVWI 131
Query 172 DNPELENSTILGVSMSAS---------------VGYASQTPPETR-YVDGDSVKLKYYYN 215
DNP+LE I+GVSMS S G+ R Y G + L++ Y
Sbjct 132 DNPDLEVPKIVGVSMSKSDTKYDKRLELFASDFAGFQMMGQGRFRTYTYGSNTSLRFGYQ 191
Query 216 HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDE 275
LGS L GE+QDLI W++L+ AR +LN + N ++P D +++
Sbjct 192 MELGSPYLNFGVRDGEYQDLIMWEQLTDAARAALNDDN------NFEKAEVPFSDEHYED 245
Query 276 LLNKAWPF 283
L+KAWP
Sbjct 246 HLDKAWPL 253
>PHYRA_72385
Length=237
Score = 181 bits (460), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 100/232 (43%), Positives = 141/232 (61%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P P T Q A +K+KPQ+ I +GCHPYPAV + G+ SGGLK +G
Sbjct 18 QADVISHDQVVPFTQPTPTTTEQTAGIKFKPQIHISNGCHPYPAVDEAGNTSGGLKPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQIY R V+A+MY+WYFPK PV + GHRH+WE+ +V
Sbjct 78 SSAGCKGSGYGSQIYGRITTYEGVYALMYSWYFPKDS---PVTGL----GHRHDWEHVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L++ +I+ VS SA GY PPE+ +DG S K+ Y + ++ + +L T +
Sbjct 131 WVDDITLDSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVVNHALDSTSDS 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L +TD+ + +P+KDG F L A+
Sbjct 191 GESQDLIMWDQLTDAARTALENTDFGDA-------NVPMKDGNFLTKLGNAY 235
>PHYRA_41766
Length=209
Score = 180 bits (457), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 97/227 (43%), Positives = 131/227 (58%), Gaps = 18/227 (8%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H +V+PF +P P T S+KA VK+KPQ++I GC PYPAV G SGGLK SG G
Sbjct 1 ISHQEVKPFAQPMPATISEKAGVKFKPQIQIRTGCVPYPAVNYLGETSGGLKTSGAXKGG 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W+NDVW +WYFPK + GHRH+WE+ +V+IDN
Sbjct 61 CRGSGHGSQVYGRSAWLNDVWX---SWYFPKDSPS-------SGMGHRHDWEHVVVFIDN 110
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
P++ I+G S S+ GY P +DG SVK++Y ++ + + L +T G FQ
Sbjct 111 PDVAEPKIMGCSASSHNGYKKYAPCPPWVIDGTSVKVRYKHSWPI-NHDLDVTGDAGTFQ 169
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
DLI WD++++ AR +LN + P+ DG F L KA
Sbjct 170 DLIMWDQMTEDARRALNGV-------HFGDANTPMNDGNFIPKLEKA 209
>PPTG_17453
Length=254
Score = 181 bits (460), Expect = 3e-55, Method: Compositional matrix adjust.
Identities = 101/248 (41%), Positives = 139/248 (56%), Gaps = 31/248 (13%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDG-CHPYPAVQKDGSISGGLKWSGPQD 111
+ H+++ PFP+PEP T S+KAAVK+KPQL + C PYPAV G ++GGLK + D
Sbjct 21 TVDHDKIEPFPQPEPATISEKAAVKFKPQLYTPNSVCVPYPAVNVAGEVAGGLKGTNGND 80
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C + GSQIY R+ W ND+WAIMYAWYFPKG + RH+W+ +VWI
Sbjct 81 A-CKYAPKGSQIYGRAGWYNDLWAIMYAWYFPKG-------FWMDSPSRRHDWKSVVVWI 132
Query 172 DNPELENSTILGVSMSAS---------------VGYASQTPPETR-YVDGDSVKLKYYYN 215
DNPE + I+GVSMS S GY + R Y+ G + L++ Y
Sbjct 133 DNPESQTPKIVGVSMSKSDTRYNKETKTWPSNFAGYRMEGRRYHRTYIYGSNTSLRFQYQ 192
Query 216 HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDE 275
LGS L + GE+QDLI W++L+ AR +LN + N ++P D +++
Sbjct 193 SDLGSPYLNFGDWEGEYQDLIMWEQLTDAARAALNDGN------NFGDAEVPFSDEHYEK 246
Query 276 LLNKAWPF 283
L+KAWPF
Sbjct 247 HLDKAWPF 254
>HYAP_07436
Length=267
Score = 182 bits (461), Expect = 3e-55, Method: Compositional matrix adjust.
Identities = 101/230 (44%), Positives = 135/230 (59%), Gaps = 14/230 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H++++PF E EP T ++KA V++KPQ+K DGCH Y AV G SGGLK G +G+
Sbjct 48 LPHDKIQPFSELEPKTPAEKAGVRFKPQIKFVDGCHSYAAVDAAGHNSGGLKPKGQPEGK 107
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQIY RS + WAIMYA YFPK + ++ R G+RH +E+ IVWID+
Sbjct 108 CKGSGFGSQIYGRSAPFGNKWAIMYALYFPKD-----MKVLNR--GYRHAFEHVIVWIDD 160
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
L++ IL V+ + Y P+ R +DGDSVKL Y L G L + GEFQ
Sbjct 161 IALKDPKILAVTSRRNKEYQKIVSPDPRCMDGDSVKLFYESEVLDGYHQLSCSTFPGEFQ 220
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
LI W++L+ AR +L +W KMPL D F+E L +AWPF
Sbjct 221 PLIMWEQLTNEARTALETVNWGRD-------KMPLGDVAFNESLEQAWPF 263
>PPTG_13026
Length=238
Score = 180 bits (457), Expect = 5e-55, Method: Compositional matrix adjust.
Identities = 96/231 (42%), Positives = 132/231 (57%), Gaps = 15/231 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ N+V P +P P T +QKAA+K+KP+L I +GC +PAV G S GL+
Sbjct 22 VDFNKVVPIAQPSPSTSAQKAAIKFKPRLSITNGCVSFPAVNSAGETSSGLQEGYRGSSG 81
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CT + LGSQ+Y R+ W N +AI+Y WYFPKG RH+W A+VWIDN
Sbjct 82 CTNAPLGSQVYGRTTWYNGTFAILYTWYFPKG-------FWNEYATRRHDWASAVVWIDN 134
Query 174 PELENSTILGVSMS-ASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
PEL + +ILG+S+S A + + P + DG + +L + N G L T+ G+F
Sbjct 135 PELASPSILGLSVSTADWKFKTFAPASSGITDGTTPRLAHVLNVEKGYPYLTTTDTVGDF 194
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q+LI WD+L+ AR +LN TD F +A K+P+ D FD L KAWPF
Sbjct 195 QELIMWDQLTTAARTALNTTD-----FGVA--KVPVSDAAFDTKLKKAWPF 238
>HYAP_07925
Length=267
Score = 181 bits (459), Expect = 5e-55, Method: Compositional matrix adjust.
Identities = 101/230 (44%), Positives = 135/230 (59%), Gaps = 14/230 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ H++++PF E EP T ++KA V++KPQ+K DGCH Y AV G SGGLK G +G+
Sbjct 48 LPHDKIQPFSELEPKTPAEKAGVRFKPQIKFVDGCHSYAAVDAAGHNSGGLKPKGQPEGK 107
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQIY RS + WAIMYA YFPK + ++ R G+RH +E+ IVWID+
Sbjct 108 CKGSGFGSQIYGRSAPFGNKWAIMYALYFPKD-----MKVLNR--GYRHAFEHVIVWIDD 160
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
L++ IL V+ + Y P+ R +DGDSVKL Y L G L + GEFQ
Sbjct 161 IALKDPKILAVTSRRNKEYQKIVSPDPRCMDGDSVKLFYESEVLDGYHQLSCSTFPGEFQ 220
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
LI W++L+ AR +L +W KMPL D F+E L +AWPF
Sbjct 221 PLIMWEQLTNEARTALETVNWGRD-------KMPLGDVAFNESLEQAWPF 263
>PHYCA_576423
Length=234
Score = 179 bits (455), Expect = 8e-55, Method: Compositional matrix adjust.
Identities = 96/229 (42%), Positives = 131/229 (57%), Gaps = 16/229 (7%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
VI H+QV PF +P P T Q A+++KPQ+ I +GCHPYPAV DG+ SGGLK +G Q
Sbjct 20 VIDHDQVIPFAQPMPNTTLQSVAIQFKPQIYINNGCHPYPAVDADGNTSGGLKPTGSQSA 79
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQIY R+ V+A MY+WY PK L GHRH+WE +VW+D
Sbjct 80 GCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDE-------TLDGQGHRHDWENCVVWLD 132
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
+ L+ +I+ +S S Y PP + Y+DG+S K++Y + ++ SL T GE
Sbjct 133 S--LDRPSIVALSASYHSTYNYYYPPSSSYLDGNSAKIQYSTSWIVLDHSLSATSTAGEI 190
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
QDLI WD+L+ AR +L TD+ +P K+ F L KA+
Sbjct 191 QDLIMWDQLTDAARTALEDTDF-------GSANVPFKEDNFIAKLAKAY 232
>PHYSO_527850
Length=195
Score = 178 bits (451), Expect = 9e-55, Method: Compositional matrix adjust.
Identities = 89/174 (51%), Positives = 113/174 (65%), Gaps = 9/174 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PFPE EPV S+KAAVK+KPQL+I G H YPAV++DG++S GLKW G DGE
Sbjct 20 INHDEVQPFPELEPVGASEKAAVKFKPQLQISYGFHTYPAVRRDGAVSNGLKWGGKPDGE 79
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W WAIMYAWYFPK L HRH W Y +VWIDN
Sbjct 80 CKGSAWGSQVYTRSDWYQGKWAIMYAWYFPKAWQEN------DLISHRHLWLYIVVWIDN 133
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTE 227
PE N +LGV + + G + PP+ ++ +G S+K +YY + G T LQ T+
Sbjct 134 PEAVNPAVLGVYVRTAGGSERRAPPDAKFFEGSSLKSEYYKS---GKTGLQRTD 184
>PHYSO_560790
Length=237
Score = 179 bits (455), Expect = 9e-55, Method: Compositional matrix adjust.
Identities = 95/234 (41%), Positives = 134/234 (57%), Gaps = 18/234 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
VI H+QV PF +P P T Q+AAVKYKPQ+ I +GCHPYPAV +G+ SGGL +G
Sbjct 18 SASVINHDQVVPFTQPTPTTALQQAAVKYKPQIHISNGCHPYPAVDNNGNTSGGLNPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEY--A 167
+ C GS G+QIY R+ V+A MY+WY PK L GHRH+WE
Sbjct 78 ESAGCKGSGYGTQIYGRAVKYQGVYAFMYSWYMPKDE-------TLTGLGHRHDWEACNC 130
Query 168 IVWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTE 227
+VW+D+ L+N +I+ +S S Y PP++ Y+DG+S K++Y + ++ SL T
Sbjct 131 VVWLDS--LDNPSIVALSASYHSTYLYYYPPDSDYLDGNSAKIEYSTSWVILDHSLSATS 188
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L TD+ + +P K+ F+ A+
Sbjct 189 TAGETQDLIMWDQLTDAARTALEDTDFGDA-------NVPFKEANFETKRANAY 235
>PHALS_14425
Length=302
Score = 181 bits (460), Expect = 9e-55, Method: Compositional matrix adjust.
Identities = 101/231 (44%), Positives = 137/231 (59%), Gaps = 12/231 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+G + V PFP + T SQK+A+ ++PQL IEDGCHPYPAVQ +GS++ GL++ +D
Sbjct 81 LGADSVHPFPRTKARTSSQKSALMFQPQLYIEDGCHPYPAVQSNGSLNAGLEYELFRDPT 140
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRG-AVPVPLILRLFGHRHNWEYAIVWID 172
C GS LGSQ+Y+RS W WA +Y WYFP A P GHRH W +AIVW
Sbjct 141 CEGSPLGSQVYSRSSWYQMKWATIYTWYFPVAYDHASPFST-----GHRHYWLWAIVWTT 195
Query 173 NPELENSTILGVSMSASVGYASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
+P L VSMS + G +S T P ++ V+G +V LK + + + +L LTE +GE
Sbjct 196 DPNPAEGHFLAVSMSGNFGISSYTLPHIKHLVNGTTVLLKSHKSLMSARLALDLTEKSGE 255
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWP 282
+DLITW+EL+ AR +L+ E N PL+D F LL KA+P
Sbjct 256 KEDLITWEELTPEARAALSSVKRTEATAN-----SPLQDNKFFSLLEKAYP 301
>PHYSO_254099
Length=235
Score = 179 bits (454), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 97/233 (42%), Positives = 129/233 (55%), Gaps = 28/233 (12%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV PF + E S+KAA+K+KPQL+I GCHPYPAVQ DG++S GLKW G DG+
Sbjct 24 INHDQVHPFAQVEAANASEKAAIKFKPQLQISYGCHPYPAVQADGAVSDGLKWGGKPDGK 83
Query 114 CTGSKLGSQIYA-----RSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAI 168
GS LGSQ+Y+ R + V AI W Y +
Sbjct 84 YQGSGLGSQVYSARPGTRYERREQVSAIATC-----------------------GWLYMV 120
Query 169 VWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEA 228
+WIDNPE N ILGV + G + PP+ +++DG S+KL YY T LQLT+
Sbjct 121 IWIDNPEAINPAILGVCVRTEGGNEQRVPPDAKFLDGSSLKLDYYKRTWHRKTGLQLTKD 180
Query 229 TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GEFQDL+TW+++++ AR +L D+D+ L +P DG F L KAW
Sbjct 181 KGEFQDLVTWEQMTEEARITLTEADFDDHWQERNDLDVPFIDGEFTVNLEKAW 233
>PHYCA_129892
Length=234
Score = 178 bits (452), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 99/229 (43%), Positives = 136/229 (59%), Gaps = 16/229 (7%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
VI H+QV PF +P P T Q AV+YKPQ+ I +GCHPYPAV +DG+ SGGLK +G Q
Sbjct 20 VIDHDQVVPFAQPTPTTTLQTLAVQYKPQIYIANGCHPYPAVDEDGNTSGGLKPTGSQSA 79
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C GS GSQIY R+ V+A MY+WY PK L GHRH+WE +VW+D
Sbjct 80 GCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDE-------TLPGLGHRHDWEACVVWLD 132
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
+ LEN ++ +S S Y + PP++ Y+DG+S K++Y + ++ SL T +GE
Sbjct 133 S--LENPNVVALSASYHSTYLTYYPPDSGYLDGNSAKIEYSTSWVILDHSLSATSTSGET 190
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
QDLI WD+L+ AR +L TD+ + +P KD F+ L A+
Sbjct 191 QDLIMWDQLTDAARTALEDTDFGDA-------NVPFKDANFETKLANAY 232
>PHYRA_71310
Length=237
Score = 179 bits (453), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 99/232 (43%), Positives = 140/232 (60%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+QV PF +P P T Q A +K+KPQ+ I +GCHPYPAV + G+ SGGLK +G
Sbjct 18 QADVISHDQVVPFTQPTPTTTEQTAGIKFKPQIHISNGCHPYPAVDEAGNTSGGLKPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
C GS GSQIY R V+A+MY+WYFPK PV + GHRH+WE+ +V
Sbjct 78 SSAGCKGSGYGSQIYGRITTYEGVYALMYSWYFPKDS---PVTGL----GHRHDWEHVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L++ +I+ VS SA GY PPE+ +DG S K+ Y + ++ + +L T +
Sbjct 131 WVDDITLDSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVVNHALDSTSDS 190
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI W +L+ AR +L +TD+ + +P+KDG F L A+
Sbjct 191 GESQDLIMWGQLTDAARTALGNTDFGDA-------HVPMKDGNFLTKLGNAY 235
>PPTG_07991
Length=276
Score = 179 bits (455), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 96/234 (41%), Positives = 135/234 (58%), Gaps = 30/234 (13%)
Query 53 VIGHNQVRPF--PEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
I ++QV PF +P T ++KAA+K++P+L + +GCHPYPAV G +S GL+ +
Sbjct 69 TIAYDQVEPFEMAQPSDATVTEKAAIKFRPKLHVVNGCHPYPAVNAAGQVSKGLQKADAT 128
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
D EC+GSKLG+Q+Y RS W VWAIMYAWYFP +WE+ IVW
Sbjct 129 DAECSGSKLGTQVYGRSAWFGRVWAIMYAWYFPD---------------VSPDWEHVIVW 173
Query 171 IDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+NP + N IL V+ S S G Y+SQ PP+ + G SVK+ Y N +L+ T
Sbjct 174 TNNPNVTNQVILAVTTSDSTGKYSSQVPPDASMISGKSVKIAYNNN------ALESTTKE 227
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G Q+L+ W +L+ A+ +LN D+ F G+++P+ D F L KAWPF
Sbjct 228 GGAQNLVLWHQLTPEAQEALN----DDQSF--GGVQVPVNDDYFLLNLGKAWPF 275
>PPTG_08703
Length=254
Score = 179 bits (453), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 97/248 (39%), Positives = 136/248 (55%), Gaps = 31/248 (13%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI-EDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ H+++ P P+PEPVT SQKAA+K+KPQL E C +PAV G ++GGLK + D
Sbjct 21 TVDHDKIEPIPQPEPVTISQKAAIKFKPQLYTSEIACVSFPAVNAAGEVTGGLKGTNGND 80
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C + GSQ+Y R+ W D+WAIMYAWYFPKG + RH+W+ +VWI
Sbjct 81 A-CKYAPKGSQVYGRAGWYKDLWAIMYAWYFPKG-------FWMDFPTRRHDWKNVVVWI 132
Query 172 DNPELENSTILGVSMSAS---------------VGYASQTPPETR-YVDGDSVKLKYYYN 215
DNP+LE I+GVSMS S GY + R Y+ G + L++ Y
Sbjct 133 DNPDLETPKIVGVSMSKSDKKYFKETKIWASNFAGYRMEGRRYHRTYIYGSNTSLRFQYQ 192
Query 216 HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDE 275
LGS + GE+QDLI W++L+ + R +LN + N ++P D F++
Sbjct 193 TTLGSPYMNFARWDGEYQDLIMWEQLTDVVRVALNDSK------NFGKAEVPFSDEHFED 246
Query 276 LLNKAWPF 283
L+KAWP
Sbjct 247 HLDKAWPL 254
>PHYSO_423056
Length=233
Score = 178 bits (451), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 98/222 (44%), Positives = 130/222 (59%), Gaps = 26/222 (12%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+K AVK+KP L+I+ GCHPYPAV G S GLK SGP DG+
Sbjct 1 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLQIDGGCHPYPAVNAAGETSAGLKGSGPDDGK 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y R+ W D+WAI+Y WYFPK +G + G RH W A+VW+DN
Sbjct 61 CKGSGLGSQVYGRAIWYKDLWAIVYGWYFPKDKGFGGI----LAKGQRHKWVSAVVWLDN 116
Query 174 PELENSTILGVSM-SASVGYA--SQTPPET----------RYVDGDSVKLKY--YYN--- 215
P +E IL +S + GY PPE Y++ + L Y Y+
Sbjct 117 PAVETPKILAISTWNLEGGYVILKNEPPECSRHGCDPKFAEYINMTTPMLSYEPYFQRDS 176
Query 216 -HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDE 256
H L T+ + TGE QDL+ W++LS+ AR +L D+ E
Sbjct 177 FHTLRPTTAR---GTGELQDLVMWEQLSEEARIALGEADFGE 215
>PPTG_14652
Length=257
Score = 179 bits (453), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 98/232 (42%), Positives = 134/232 (58%), Gaps = 18/232 (8%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+ V+PF +PEP+T ++KAAVK+KP L ++ GCHPYP V G S GL+ +GP DG
Sbjct 20 INHDMVKPFAQPEPITIAEKAAVKFKPSLAVKSGCHPYPIVNAAGDTSTGLEGTGPPDGG 79
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPK---GRGAVPVPLILRLFGHRHNWEYAIVW 170
C G +LGSQ+Y+RS W D WAIMYAWYFPK RG V G RH+W +VW
Sbjct 80 CEGPELGSQVYSRSTWCEDKWAIMYAWYFPKDIQNRGLVKT-------GVRHDWVNLVVW 132
Query 171 IDNPELENSTILGVSMSASVG-YASQTPPETR-YVDGDSVKLKYYYNHLLGSTSLQLTEA 228
+DNP L +L S S Y PP+T ++G + KL+Y + ++
Sbjct 133 LDNPALVKPAMLATSASTYGNLYVISKPPKTSDVINGTTPKLRYDEDGYEAWHTVFQFHE 192
Query 229 TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
GE+QDLI W++L+ AR +L +TD F + G +P D F+ L +A
Sbjct 193 EGEYQDLIQWNQLTDAAREALTNTD-----FGVFG-HVPFIDAFFETNLKEA 238
>PHYCA_553546
Length=280
Score = 179 bits (455), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 105/272 (39%), Positives = 140/272 (51%), Gaps = 57/272 (21%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PFP+PEPVT S+KAAVKYKPQL+I DGC +PAV G I+GGLK G +D
Sbjct 25 TIDHDQVKPFPQPEPVTISEKAAVKYKPQLEIGDGCVSFPAVNAAGEITGGLK--GTKDT 82
Query 113 E-CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
E CT + LGSQ+Y RS W D WA+MY+WYFPK A RH+W ++WI
Sbjct 83 EACTEAPLGSQVYGRSTWFQDKWAMMYSWYFPKNFCAYKA-------AGRHDWANVVIWI 135
Query 172 DNPELENSTILGVSMSAS-----------VGYASQTPPET-------------RYVDGDS 207
DNP EN T LG S+S +G ++ P + R G
Sbjct 136 DNPAAENVTFLGASLSQQTLEPIKLAILPMGTRNEEPYQNQKAIPMMAFAGAERITTGRV 195
Query 208 VKLKYYYNHLLGSTS----------------LQLTEATGEFQDLITWDELSKLARYSLNH 251
+ Y Y ++ GS + + ++ GE QDLI W++L+ AR +L
Sbjct 196 GRWSYTYKYVAGSNTTMRFSHSYPGTWGWIDMTFADSDGESQDLIMWNQLTDKARAALES 255
Query 252 TDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
D+ +T ++P D FD L AWPF
Sbjct 256 ADFGDT-------QVPFTDKNFDTNLQAAWPF 280
>PHYCA_123797
Length=241
Score = 178 bits (451), Expect = 4e-54, Method: Compositional matrix adjust.
Identities = 95/234 (41%), Positives = 131/234 (56%), Gaps = 30/234 (13%)
Query 53 VIGHNQVRPFP--EPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
I +++V PFP +P T ++KAA+K++P+LK+ +GCHPYPAV G +S GL+ + P
Sbjct 34 TIAYDKVVPFPMAQPSESTVTEKAAIKFRPKLKVVNGCHPYPAVNAAGQVSNGLEVADPT 93
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
C GSKLG+Q+Y RS W VWAIMYAWYFP +WE+ IVW
Sbjct 94 GAACKGSKLGTQVYGRSAWFGRVWAIMYAWYFPDVTA---------------DWEHVIVW 138
Query 171 IDNPELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+NP + N +L V+ S S GY SQ PP+ + G SVK+ Y N L+ T
Sbjct 139 TNNPNVTNQVVLAVTTSNSKGGYTSQVPPDATMMSGKSVKVSYNNN------GLESTTEE 192
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G Q+LI W +L+ A+ +LN N G+++P+ D F L KAWPF
Sbjct 193 GGAQNLILWHQLTAAAQEALNDDQ------NFDGVQVPVNDDYFLLNLGKAWPF 240
>PYVX_22469
Length=474
Score = 184 bits (468), Expect = 4e-54, Method: Compositional matrix adjust.
Identities = 98/234 (42%), Positives = 135/234 (58%), Gaps = 15/234 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+ V F +P P T S++ A+ YKPQL I +GCHPYPAV DG+ SGGLK +G
Sbjct 18 QAAVINHDAVAAFAQPSPTTTSEEIAITYKPQLYIANGCHPYPAVDADGNTSGGLKPTGA 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
QD +C GS LG+QIY R+ N V+AIMY+WY PK L GHRH WE +V
Sbjct 78 QDSDCKGSALGTQIYGRATEYNGVYAIMYSWYMPKDSP-------LSGLGHRHEWENVVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ + +I+ VS SA Y PP + V+G S K+K Y + ++ + SL +T +
Sbjct 131 WLDSATASSPSIVAVSPSAHGNYHIYNPPSSSNVNGTSAKVK-YESQVVINHSLDITTVS 189
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
GE Q LI +++LS+ AR +L TD+ +P K+ F L A P
Sbjct 190 GETQPLILYEQLSEAARQALETTDF-------GSATVPFKNTTFTANLALASPI 236
Score = 175 bits (444), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 132/232 (57%), Gaps = 14/232 (6%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI H+ V PF +P P T Q AAVK+KP L I++GCHPYPAV +DG+ SGGLK +G
Sbjct 255 DAAVIDHDAVVPFAQPTPNTTEQSAAVKFKPTLYIDNGCHPYPAVDEDGNTSGGLKPTGS 314
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
G CTGS LGSQIY R + VWAIMY+WY PK P P I GHRH+WE A++
Sbjct 315 TTGGCTGSSLGSQIYGRVMEYDGVWAIMYSWYMPKDE---PSPYI----GHRHDWENAVI 367
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ + +I+ +S S GY PP Y G + K+KY L L T
Sbjct 368 WVDDITSASPSIVAISASEHSGYKVYYPPSADYYSGYTAKIKYESVFFLVDHCLYATSTA 427
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ A+ +L TD+ +P K+ F + KA+
Sbjct 428 GETQDLIMWDQLTAAAQTALEDTDF-------GSANVPFKEANFATKVAKAY 472
>PITG_23228
Length=254
Score = 178 bits (452), Expect = 5e-54, Method: Compositional matrix adjust.
Identities = 101/247 (41%), Positives = 141/247 (57%), Gaps = 31/247 (13%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI-EDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H++V+PF +P PVT S+KAA+ +KPQL + C P+PA G I+GGLK S D
Sbjct 22 IDHDKVQPFSQPTPVTISEKAAITFKPQLYTPKSVCVPFPAANAYGEITGGLKGSNGNDA 81
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C LGSQ+Y R W DVWAIMYAWYFPKG + RH+W+ +VWID
Sbjct 82 -CVFPPLGSQVYGRVGWFRDVWAIMYAWYFPKG-------FWMGFVSRRHDWKNVVVWID 133
Query 173 NPELENSTILGVSMSAS---------------VGYASQTPPETR-YVDGDSVKLKYYYNH 216
NP LE ILGVSMS S G+ R Y+ G + L++YY+
Sbjct 134 NPGLEEPKILGVSMSKSETKYTKERRLWPSNFAGFYRMGRRYDRSYIYGFNTFLRFYYHF 193
Query 217 LLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDEL 276
+G+ +L L+E GE+QDLI W++L+ +AR +LN ++ N +++P+ D F+
Sbjct 194 DVGTPNLYLSEWEGEYQDLIMWEQLTDVARAALNGSN------NFEEVEVPISDEHFETR 247
Query 277 LNKAWPF 283
L++AW F
Sbjct 248 LDEAWLF 254
>PHYSO_365942
Length=233
Score = 177 bits (450), Expect = 5e-54, Method: Compositional matrix adjust.
Identities = 98/223 (44%), Positives = 126/223 (57%), Gaps = 28/223 (13%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+K AVK+KP L+I GCHPYPAV G S GLK GP+DGE
Sbjct 1 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLQIVGGCHPYPAVNAAGETSAGLKGRGPKDGE 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y R+ W D+WAI+Y WYFPK +G + G RH W A+VW+DN
Sbjct 61 CKGSALGSQVYGRAIWYKDLWAIVYGWYFPKDKGYGSI----LAKGQRHKWVSAVVWLDN 116
Query 174 PELENSTILGVSM-SASVGY--ASQTPPETRYVDGDSVKLKYYYN--------------- 215
P LE IL +S + GY PP+ D+ K Y N
Sbjct 117 PALETPKILAISTWNVEGGYDILKNEPPQCYRYSCDA-KFAEYINMTTPMLSYERCRPEP 175
Query 216 --HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDE 256
H L T+ + TGE QDL+ W++LS+ AR +L D+ E
Sbjct 176 SYHTLRPTTAR---GTGELQDLVMWEQLSEEARIALGEADFGE 215
>PHYRA_72531
Length=236
Score = 177 bits (450), Expect = 5e-54, Method: Compositional matrix adjust.
Identities = 104/238 (44%), Positives = 136/238 (57%), Gaps = 23/238 (10%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ IGH++V+PFP+PE VT ++K+ VK+KPQL IE GC PYPAV G S GL+ +G
Sbjct 18 DAVAIGHDKVQPFPQPEAVTITEKSGVKFKPQLDIEYGCSPYPAVNAAGETSEGLETNGV 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
D C L SQ+Y R++W NDVWAIMYAWYFPKG P RH+W A+
Sbjct 78 FD--CIIPSLSSQVYGRAEWYNDVWAIMYAWYFPKGFWDGTP--------WWRHDWSNAV 127
Query 169 VWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTE 227
VWIDNP E +LG+S+S S Y + P +G + L ++L S L
Sbjct 128 VWIDNPAHEKPKVLGLSLSTSENKYGNTYVPAEGIENGTTPTLS---RNVLPMRSAALGP 184
Query 228 AT--GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
A GEFQDL+ WD+L+ AR +LN D N ++P+ D F + L KAWPF
Sbjct 185 AVNPGEFQDLVMWDQLTDAARAALNDQD------NFGRTEVPISDDHFPKHLKKAWPF 236
>PHYRA_72403
Length=239
Score = 177 bits (448), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 104/237 (44%), Positives = 136/237 (57%), Gaps = 18/237 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI--EDGCHPYPAVQKDGSISGGLKWS 107
E I H++V+PFP+P+PVT ++K+ VK+KP+L I E GC YPAV G SGGLK +
Sbjct 18 EAASIDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCASYPAVNSAGETSGGLKGT 77
Query 108 GPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYA 167
CTG LGSQ+Y R++W NDVWAIMYAWYFPKG R + RH+W A
Sbjct 78 KGTSA-CTGPILGSQVYGRAEWHNDVWAIMYAWYFPKGFWDS------RAYW-RHDWSNA 129
Query 168 IVWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLT 226
+VWID+P LEN +LG+S+S S Y + P +G + L Y L
Sbjct 130 VVWIDDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYECAELVPY 188
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
A+GE QDLI WD+L+ AR +LN D N ++P+ D F + L KAWP
Sbjct 189 YASGEVQDLIMWDQLTDAARAALNDQD------NFGRTEVPINDDHFLKHLEKAWPL 239
>PHYSO_521124
Length=254
Score = 176 bits (447), Expect = 2e-53, Method: Compositional matrix adjust.
Identities = 100/248 (40%), Positives = 137/248 (55%), Gaps = 31/248 (13%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+G VI +++V+PFPE EP T S+KAA+KYKP L I DGCH Y AV G SGG+ P
Sbjct 7 QGAVIDYDKVQPFPELEPKTISEKAAIKYKPSLAIWDGCHSYAAVNAAGDTSGGMDPKAP 66
Query 110 QDGE---------CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKG-----RGAVPVPLIL 155
G C GS LGSQ+Y+RS W DVWAIMYAWYFP+ + PV
Sbjct 67 DGGTQVQNPYGHGCRGSVLGSQVYSRSGWYRDVWAIMYAWYFPRDISWYEESSPPV---- 122
Query 156 RLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQTPPETR-YVDGDSVKLKYYY 214
RH+W IVW+DNP LEN ++LGVS S PP + Y++G K++YY
Sbjct 123 -----RHDWINTIVWLDNPALENPSLLGVSASREGAVYVTYPPTVKGYMNGTHPKMEYYL 177
Query 215 NHLLGS-TSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVF 273
++G ++ ++ G+FQDL+ W +L+ AR +L D+ +P D F
Sbjct 178 GFIVGGYHTIDVSLEAGDFQDLVHWSQLTDQARKALETADFGVV------TPVPFNDVNF 231
Query 274 DELLNKAW 281
++ L + W
Sbjct 232 EKNLERGW 239
>PHYRA_83851
Length=239
Score = 176 bits (445), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 104/238 (44%), Positives = 135/238 (57%), Gaps = 20/238 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H++V+PFP+P+PVT S+KA VK+KPQL E GC YPAV G SGGLK +G
Sbjct 18 EAVSIAHDEVQPFPQPDPVTISEKAGVKFKPQLHFEGGCAAYPAVNAAGETSGGLKGNGD 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
G C S LGSQ+Y RS+W NDVWAIMYAWYFPKG A P RH+W A+
Sbjct 78 ISG-CEISLLGSQVYGRSEWYNDVWAIMYAWYFPKGFWDADP--------HWRHDWSNAV 128
Query 169 VWIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEA 228
+WIDNP LEN ILG+S+S S + ++ + L + S +L ++
Sbjct 129 LWIDNPALENPKILGLSLSTSENKYHTKNTYSPTINSTAPALCRDLPS-VASAALVSSDV 187
Query 229 TG---EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
G E QDLI W +L+ AR +LN D N ++P+ D F + L +AWP
Sbjct 188 CGRPLETQDLIMWGQLTDAARAALNDQD------NFGRTEVPISDDHFPKHLEEAWPL 239
>PHYRA_52427
Length=124
Score = 172 bits (435), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 82/132 (62%), Positives = 95/132 (72%), Gaps = 8/132 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF EPEP T S+KAAVK+KPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 1 IDHDKVQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPADGE 60
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W D WAIMY WY PKGR RH WE A+VWID+
Sbjct 61 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRST--------RHQRRHFWETAVVWIDD 112
Query 174 PELENSTILGVS 185
P L NSTILGVS
Sbjct 113 PALANSTILGVS 124
>PHYKE_208
Length=187
Score = 174 bits (440), Expect = 4e-53, Method: Compositional matrix adjust.
Identities = 82/151 (54%), Positives = 102/151 (68%), Gaps = 7/151 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV PF +PE T S+KAAVK+KPQ+ + +GCHPYPAV G SGGLK +G G
Sbjct 22 ISHDQVVPFAQPEATTISEKAAVKFKPQIHVTNGCHPYPAVNSAGDTSGGLKPTGAPSGS 81
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQ+Y RS W + WAIMY+WYFPK + + GHRH+WE+ +VWIDN
Sbjct 82 CKGSGYGSQVYGRSTWYSGRWAIMYSWYFPKDSPSTGL-------GHRHDWEHVVVWIDN 134
Query 174 PELENSTILGVSMSASVGYASQTPPETRYVD 204
P++EN TILGVS SA GY+ PP + VD
Sbjct 135 PDVENPTILGVSPSAHSGYSKYVPPSSDTVD 165
>PHYCA_109174
Length=277
Score = 176 bits (447), Expect = 4e-53, Method: Compositional matrix adjust.
Identities = 108/276 (39%), Positives = 142/276 (51%), Gaps = 60/276 (22%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G IGH++V+PF +P+PVT S+KAAVKYKPQL+I D C +PAV G I+GGLK +
Sbjct 19 GATIGHDKVQPFAQPDPVTVSEKAAVKYKPQLQISDSCVSFPAVNAAGEITGGLKGTKGT 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPK---GRGAVPVPLILRLFGHRHNWEYA 167
DG CT + LGSQ+Y RS W D WA+M+AWYFPK G GA RH W
Sbjct 79 DG-CTEAPLGSQVYGRSTWYQDKWAMMFAWYFPKNFWGGGA----------KSRHLWANM 127
Query 168 IVWIDNPELENSTILGVSMSA-----------SVGYASQTP-------PETRYVDGDSV- 208
++WIDNP LE ILG S+S S+G + P P +V ++
Sbjct 128 VLWIDNPALETPKILGASLSRQTLEVPKAVFLSMGEQQKDPYSKVTAIPPMGFVGMQAIQ 187
Query 209 -----KLKYYYNHLLGS----------------TSLQLTEATGEFQDLITWDELSKLARY 247
+ +Y YN+ GS SL GE+QDLI W++L+ AR
Sbjct 188 TSRISRFRYTYNYTGGSDISTRVSQGYPDNSAWISLTFAGTDGEYQDLIMWNQLTDQARA 247
Query 248 SLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+L D+ E K+P D F+ L +AWPF
Sbjct 248 ALESADFGED------TKVPFNDKNFEAALAQAWPF 277
>PHYSO_504553
Length=257
Score = 176 bits (445), Expect = 5e-53, Method: Compositional matrix adjust.
Identities = 103/245 (42%), Positives = 136/245 (56%), Gaps = 27/245 (11%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+K AVK+KP L I DGCHPYPAV G S GLK SG DG+
Sbjct 24 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLHIVDGCHPYPAVNAAGETSAGLKGSGRIDGK 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y R+ W D+WAI+Y WYFPK + V + + G RH W A+VW+DN
Sbjct 84 CKGSALGSQVYGRAIWYKDLWAIVYGWYFPKDK----VDFLNK--GQRHKWVSAVVWLDN 137
Query 174 PELENSTILGVSM-SASVGY--ASQTPPET----------RYVDGDSVKLKYYYNHLLGS 220
P +E IL +S + GY PPE Y++ + L Y +
Sbjct 138 PAVETPKILAISTWNVKGGYDILKNEPPECYRYGCDPKFVEYINMTTPMLSYVRSLEEPV 197
Query 221 TSLQLTEA--TGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLN 278
+L+ T A TGE QDL+ W++LS+ AR +L D+ E +P D + L
Sbjct 198 HTLRPTTARGTGELQDLVMWEQLSEEARIALGEADFGEK------SPVPFIDTNLNANLE 251
Query 279 KAWPF 283
A PF
Sbjct 252 AARPF 256
>PHYSO_365377
Length=220
Score = 174 bits (442), Expect = 5e-53, Method: Compositional matrix adjust.
Identities = 102/227 (45%), Positives = 130/227 (57%), Gaps = 17/227 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I ++QV PFPE P T S+KAA+K+KP L I+DGCHPY AV G SGGL D E
Sbjct 1 IDYDQVEPFPELGPKTISEKAAIKFKPTLFIKDGCHPYAAVNAAGDTSGGLD-PKASDDE 59
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+Y+RS W + WA MYAWYFPK L L G RH+W AIVW+DN
Sbjct 60 CKGSTLGSQVYSRSTWYRNTWATMYAWYFPKDTN-------LYLRGVRHDWVSAIVWLDN 112
Query 174 PELENSTILGVSMSA-SVGYASQTPPETR----YVDGDSVKLKY-YYNHLLGSTSLQLTE 227
P L N T++GVS S+ Y +R YVDG K++Y + G ++ +E
Sbjct 113 PALANQTLIGVSFSSGGASYGGFHLDRSRMWDGYVDGTHPKMEYSAADTRSGYHTIDASE 172
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETL---FNLAGLKMPLKDG 271
G+FQDLI W +L++ AR +L D+ FN A K L+ G
Sbjct 173 DVGDFQDLIHWSQLTEEARNALETGDFGSDTPVPFNNANFKKNLERG 219
>PPTG_00471
Length=239
Score = 174 bits (440), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 95/227 (42%), Positives = 130/227 (57%), Gaps = 13/227 (6%)
Query 56 HNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECT 115
H++V+PF +PEP+T ++KAA+KYKP L ++ GCHPYPAV G S GLK +G DGEC
Sbjct 22 HDKVQPFAQPEPITDAEKAAIKYKPSLAVKAGCHPYPAVNAAGETSAGLKGTGAPDGECE 81
Query 116 GSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPE 175
GS LGSQ+Y+RS W WAIMYAWYFPK V LI + G RH+W +VW+DNP
Sbjct 82 GSPLGSQVYSRSTWYEGKWAIMYAWYFPK--DIKDVGLIKK--GLRHDWVNLVVWLDNPA 137
Query 176 LENSTILGVSMSASVGYASQTPPETR--YVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
L IL + S Y + P R ++G + K+ Y + G ++ GE+Q
Sbjct 138 LAKPKILATATSTFGAYYKISKPFKRSEVINGITPKVCYDNDDYKGWHTIFPFHEEGEYQ 197
Query 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
DLI W++L+ AR + + D+ E +P D F+ L A
Sbjct 198 DLIQWNQLTDAAREAFENGDFGEA-------NVPFNDAYFETNLKSA 237
>PHYRA_52260
Length=234
Score = 174 bits (440), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 100/234 (43%), Positives = 135/234 (58%), Gaps = 19/234 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E + +++V+PFP+P+PVT ++K+ VK+KPQL IE GC YPAV G I+GGL SG
Sbjct 18 EALSVDYDKVQPFPQPDPVTTTEKSGVKFKPQLDIEYGCSSYPAVNAAGDINGGLPTSGI 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
D C + GSQ+Y R++W NDVWAIMYAWYFPKG A P RH+W A+
Sbjct 78 AD--CQFALGGSQVYGRAEWYNDVWAIMYAWYFPKGFWDAAPY--------WRHDWSNAV 127
Query 169 VWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTE 227
VWIDNP LEN ILG+S+S S Y + P +G + L + + L+ +
Sbjct 128 VWIDNPALENPKILGLSLSTSENKYGNTYVPAEAIENGTTPTLNRNL-PVFRAAELRPST 186
Query 228 ATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GEFQDLI W +L+ AR +LN D ++P+ D F + L +AW
Sbjct 187 NRGEFQDLIMWGQLTDAARAALNDQD------TFGRTEVPISDDHFPKRLEEAW 234
>PHYRA_76603
Length=239
Score = 173 bits (439), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 102/237 (43%), Positives = 133/237 (56%), Gaps = 18/237 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI--EDGCHPYPAVQKDGSISGGLKWS 107
E I H++V+PFP+P+PVT ++K+ VK+KP+L I E GC YPAV G SGGLK +
Sbjct 18 EAASIDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCVSYPAVNSAGETSGGLKGT 77
Query 108 GPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYA 167
CTG LGSQ+Y R++W NDVWAIMYAWYFPKG R RH+W A
Sbjct 78 KGTSA-CTGPILGSQVYGRAEWYNDVWAIMYAWYFPKG-------FWDRRAYWRHDWSNA 129
Query 168 IVWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLT 226
+VWID+P LEN +LG+S+S S Y + P +G + L Y L
Sbjct 130 VVWIDDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYKCAELVPY 188
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
A+GE QDLI W +L+ AR +LN N ++P+ D F + L KAWP
Sbjct 189 YASGEVQDLIMWGQLTDAARAALNDQG------NFGRTEVPINDDHFLKHLEKAWPL 239
>PHYCA_124462
Length=280
Score = 175 bits (443), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 102/276 (37%), Positives = 138/276 (50%), Gaps = 65/276 (24%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
IGH+QV+PFP+PEPVT S+KAAVKYKP L I +GC +PAV G I+GGLK G +D
Sbjct 25 TIGHDQVKPFPQPEPVTISEKAAVKYKPLLSIGNGCVSFPAVNAAGEITGGLK--GTKDT 82
Query 113 E-CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGH----RHNWEYA 167
E CT + LG+Q+Y RS W D WA+MY+WYFPK GH RH+W
Sbjct 83 EDCTEAPLGTQVYGRSTWFQDKWAMMYSWYFPK-----------NFCGHKAADRHDWANV 131
Query 168 IVWIDNPELENSTILGVSMSAS-------------------------------------- 189
++WIDNP LEN+T LG S+S
Sbjct 132 VIWIDNPALENATFLGASLSQQTLEPKKFVFLTVAKRKEEPYQKQKAIPMMAFAGTEQIV 191
Query 190 VGYASQTPPETRYVDGDSVKLKYYYNHLLGST--SLQLTEATGEFQDLITWDELSKLARY 247
G S+ +YV G + +++ + + S + + GE QDLI W++L+ AR
Sbjct 192 TGRVSRHSYTYKYVGGSNTTMRFIHKYPEKSAWIGMSFANSDGESQDLIMWNQLTDKARA 251
Query 248 SLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+L D+ T ++P D F+ L AWPF
Sbjct 252 ALESADFGNT-------QVPFTDKNFETNLQAAWPF 280
>PHYCA_544885
Length=256
Score = 174 bits (440), Expect = 3e-52, Method: Compositional matrix adjust.
Identities = 101/250 (40%), Positives = 145/250 (58%), Gaps = 33/250 (13%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI-EDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ H+Q+ PFP+PEPVT S+KAA+K+KPQL + C P+PAV G ++GGLK + D
Sbjct 21 TVNHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPKIVCVPFPAVNAAGEVTGGLKGTNGND 80
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C + G+QIY R+ W D+WAIMY+WYFPKG G P RH+W+ +VWI
Sbjct 81 G-CKYAPKGAQIYGRAGWYKDLWAIMYSWYFPKGFGWFDSPT------RRHDWKNVVVWI 133
Query 172 DNPELENSTILGVSMSAS---------------VGYASQTPPETR--YVDGDSVKLKYYY 214
DNP+LE I+GV+MS S VGY ++ +R Y+ G + L++ Y
Sbjct 134 DNPDLETPKIVGVAMSKSDTDYSKEVKIWPSYFVGYRTEGRFSSRVEYL-GSNTSLRFEY 192
Query 215 NHL-LGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVF 273
+ +G+ + GE+QDLI W++L+ AR +LN D F A ++P D +
Sbjct 193 DTSDIGNPLMHFAAWDGEYQDLIMWEQLTDAARVALN----DGKSFGKA--EVPFNDEHY 246
Query 274 DELLNKAWPF 283
++ L KAWPF
Sbjct 247 EDHLGKAWPF 256
>PITG_23211
Length=245
Score = 173 bits (439), Expect = 3e-52, Method: Compositional matrix adjust.
Identities = 94/229 (41%), Positives = 131/229 (57%), Gaps = 12/229 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+ V+PF +PEP T ++K AVK+KP L ++ GCHPYP V G GLK +G DGE
Sbjct 6 IDHDTVQPFAQPEPTTDAEKTAVKFKPSLAVKAGCHPYPVVNAAGDTGAGLKGTGRSDGE 65
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
CTGS LGSQ+Y+RS + WAIMYAWYFPK + LI + G RH+W +VW+DN
Sbjct 66 CTGSPLGSQVYSRSTLYENKWAIMYAWYFPKNMQN--IGLIKK--GVRHDWVNLVVWLDN 121
Query 174 PELENSTILGVSMSA-SVGYASQTPPE-TRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
P L TIL S S Y PP+ + ++G + K++Y + G ++ GE
Sbjct 122 PTLAKPTILATSASTYGTQYVISKPPKRSDIINGTTAKVRYDEDDRDGWHTIFQFHEEGE 181
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
+QDLI W +L+ AR +L +TD+ + +P D F+ + A
Sbjct 182 YQDLIQWTQLTDAAREALENTDFGDF------ANVPFNDAYFETNVKAA 224
>PHYSO_334500
Length=235
Score = 172 bits (437), Expect = 4e-52, Method: Compositional matrix adjust.
Identities = 97/232 (42%), Positives = 136/232 (59%), Gaps = 16/232 (7%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
G VI H+ V PF +P P T Q AVK+KPQ+ I +GCHPYPAV +DG+ SGGLK +G
Sbjct 18 SGAVIDHDTVVPFAQPTPTTTLQTLAVKFKPQIYIANGCHPYPAVDEDGNTSGGLKPTGS 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
+ TGS LGSQIY R+ V+A MY+WY PK L GHRH+WE +V
Sbjct 78 ESSGYTGSSLGSQIYGRAVEYEGVYAFMYSWYMPKDE-------TLPGLGHRHDWEACVV 130
Query 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
W+D+ L++ +I+ +S S Y + PP++ Y+DG+S K++Y + ++ SL T
Sbjct 131 WLDS--LDDPSIVALSASYHSTYLTYYPPDSDYLDGNSAKIEYSTSWVILDHSLSATSTA 188
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
GE QDLI WD+L+ AR +L TD+ +P K+ F + KA+
Sbjct 189 GETQDLIMWDQLTDAARTALEDTDF-------GSANVPFKEANFATKVAKAY 233
>PHYSO_254223
Length=227
Score = 172 bits (436), Expect = 4e-52, Method: Compositional matrix adjust.
Identities = 101/234 (43%), Positives = 133/234 (57%), Gaps = 41/234 (18%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H+QV+ FP+PEPVT +K AVKYKPQL I +GCHPYPAVQ D
Sbjct 24 IDHDQVQSFPQPEPVTDFEKFAVKYKPQLHISNGCHPYPAVQAD---------------- 67
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
+Y+RS W W IMYAWYFPKGR GHRH WE +VW+DN
Sbjct 68 ---------VYSRSDWYRGKWTIMYAWYFPKGRACKDDFKT----GHRHFWEDVVVWVDN 114
Query 174 PELENSTILGVSMSASVGYASQTPPETRYV-DGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
P +NST+LGV M A + P + +Y+ DG +VK Y + LG+ + LTE GE
Sbjct 115 PNPDNSTLLGVPMYAGHRHIKVVPVDEKYLKDGKTVKFGSYKS--LGAQVVGLTEDYGEI 172
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAG----LKMPLKDGVFDELLNKAWP 282
QDLITW++L+ AR +L+ E F++ G + +P+KDG F++ L A+P
Sbjct 173 QDLITWEQLTVEARTALS-----EANFHVDGGVREVVVPIKDGQFEKTLESAYP 221
>PITG_00957
Length=298
Score = 174 bits (441), Expect = 7e-52, Method: Compositional matrix adjust.
Identities = 97/231 (42%), Positives = 131/231 (57%), Gaps = 16/231 (7%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +P+P+T +KAAVK+KP L + GCHPYPAV G S GLK +G DG
Sbjct 58 IDHDKVQPFAQPQPITDVEKAAVKFKPSLAVMSGCHPYPAVNAAGETSAGLKGTGEPDGG 117
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKG--RGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS+LGSQ+Y+RS W WAIMYAWYFPK G L G RH+W +VW+
Sbjct 118 CEGSELGSQVYSRSTWYEGRWAIMYAWYFPKDIQNGG------LAKKGIRHDWVNVVVWL 171
Query 172 DNPELENSTILGVSMSA-SVGYASQTPPETR-YVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
+NP + TIL S S Y PP++ +DG + KL+Y ++
Sbjct 172 NNPAVAAPTILATSASTYGTRYVISKPPKSSDIIDGITAKLRYDEEGGEEWHTIFQFYGE 231
Query 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
GEFQDLI WD+L+ AR +L +TD+ + + +P D F+ L A
Sbjct 232 GEFQDLIQWDQLTDAAREALQNTDFGDY------VNVPFNDAYFETNLKAA 276
>PITG_22981
Length=259
Score = 172 bits (436), Expect = 1e-51, Method: Compositional matrix adjust.
Identities = 97/228 (43%), Positives = 131/228 (57%), Gaps = 14/228 (6%)
Query 56 HNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECT 115
H+ V+PF +PEP T ++K AVK+KP L ++ GCHPYP V G GLK +G DGECT
Sbjct 22 HDTVQPFAQPEPTTDAEKTAVKFKPSLAVKAGCHPYPVVNAAGDTGAGLKGTGRSDGECT 81
Query 116 GSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPE 175
GS LGSQ+Y+RS + WAIMYAWYFPK + LI + G RH+W +VW+DNP
Sbjct 82 GSPLGSQVYSRSTLYENKWAIMYAWYFPKDMQ--DIGLIKK--GVRHDWVNLVVWLDNPT 137
Query 176 LENSTILGVSMSA-SVGYASQTPPE-TRYVDGDSVKLKYYYNHLLG-STSLQLTEATGEF 232
L TIL S S Y PP+ + ++G + K++Y + G T Q E GE+
Sbjct 138 LAKPTILATSASTYGTQYVISKPPKRSDIINGTTAKVRYDEDDRDGWHTIFQFLEE-GEY 196
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
QDLI W +L+ AR +L +TD+ + +P D F+ L A
Sbjct 197 QDLIQWTQLTDAAREALENTDFGDF------ANVPFNDAYFETNLKAA 238
>PHALS_14423
Length=379
Score = 175 bits (444), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 97/236 (41%), Positives = 141/236 (60%), Gaps = 19/236 (8%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
+ N+V+PF + +P T SQK+A+KY+P+L + C+PYPAVQ DGS+S GL W
Sbjct 157 VNVNEVQPFKQRKPTTDSQKSAIKYQPRLYVLGACYPYPAVQADGSLSEGLPWKIFFQSR 216
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS GSQIY+RS W WAIMYAWY P+ I + GH H W + +VW D+
Sbjct 217 CNGSPRGSQIYSRSDWYRGKWAIMYAWYLPRALDQN----IWDVDGHSHFWTFVVVWTDS 272
Query 174 PELENSTILGVSMSASVG--YASQTPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATG 230
P+ + STIL S S VG +P +++Y ++ S+K+K + NH T L+LTE G
Sbjct 273 PDPDVSTILAASTSG-VGNRIKKYSPLKSKYLLNHKSLKVKLHENHFWDKTGLKLTEKVG 331
Query 231 EFQDLITWDELSKLARYSL---NHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
E Q LITW++L+ AR +L +++DW ++ P++D F +L+ A+PF
Sbjct 332 ELQTLITWEQLTDEARAALSSVHYSDWR--------MESPIQDKWFRPMLSSAYPF 379
>PHYRA_72541
Length=239
Score = 171 bits (433), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 102/237 (43%), Positives = 134/237 (57%), Gaps = 18/237 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKI--EDGCHPYPAVQKDGSISGGLKWS 107
E I H++V+PFP+P+PVT ++K+ VK+KP+L I E GC YPAV G SGGLK +
Sbjct 18 EAASIDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCASYPAVNSAGETSGGLKGT 77
Query 108 GPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYA 167
CTG LGSQ+Y R++W NDVWAIMYAWYFPKG R + RH+W A
Sbjct 78 KGTSA-CTGPILGSQVYGRAEWHNDVWAIMYAWYFPKGF------WDSRAY-WRHDWSNA 129
Query 168 IVWIDNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLT 226
+VWID+P LEN +LG+S+S S Y + P +G + L Y L
Sbjct 130 VVWIDDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYKCAELVPY 188
Query 227 EATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
A+GE QDLI W +L+ AR +LN N ++P+ D F + L KAWP
Sbjct 189 YASGEVQDLIMWGQLTDAARAALNDQG------NFGRTEVPINDDHFLKHLEKAWPL 239
>PHALS_12600
Length=267
Score = 172 bits (435), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 91/232 (39%), Positives = 144/232 (62%), Gaps = 17/232 (7%)
Query 57 NQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTG 116
++V+PF + +P T SQ++A+KYKP+L +++GCHPYP VQ++GS+S G++W C G
Sbjct 48 DEVQPFYQRKPTTISQESAIKYKPRLYVDEGCHPYPVVQENGSLSEGMQWKNYFRPSCEG 107
Query 117 SKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPEL 176
S GSQIY+RS W WA++Y WY P + + GHRH W + ++W D+P+
Sbjct 108 SPRGSQIYSRSDWYQGKWAMLYTWYLPMALDST----AWFVDGHRHFWLWVVIWTDSPDP 163
Query 177 ENSTILGVSMSASVGYASQ----TPPETRYVDGD-SVKLKYYYNHLLGSTSLQLTEATGE 231
++STIL SMS G+ + P +++Y+ D ++K+K + + L+LT+ GE
Sbjct 164 DDSTILAASMS---GFGDEIKKYAPLKSKYLIHDKTLKVKSTESRIRKKHGLELTKRVGE 220
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
FQDLITW++LS AR +L++ E N P++D +F E+L K++PF
Sbjct 221 FQDLITWEQLSDEARAALSNFHRLEKRAN-----PPIQDKLFYEVLEKSYPF 267
>PPTG_18463
Length=254
Score = 171 bits (433), Expect = 3e-51, Method: Compositional matrix adjust.
Identities = 99/250 (40%), Positives = 136/250 (54%), Gaps = 35/250 (14%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I + V+PF +P PVT S+KAA+K+KPQL I DGC +PAV G +GGL +G Q G
Sbjct 21 TINRDLVQPFAQPGPVTISEKAAIKFKPQLFILDGCVSFPAVNAAGDTTGGL--NGTQGG 78
Query 113 E-CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
E C+ + LGSQ+Y RS W D WA+M+AWY PK A + RH+W +VWI
Sbjct 79 EGCSKAPLGSQVYGRSTWYQDKWAMMFAWYIPKSYMAA-------ITSRRHDWASMVVWI 131
Query 172 DNPELENSTILGVSMSASV----------------GYASQTPPETRYVDGDSVKLK--YY 213
+NP LE ILGVS+S S GY +++ R + G S L+ +
Sbjct 132 ENPSLEIPEILGVSLSNSANGYLRYTGNIYDWNFSGYVARSRRRDRDIPGSSTSLRVEHT 191
Query 214 YNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVF 273
S L L + G++QDLI W +L++ AR +LN TD+ + K+P DG F
Sbjct 192 VRKDFRSAFLNLAQTDGDYQDLIMWGQLTEEARMALNTTDFGRS-------KVPFNDGNF 244
Query 274 DELLNKAWPF 283
L +A+PF
Sbjct 245 LIKLRQAYPF 254
>PHYRA_47241
Length=176
Score = 168 bits (426), Expect = 3e-51, Method: Compositional matrix adjust.
Identities = 83/160 (52%), Positives = 107/160 (67%), Gaps = 8/160 (5%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +PEPVT S+KAAV++KP L+I GCHPYPAV G S GLK +GP G+
Sbjct 24 IDHDKVQPFAQPEPVTDSEKAAVRFKPSLQIFSGCHPYPAVNAAGETSAGLKGTGPSSGD 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P + G RH+W +VW+DN
Sbjct 84 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDK-----PTFRK--GERHDWVNVVVWLDN 136
Query 174 PELENSTILGVSMSASV-GYASQTPPETRYVDGDSVKLKY 212
P LE TI+GVS S+ V Y TPP + G + + Y
Sbjct 137 PALERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTSMINY 176
>PHYKE_8391
Length=778
Score = 181 bits (460), Expect = 3e-51, Method: Compositional matrix adjust.
Identities = 87/141 (62%), Positives = 108/141 (77%), Gaps = 4/141 (3%)
Query 137 MYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENSTILGVSMSASVGYASQT 196
MYAWYFPKGR + GHRHNWEYAIVWIDNP L+NSTILGVSMSAS GY+ +
Sbjct 1 MYAWYFPKGRKITGGAGL----GHRHNWEYAIVWIDNPALDNSTILGVSMSASFGYSKSS 56
Query 197 PPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDE 256
PP+ ++VDG SVKL YYY+ + G+T+L+ TE GE QDLITWD+L +A+ +LN+TDWD
Sbjct 57 PPKAKHVDGSSVKLDYYYSVIRGNTALRYTEDVGETQDLITWDQLPVVAQDALNNTDWDT 116
Query 257 TLFNLAGLKMPLKDGVFDELL 277
TL+N+ +KMPLKDG F + L
Sbjct 117 TLWNMCDVKMPLKDGEFTKNL 137
>PHYSO_482931
Length=254
Score = 170 bits (431), Expect = 5e-51, Method: Compositional matrix adjust.
Identities = 97/247 (39%), Positives = 128/247 (52%), Gaps = 36/247 (15%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +P PVT S+K AVK+KP L I + CHPYPAV G S GLK G + +
Sbjct 24 IVHDKVQPFAQPAPVTISEKVAVKFKPSLAIRETCHPYPAVNAAGETSRGLKGEGKPESK 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS+LGSQ+Y R+ W +WAIMYAWYFPK + FG RH W A+VW+DN
Sbjct 84 CRGSELGSQVYGRATWHKGMWAIMYAWYFPKDS--------VSKFGQRHKWNAAVVWLDN 135
Query 174 PELENSTILGVSMSASVG-YASQT---PP---ETR-----------YVDGDSVKLKYYYN 215
P + IL VS G Y +T PP +TR ++G + L+Y
Sbjct 136 PAIVKPEILAVSAIGVNGVYDIRTISGPPRCYKTRSSEWCEPALVDCINGTTPMLRYIPG 195
Query 216 HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDE 275
+ GEFQDLI W++L++ AR +L D+ P DG F
Sbjct 196 KIASGLMTTTNRGRGEFQDLIMWEQLTEAARSALTAADFGA----------PFVDGAFKS 245
Query 276 LLNKAWP 282
L+ A P
Sbjct 246 NLDSARP 252
>PITG_23051
Length=280
Score = 171 bits (432), Expect = 9e-51, Method: Compositional matrix adjust.
Identities = 101/243 (42%), Positives = 131/243 (54%), Gaps = 31/243 (13%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDG-CHPYPAVQKDGSISGGLK-WSGPQD 111
+ H++V PFP+PEPVT S+KAA+K+K QL I G C YPAV G + GGL W D
Sbjct 22 VDHDKVEPFPQPEPVTISEKAAIKFKTQLVIPQGVCVSYPAVNAAGEVGGGLNDWDNGND 81
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C + LGSQ+Y R+ W D WAIMYAWYFPK HRH+W+ +VWI
Sbjct 82 A-CLSAALGSQVYGRAGWHKDRWAIMYAWYFPKD-------FWTGFPTHRHDWKSVVVWI 133
Query 172 DNPELENSTILGVSMSAS-----------VGYASQTPPETRYVDGDSVKLKYYYNHLLGS 220
DNP LE I GVSMS S Y S P +G + L++ Y GS
Sbjct 134 DNPALEIPKIEGVSMSKSDTKYKKKLKLKESYFSGAP-----TNGSNTSLRFEYEAGFGS 188
Query 221 TSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKA 280
T + T GE+Q+LI W++L+ AR +LN D F +P D F++ L++A
Sbjct 189 TFMGFTRWDGEYQNLIMWEQLTDAARATLN----DGNNFGKEA-SVPFSDEHFEDRLDEA 243
Query 281 WPF 283
WPF
Sbjct 244 WPF 246
>PHYCA_69122
Length=249
Score = 169 bits (428), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 100/248 (40%), Positives = 142/248 (57%), Gaps = 33/248 (13%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIED-GCHPYPAVQKDGSISGGLKWSGPQD 111
+ H+Q+ PFP+PEPVT S+KAA+K+KPQL C P+PAV G I+GGLK + D
Sbjct 16 TVNHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPKLVCVPFPAVNTAGEITGGLKGTNGND 75
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
G C + G+QIY R+ W D+WAIMY+WYFPKG G P RH+W+ +VWI
Sbjct 76 G-CKYAPKGAQIYGRAGWYKDLWAIMYSWYFPKGFGWFDSPT------RRHDWKNIVVWI 128
Query 172 DNPELENSTILGVSMSAS---------------VGYASQTPPETR--YVDGDSVKLKYYY 214
DNP+LE I+GV+MS S VGY ++ +R Y+ G + L++ Y
Sbjct 129 DNPDLETPKIVGVAMSKSDTDYSKEVKIWPSYFVGYRTEGRFSSRVEYL-GSNTSLRFEY 187
Query 215 NHL-LGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVF 273
+ +G+ + GE+QDLI W++L+ AR +LN D F A ++P D +
Sbjct 188 DTSDIGNPLMHFAAWDGEYQDLIMWEQLTDAARVALN----DGKSFEKA--EVPFSDEHY 241
Query 274 DELLNKAW 281
++ L KAW
Sbjct 242 EDHLGKAW 249
>PHYCA_114913
Length=224
Score = 168 bits (426), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 97/227 (43%), Positives = 124/227 (55%), Gaps = 26/227 (11%)
Query 57 NQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTG 116
++V PFPE EP T SQKAAV+ KPQL I GCHPY AV G I+ G+ + +D +C+G
Sbjct 21 DKVEPFPELEPTTISQKAAVRLKPQLHISKGCHPYAAVNAAGEITAGI--TTTRDPDCSG 78
Query 117 SKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPEL 176
+GSQ+Y RS W DVWAIMYAWYFP LI H+W+ +VWIDNP L
Sbjct 79 RGIGSQVYVRSTWYKDVWAIMYAWYFPSS-------LI-------HDWKNIVVWIDNPSL 124
Query 177 ENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLI 236
+LGVS GY DG S K+KY Y L T GEFQ+LI
Sbjct 125 AVPRVLGVSAQVDGGYLRYNKFNWDKFDGASPKIKYDY------PDLDWTSKRGEFQNLI 178
Query 237 TWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
WD+L++ AR +LN+T++ +P D F L+ A P+
Sbjct 179 MWDQLTEAARTALNNTNFKGN----GDATVPFIDANFKANLDFAIPY 221
>PHYRA_72430
Length=238
Score = 168 bits (426), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 92/231 (40%), Positives = 126/231 (55%), Gaps = 15/231 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I +V P +P P T ++K VK+KPQL I DGC +PAV G + GLK
Sbjct 22 IDCTKVAPITQPSPSTTAEKVGVKFKPQLTIRDGCVSFPAVNAAGETNAGLKEGDSGGIG 81
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C+ + LGSQ+Y RS W N +AI+YAWYFPKG A + RH+W A+VWID
Sbjct 82 CSSAPLGSQVYGRSAWYNGKYAILYAWYFPKGFWA-------NVATRRHDWASAVVWIDR 134
Query 174 PELENSTILGVSMS-ASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
P+ + +ILG+S+S A Y +Q P + G + +L + G L T++TG
Sbjct 135 PDAASPSILGLSISTADWVYKTQAPASSGITGGTTARLSHGLQAEKGPAYLTTTDSTGSP 194
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI W++LS AR +L+ TD+ K+P+ D F L KAWPF
Sbjct 195 QDLIMWEQLSSAARTALSTTDFGNA-------KVPMSDANFQTKLKKAWPF 238
>PHYRA_72306
Length=238
Score = 168 bits (426), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 92/231 (40%), Positives = 126/231 (55%), Gaps = 15/231 (6%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I +V P +P P T ++K VK+KPQL I DGC +PAV G + GLK
Sbjct 22 IDCTKVAPITQPSPSTTAEKVGVKFKPQLTIRDGCVSFPAVNAAGETNAGLKEGDSGGIG 81
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C+ + LGSQ+Y RS W N +AI+YAWYFPKG A + RH+W A+VWID
Sbjct 82 CSSAPLGSQVYGRSAWYNGKYAILYAWYFPKGFWA-------NVATRRHDWASAVVWIDR 134
Query 174 PELENSTILGVSMS-ASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
P+ + +ILG+S+S A Y +Q P + G + +L + G L T++TG
Sbjct 135 PDAASPSILGLSISTADWVYKTQAPASSGITGGTTARLSHGLQAEKGPAYLTTTDSTGSP 194
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
QDLI W++LS AR +L+ TD+ K+P+ D F L KAWPF
Sbjct 195 QDLIMWEQLSSAARTALSTTDFGNA-------KVPMSDANFQTKLKKAWPF 238
>PITG_23076
Length=276
Score = 169 bits (429), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 107/274 (39%), Positives = 141/274 (51%), Gaps = 55/274 (20%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
I H++V+PF +P+PVT S+KAAVK+KPQL I+ GC +P V G ISGGLK +
Sbjct 18 RASAIDHDKVQPFAQPDPVTISEKAAVKFKPQLHIDRGCVSFPVVNAAGEISGGLKGTKG 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
DG C S LGSQ Y+RS W D WAI++AWYFPKG A P I RH W ++
Sbjct 78 TDG-CRESPLGSQTYSRSAWYQDRWAIVFAWYFPKGFAA-GQPRI------RHYWSSMVL 129
Query 170 WIDNPELENSTILGVSMSASV-----------------GYASQT--PPE----------- 199
WIDNP L+ TILGVS+S + Y QT PP
Sbjct 130 WIDNPALDTPTILGVSLSQQLLKPAKFLIGLFTAELQEPYNKQTSIPPAGFVGAQATVVS 189
Query 200 --------TRYVDGDSVKLKYYYNHLLGSTSLQLTEAT--GEFQDLITWDELSKLARYSL 249
+ Y G +V ++ + + L LT AT GE+ DL+TWD+L++ AR +L
Sbjct 190 QINGWSNPSNYSGGSNVSIRVSHTYTNKDDWLALTFATQDGEYHDLVTWDQLTEEARAAL 249
Query 250 NHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
N D+ E+ K+P D F L +W F
Sbjct 250 NSADFGES-------KVPFSDQNFQRTLELSWLF 276
>PHYCA_109089
Length=277
Score = 169 bits (429), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 105/274 (38%), Positives = 132/274 (48%), Gaps = 56/274 (20%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H+QV+PF +PEPVT S+KAAVK+KPQ+ I DGC P+PAV G +SGGL +
Sbjct 20 EPVTINHDQVQPFAQPEPVTISEKAAVKFKPQIHITDGCVPFPAVNAAGEVSGGLNPTKY 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGH-RHNWEYAI 168
DG CT S +GSQ+Y R+ W D WAIMYAWYFPK A F RH W +
Sbjct 80 TDG-CTESPMGSQVYGRASWYRDHWAIMYAWYFPKNFRA--------FFARGRHGWANMV 130
Query 169 VWIDNPELENSTILGVSMSASVGYASQ-------------------TPP-------ETRY 202
+W+DNP LEN +LG S+S A + PP E R+
Sbjct 131 LWLDNPALENQKLLGASLSQQTLKAEKILFIPLDEREKEPYQKFNGIPPMGFVGMQEIRH 190
Query 203 VDGDSVKLKYYYN----------HLLGS---TSLQLTEATGEFQDLITWDELSKLARYSL 249
Y Y H++ L GE+QDLI W++L+ AR L
Sbjct 191 TQLSRWSWNYTYEGGSNVSTRVIHMMDKFDWIHLSFLGRDGEYQDLIMWEQLTDEARAGL 250
Query 250 NHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
N D+ +T P D F L KAWPF
Sbjct 251 NSADFGDTF-------APFTDDNFKTALEKAWPF 277
>PHYCA_10570
Length=278
Score = 169 bits (429), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 109/277 (39%), Positives = 139/277 (50%), Gaps = 61/277 (22%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G I H++V+PF +P+PVT S+KAA+KYKPQL I GC +PAV G I+GGLK +
Sbjct 19 GATIDHDKVQPFKQPDPVTVSEKAALKYKPQLVIGGGCVSFPAVNAAGDITGGLKGTKST 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPK---GRGAVPVPLILRLFGHRHNWEYA 167
DG CT + LGSQ Y RS W D WA+M+AWYFPK G GA RH W
Sbjct 79 DG-CTEAPLGSQAYGRSTWYQDKWAMMFAWYFPKNFWGGGA----------DSRHLWSNM 127
Query 168 IVWIDNPELENSTILGVSMSAS------------------VGYASQTPPETRYVDG-DSV 208
+VWIDNP LE ILGVS+S V Y T + G ++
Sbjct 128 VVWIDNPSLETPKILGVSLSQQTIDVPKLFYMFPLVNRQKVPYKKVTAIKPMDFAGMQAI 187
Query 209 KL------KYYYNHLLGSTS----------------LQLTEATGEFQDLITWDELSKLAR 246
K +Y YN+ GST+ L A GE+QDLI W++L+ AR
Sbjct 188 KTGRIGRHRYTYNYTGGSTTSTRVYNGYTDQSGWHGLDFVNADGEYQDLIMWNQLTDQAR 247
Query 247 YSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+L D+ E K+P D F+ L +AWPF
Sbjct 248 SALESADFGEK------TKVPFDDKNFEAALTQAWPF 278
>PHYCA_109095
Length=277
Score = 169 bits (429), Expect = 3e-50, Method: Compositional matrix adjust.
Identities = 102/273 (37%), Positives = 137/273 (50%), Gaps = 54/273 (20%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G +IGH++V+PF +P+PVT S+KAAVKYKPQL I D C +PAV G I+GGLK +
Sbjct 19 GAIIGHDKVQPFAQPDPVTISEKAAVKYKPQLVIFDSCVSFPAVNAAGDITGGLKGTSGT 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVW 170
D CT + LGSQ+Y RS W WA+M+AWYFPK + RH W ++W
Sbjct 79 DA-CTKAPLGSQVYGRSTWYQGKWAMMFAWYFPKNFWNLES-------RSRHLWANMVLW 130
Query 171 IDNPELENSTILGVSMSASV-----------------GYASQTP-PETRYVDGDSV---- 208
+DNP LE TILG S+S Y+ TP P +V +
Sbjct 131 LDNPALETPTILGASLSRQTLEVPKWLFIPSGVQQKNSYSKATPIPPMGFVGTQQIRTAR 190
Query 209 --KLKYYYNHLLGST----------------SLQLTEATGEFQDLITWDELSKLARYSLN 250
+ +Y YN+ GST L T G++QDLI W++L+ AR +L
Sbjct 191 IGRFQYTYNYTGGSTISTRVSQSYPDTSGWVGLDFTYLDGQYQDLIMWNQLTDQARAALE 250
Query 251 HTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
D+ K+P D F+ L +AWPF
Sbjct 251 SADFGR------DTKVPFNDKNFEAALAQAWPF 277
>HYAP_14846
Length=221
Score = 167 bits (424), Expect = 3e-50, Method: Compositional matrix adjust.
Identities = 99/238 (42%), Positives = 127/238 (53%), Gaps = 31/238 (13%)
Query 54 IGHNQVRPFPE------PEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWS 107
I H+QV+PF + P V AA+K+KPQL I GCH YPAV G SGGLK +
Sbjct 4 IKHDQVQPFQQVVGDDSPTAV-----AALKFKPQLHISSGCHSYPAVNTVGEFSGGLKPT 58
Query 108 GPQDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYA 167
G +G+C GS GSQ+Y RS W D WAIMY WYFPK RH+WE+
Sbjct 59 GHDNGKCKGSGYGSQVYGRSAWHQDKWAIMYVWYFPKDNRD----------DDRHDWEHI 108
Query 168 IVWIDNPELENSTILGVSM--SASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQL 225
+VW+DNP + N +L VS+ Y + P +VDG SVKL Y + +L L
Sbjct 109 VVWLDNPAVANQKLLAVSLWNGRKSDYWTLAIPGPVFVDGSSVKLDYGKAN-KDERTLSL 167
Query 226 TEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
T GEFQ LI W ++S+ AR + N W + MPL D F++ L KA+ F
Sbjct 168 THLAGEFQPLIMWGQMSEKARTTFNTVLWRKEF-------MPLSDSCFEQHLKKAYDF 218
>PHALS_13512
Length=243
Score = 168 bits (425), Expect = 4e-50, Method: Compositional matrix adjust.
Identities = 91/228 (40%), Positives = 136/228 (60%), Gaps = 17/228 (7%)
Query 61 PFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECTGSKLG 120
PF +P P T SQK+A+KY+P+L + C+PYPAVQ +GS+S GL W +C GS G
Sbjct 28 PFKQPTPTTDSQKSAIKYQPRLYVVSDCYPYPAVQANGSLSYGLPWEVFAPTKCNGSPYG 87
Query 121 SQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPELENST 180
SQIY+RS W +WAIMYAWY P+ + GHRH W + +VW ++P+ ST
Sbjct 88 SQIYSRSDWYRGMWAIMYAWYLPRALDHSS----WLVDGHRHFWTFVVVWTNSPDPNVST 143
Query 181 ILGVSMSASVGYASQ-TPPETRY-VDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDLITW 238
IL S S + + P +++Y +D ++K+K Y N+ L T L+LT+ G+ Q LITW
Sbjct 144 ILAASTSGTDNRIKKYLPVKSKYLLDRRTLKVKLYQNYWLDKTGLKLTDKVGDLQPLITW 203
Query 239 DELSKLARYSL---NHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
++L+ AR +L ++ DW ++ P++D F +L+ A+PF
Sbjct 204 EQLTDEARAALSSFHYPDWR--------METPIQDKWFRYMLSSAYPF 243
>PHYCA_109192
Length=278
Score = 169 bits (427), Expect = 5e-50, Method: Compositional matrix adjust.
Identities = 104/282 (37%), Positives = 137/282 (49%), Gaps = 71/282 (25%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G I H++V+PF +P+PVT S+KAAVKYKPQL I GC +PAV G I+GGLK +
Sbjct 19 GTTIDHDKVQPFKQPDPVTVSEKAAVKYKPQLVIGSGCVSFPAVNAAGDITGGLKGTKST 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPK----GRGAVPVPLILRLFGHRHNWEY 166
DG CT + LGSQ+Y RS W D WA+M+AWYFPK G G RH W
Sbjct 79 DG-CTEAPLGSQVYGRSTWYQDKWAMMFAWYFPKNFWGGEGE-----------SRHLWSN 126
Query 167 AIVWIDNPELENSTILGVSMSASVGYASQTPPETRYV----------------------- 203
+VWIDNP LE ILG S+S + PP+ ++
Sbjct 127 MVVWIDNPALETPKILGASLSRQ----TLDPPKALFLFSLADRQKVPYKKVTGIDPMHFV 182
Query 204 ------DGDSVKLKYYYNHLLGSTS----------------LQLTEATGEFQDLITWDEL 241
G + +Y YN+ GS + L+ GE+QDLI W++L
Sbjct 183 GMQAIQTGRIGRYRYTYNYTGGSNTSTRVYHGFPDSSAWIGLEFVNVNGEYQDLIMWNQL 242
Query 242 SKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+ AR +L D+ E K+P D F+ L +AWPF
Sbjct 243 TDQARATLESADFGEK------TKVPFNDKNFEAALAQAWPF 278
>PHYSO_480321
Length=254
Score = 167 bits (423), Expect = 8e-50, Method: Compositional matrix adjust.
Identities = 96/247 (39%), Positives = 127/247 (51%), Gaps = 36/247 (15%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
I H++V+PF +P PVT S+K AVK+KP L I + CHPYPAV G S GLK G + +
Sbjct 24 IVHDKVQPFAQPAPVTISEKVAVKFKPSLAIRETCHPYPAVNAAGETSRGLKGEGKPESK 83
Query 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
C GS+LGSQ+Y R+ W +WAIMYAWYFPK + FG RH W A+VW+DN
Sbjct 84 CRGSELGSQVYGRATWHKGMWAIMYAWYFPKDS--------VSKFGQRHKWNAAVVWLDN 135
Query 174 PELENSTILGVSMSASVG-YASQT---PP---ETR-----------YVDGDSVKLKYYYN 215
P + IL VS G Y +T PP +TR ++G + L+Y
Sbjct 136 PAIVKPEILAVSAIGVNGVYDIRTISGPPRCYKTRSSEWCEPALVDCINGTTPMLRYIPG 195
Query 216 HLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDE 275
+ GEFQDLI W++L++ AR +L D+ P D F
Sbjct 196 KIASGLMTTTNRGRGEFQDLIMWEQLTEAARSALTAADFGA----------PFVDEAFKS 245
Query 276 LLNKAWP 282
L+ A P
Sbjct 246 NLDSARP 252
>PHYSO_253029
Length=252
Score = 167 bits (423), Expect = 9e-50, Method: Compositional matrix adjust.
Identities = 95/233 (41%), Positives = 127/233 (55%), Gaps = 18/233 (8%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDG-CHPYPAVQKDGSISGGLKWSGPQDG 112
I N+V PF +P T +QKAAVK+KP+L I G C +PAV G S GL G
Sbjct 22 IDLNKVAPFAQPTASTSAQKAAVKFKPRLSIGSGACVSFPAVNSAGDTSSGLSEEGKGST 81
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAIVWI 171
+CT + LGSQ+Y R+ W N +AI+YAWYFPKG P RH+W A+VWI
Sbjct 82 DCTNAPLGSQVYGRAAWYNTRFAILYAWYFPKGFWNDYPT--------RRHDWASAVVWI 133
Query 172 DNPELENSTILGVSMS-ASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATG 230
DNP+ ILG+S+S A Y++Q P + DG + KL + + G L T+ +G
Sbjct 134 DNPDSNTPKILGLSLSTADWEYSTQAPATSGISDGTTPKLSHELSVECGDPYLTTTDGSG 193
Query 231 EFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
+FQ LI W++L+ AR +LN D K+P D F+ L AWPF
Sbjct 194 DFQPLIMWEQLTTAARTALNSAD-------FGNAKVPTSDVNFEMKLKSAWPF 239
>PHYSO_246397
Length=264
Score = 167 bits (423), Expect = 1e-49, Method: Compositional matrix adjust.
Identities = 94/245 (38%), Positives = 134/245 (55%), Gaps = 25/245 (10%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI +++V+PFPE EP T S+KAA+KYKP L I+DGC Y AV G SGG+ P
Sbjct 18 QAAVIDYDKVQPFPELEPKTISEKAAIKYKPSLAIKDGCRSYAAVNAAGDTSGGMDPMAP 77
Query 110 QDGE---------CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRG--AVPVPLILRLF 158
G C GS LGSQ+Y+RS W DVWAIMYAWYFP+ P +
Sbjct 78 DGGTVEKNPYGHGCRGSVLGSQVYSRSGWYRDVWAIMYAWYFPRDISWDEASYPPV---- 133
Query 159 GHRHNWEYAIVWIDNPELENSTILGVSMS-ASVGYASQTPPETRYVDGDSVKLKYYYNHL 217
RH+W IVW++NP LEN ++LGVS S Y + P +++G K++Y+
Sbjct 134 --RHDWINTIVWLNNPALENPSLLGVSASREDAEYVAYPPTVKEFMNGTHPKMEYFMGFY 191
Query 218 LGS-TSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDEL 276
+G ++ ++ G+FQDL+ W +L+ AR +L D+ +P D F++
Sbjct 192 VGGYHTIDVSLEAGDFQDLVHWSQLTDQARKALETADFGVV------TPVPFNDVNFEKN 245
Query 277 LNKAW 281
L + W
Sbjct 246 LERGW 250
>PHYSO_514298
Length=264
Score = 167 bits (422), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 94/245 (38%), Positives = 134/245 (55%), Gaps = 25/245 (10%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ VI +++V+PFPE EP T S+KAA+KYKP L I+DGC Y AV G SGG+ P
Sbjct 18 QAAVIDYDKVQPFPELEPKTISEKAAIKYKPSLAIKDGCRSYAAVNAAGDTSGGMDPMAP 77
Query 110 QDGE---------CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRG--AVPVPLILRLF 158
G C GS LGSQ+Y+RS W DVWAIMYAWYFP+ P +
Sbjct 78 DGGTVEKNPYGHGCRGSVLGSQVYSRSGWYRDVWAIMYAWYFPRDISWYEASYPPV---- 133
Query 159 GHRHNWEYAIVWIDNPELENSTILGVSMS-ASVGYASQTPPETRYVDGDSVKLKYYYNHL 217
RH+W IVW++NP LEN ++LGVS S Y + P +++G K++Y+
Sbjct 134 --RHDWINTIVWLNNPALENPSLLGVSASREDAEYVAYPPTVKEFMNGTHPKMEYFMGFY 191
Query 218 LGS-TSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDEL 276
+G ++ ++ G+FQDL+ W +L+ AR +L D+ +P D F++
Sbjct 192 VGGYHTIDVSLDAGDFQDLVHWSQLTDQARKALETADFGVV------TPVPFNDVNFEKN 245
Query 277 LNKAW 281
L + W
Sbjct 246 LERGW 250
>PHYCA_124383
Length=280
Score = 167 bits (423), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 99/271 (37%), Positives = 131/271 (48%), Gaps = 55/271 (20%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+QV+PF +PEPVT S+KAAVKYKP L I DGC +PAV G I+GGLK
Sbjct 25 TIDHDQVKPFRQPEPVTISEKAAVKYKPLLSIGDGCVSFPAVNTAGEITGGLK-GTKNTK 83
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
+CT + LGSQ+Y RS W D WA+MY WYFPK A RH+W +VWID
Sbjct 84 DCTEAPLGSQVYGRSAWYQDKWAMMYTWYFPKNFCAYKA-------AGRHDWANVVVWID 136
Query 173 NPELENSTILGVSMSA-----------SVGYASQTPPET--------------------- 200
NP LEN+T LG S+S ++ + P E
Sbjct 137 NPALENATFLGASLSQQTLEPIKLVFLALAQRKEEPYENQKEIPMMAFAGTEQIATAMVG 196
Query 201 ------RYVDGDSVKLKYY--YNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHT 252
+YV G + +++ Y + + GE QDLI W++L+ AR +L
Sbjct 197 RWSYIYKYVGGSNTTMRFIHKYPQKFAWIGMSFAYSDGESQDLIMWNQLTDKARAALESA 256
Query 253 DWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
D+ T ++P D F+ L AWPF
Sbjct 257 DFGNT-------QVPFTDKNFETNLQAAWPF 280
>PHYRA_47103
Length=226
Score = 165 bits (418), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 97/225 (43%), Positives = 127/225 (56%), Gaps = 23/225 (10%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
IGH++V+PFP+PE VT ++K+ VK+KPQL IE GC PYPA G S GL+ +G D
Sbjct 21 AIGHDKVQPFPQPEAVTITEKSGVKFKPQLDIEXGCSPYPAANAAGETSEGLETNGAFD- 79
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAIVWI 171
C LGSQ+Y R++W NDVWAIMYAWYFPKG P RH+W A+VWI
Sbjct 80 -CIIPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDGTP--------WWRHDWSNAVVWI 130
Query 172 DNPELENSTILGVSMSASVG-YASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT- 229
DNP E +LG+S+S S Y + P +G + L ++L S L A
Sbjct 131 DNPAHEKPKVLGLSLSTSENKYGNTYVPAEGIENGTTPTLS---RNVLPMRSAALGPAVN 187
Query 230 -GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVF 273
GEFQDL+ W +L+ AR +LN D N ++P+ D F
Sbjct 188 PGEFQDLVMWTQLTDAARAALNDQD------NFGRTEVPISDDHF 226
>PPTG_13004
Length=255
Score = 166 bits (421), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 94/253 (37%), Positives = 139/253 (55%), Gaps = 36/253 (14%)
Query 51 GQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQ 110
G+ + + V+PF +PEPVT +K A+K+KP L I+ GC +PAV + G+IS GL+
Sbjct 19 GEKVDCDFVKPFAQPEPVTVLEKVALKFKPTLLIDGGCVSFPAVNEAGAISSGLRPLNGN 78
Query 111 DGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAIV 169
DG C + GSQ+Y RS D WAIM+AWYFPKG +P RH+W +V
Sbjct 79 DG-CIKAPQGSQVYGRSTQFQDKWAIMFAWYFPKGFWSGMP--------SRRHDWASMVV 129
Query 170 WIDNPELENSTILGVSMSASVG-YASQTPPETR----------------YVDGD--SVKL 210
WID+P+ E +LGVS+S S Y T P + YV+G S+++
Sbjct 130 WIDDPDFETPKLLGVSLSKSKKRYTKATAPLSEVYFAGFQEYGRRGYKTYVNGSSTSIRI 189
Query 211 KYYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKD 270
+ G SL L+ G++QDLI W +L++ AR +LN ++ +++ +P D
Sbjct 190 SHSSGFFFGPASLDLSTRDGDYQDLIMWKQLTEEARKALNSANFGKSV-------VPFND 242
Query 271 GVFDELLNKAWPF 283
F+++L KAWPF
Sbjct 243 DNFEDMLEKAWPF 255
>PHYSO_328418
Length=219
Score = 165 bits (417), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 94/233 (40%), Positives = 121/233 (52%), Gaps = 26/233 (11%)
Query 52 QVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQD 111
+ QV+ EP QKAAVK+KPQLK+ + CHPY AV G ISGGL
Sbjct 12 SLFAMTQVQSALEP-----GQKAAVKFKPQLKLSNTCHPYAAVDAHGYISGGLNSELHIR 66
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C GS LG+QIYARS W +DVWA +YAWYFPK P R W YAI+W+
Sbjct 67 NNCGGSDLGAQIYARSAWHSDVWATVYAWYFPKNSNNGGGP--------RSLWMYAIIWV 118
Query 172 DNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGE 231
P + ++G ++ P + Y+DG S + K+ YN L T+ TG
Sbjct 119 GGPGVGAPEVVGATLKTDDDTEKHAPVDADYIDGTSFECKFTYNFWTTKAKLTATKKTGG 178
Query 232 FQDLITWDELSKLARYSLNHTDWDETLFNLAGLK-MPLKDGVFDELLNKAWPF 283
+QDLITW++L ++AR LAG MPL +G F+ELL WPF
Sbjct 179 YQDLITWEQLPEVART------------GLAGYADMPLLNGTFEELLTNGWPF 219
>PHYRA_52296
Length=237
Score = 165 bits (418), Expect = 3e-49, Method: Compositional matrix adjust.
Identities = 100/236 (42%), Positives = 129/236 (55%), Gaps = 20/236 (8%)
Query 50 EGQVIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP 109
E I H++V+PFP+P+PVT S+KA VK+K L I++GC YPAV G SGGLK SG
Sbjct 18 EAVSIAHDEVQPFPQPDPVTISEKAGVKFKIPLNIQEGCASYPAVNAAGETSGGLKGSGG 77
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR-GAVPVPLILRLFGHRHNWEYAI 168
G C S LGSQ+Y R++W NDVWAIMYAWYFPKG + P RH+W AI
Sbjct 78 ISG-CELSLLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDSTP--------WWRHDWSNAI 128
Query 169 VWIDNPELENSTILGVSMSAS---VGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQL 225
+WIDNP EN ILG+S+S S G + PP + + +
Sbjct 129 LWIDNPAHENPKILGLSLSTSENKYGNKNTYPPAENSTXSPLSPIAVRRKCCISDLHVCG 188
Query 226 TEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
T E QDLI W +L+ AR +LN D N ++P+ D F + L +AW
Sbjct 189 TPPP-ENQDLIMWSQLTDAARAALNDQD------NFGRTEVPISDDHFPKHLEEAW 237
>PPTG_03796
Length=255
Score = 166 bits (419), Expect = 4e-49, Method: Compositional matrix adjust.
Identities = 100/250 (40%), Positives = 133/250 (53%), Gaps = 34/250 (14%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQL---KIEDGCHPYPAVQKDGSISGGLKWSGP 109
+ H++V PFP+P+P T S+KAA+K+KPQL K+E C +PAV G ++GGLK +
Sbjct 21 TVDHDKVEPFPQPDPATISEKAAIKFKPQLYSAKLE-YCVSFPAVNAVGEVTGGLKGTNG 79
Query 110 QDGECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIV 169
D C + LGSQIY R+ W ND WAIMYAWYFPKG + L RH+W+ +V
Sbjct 80 NDA-CRLAPLGSQIYGRAGWHNDRWAIMYAWYFPKG-------FYMGLPTRRHDWKSVVV 131
Query 170 WIDNPELENSTILGVSMSAS---------------VGYASQTPP-ETRYVDGDSVKLKYY 213
WIDN ELE ILGVS S S GY Q P V G + L++
Sbjct 132 WIDNAELETPKILGVSTSVSDTRYKRDLVIFPRNFAGYQLQGPRFHHTEVFGSNTSLRFK 191
Query 214 YNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVF 273
L + + GE+QDLI W++L+ AR +LN + N ++P D +
Sbjct 192 IWPTLFVPYMGFADFDGEYQDLIMWEQLTDAARAALNDDN------NFGRAEVPFSDTHY 245
Query 274 DELLNKAWPF 283
E L AWPF
Sbjct 246 KEHLENAWPF 255
>PHYCA_109162
Length=257
Score = 166 bits (419), Expect = 4e-49, Method: Compositional matrix adjust.
Identities = 95/252 (38%), Positives = 134/252 (53%), Gaps = 36/252 (14%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDG-CHPYPAVQKDGSISGGLKWSGPQD 111
++ H+++ PFP+PEPVT S+KAA+K+KPQL C P+PAV G ++GGL + D
Sbjct 21 IVDHDKIEPFPQPEPVTVSEKAAIKFKPQLYTHKQLCAPFPAVNAAGEVTGGLSGANGND 80
Query 112 GECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWI 171
C + G+Q+Y R+ W DVWAIMY+WYFPKG + P RH+W+ +VWI
Sbjct 81 A-CKYALKGAQVYGRAGWYKDVWAIMYSWYFPKGFNWLGFPT------RRHDWKNVVVWI 133
Query 172 DNPELENSTILGVSMSAS---------------VGYASQTPPETRYVD-----GDSVKLK 211
DNPELE I+GV+M+ S VG Q R G S L+
Sbjct 134 DNPELETPKIIGVAMAGSDTKYRREREMYNSNFVGSQVQVTRRDRRYYRSDSPGSSTNLR 193
Query 212 YYYNHLLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDG 271
+ G+T L G++QDLI W++L+ AR +LN D F + ++P D
Sbjct 194 FEN----GATHLDFARQDGDYQDLIMWEQLTDAARIALN----DNGSFGYSYAEVPFSDE 245
Query 272 VFDELLNKAWPF 283
F+ +KAWP
Sbjct 246 HFEANRDKAWPL 257
>PPTG_16647
Length=254
Score = 165 bits (418), Expect = 6e-49, Method: Compositional matrix adjust.
Identities = 94/247 (38%), Positives = 132/247 (53%), Gaps = 31/247 (13%)
Query 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIE-DGCHPYPAVQKDGSISGGLKWSGPQDG 112
+ H++V PFP+P PVT S+KAA+K+KPQL + C P+P V G ++GGLK + D
Sbjct 22 VDHDKVEPFPQPVPVTISEKAAIKFKPQLYTPYNICVPFPGVNAVGEVTGGLKGTNGNDA 81
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
C + GSQIY R W D+WAIMYA Y PKG + L RH+ + +VWI+
Sbjct 82 -CKYAPKGSQIYGRGGWYKDIWAIMYACYLPKG-------FWMDLPSRRHDGKSVVVWIN 133
Query 173 NPELENSTILGVSMSAS---------------VGYASQTPPETR-YVDGDSVKLKYYYNH 216
NP E I+GVSMS S GY + R Y+ G + L++ Y
Sbjct 134 NPGFETPKIVGVSMSKSDTKYYKETKIGPFAFAGYRKEGRRSERAYIYGSNTSLRFQYES 193
Query 217 LLGSTSLQLTEATGEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDEL 276
LGS+ L + GE+QDLI W++L+ AR +LN + N ++P D + +
Sbjct 194 GLGSSYLSFADCDGEYQDLIMWEQLTDAARAALNDGN------NFGDAEVPFSDEHYKQH 247
Query 277 LNKAWPF 283
L+KAWP
Sbjct 248 LDKAWPL 254
>PHYSO_516261
Length=227
Score = 164 bits (415), Expect = 6e-49, Method: Compositional matrix adjust.
Identities = 94/231 (41%), Positives = 122/231 (53%), Gaps = 24/231 (10%)
Query 53 VIGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDG 112
I H+ V+PF +P PVT S+KAAVK++P L +E GC P+PAV G SGGLK +G G
Sbjct 21 TIDHDAVQPFAQPNPVTVSEKAAVKFQPLLFVESGCVPFPAVNSAGETSGGLKGTGGTSG 80
Query 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWID 172
GSQ+Y R+ W D WAIMYAWYFPKG R H+W +VWID
Sbjct 81 CKEAGATGSQVYGRAVWYKDDWAIMYAWYFPKG-------FWSRWASRHHDWASIVVWID 133
Query 173 NPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEF 232
NP LE ++G+S S+ + R D V Y L QL + G+
Sbjct 134 NPALETPKMIGIS-------TSEGDNDYRTAGPDDV---YETTPRLRRVLAQLFKILGDT 183
Query 233 QDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
Q LI W++L+ AR +LN TD+ + K+P+ D F L KAWPF
Sbjct 184 QPLIMWEQLTDEARITLNTTDFGKA-------KVPMSDANFQGKLEKAWPF 227
>HYAP_04977
Length=262
Score = 165 bits (418), Expect = 7e-49, Method: Compositional matrix adjust.
Identities = 85/226 (38%), Positives = 127/226 (56%), Gaps = 15/226 (7%)
Query 56 HNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGECT 115
H+Q++P+ +PE T ++KAA +YKP L GC+PYPAV +G +GGLK +G +C
Sbjct 30 HDQIKPYAQPEETTVTEKAAARYKPSLHSSHGCYPYPAVDAEGRTNGGLKATGGSRSKCG 89
Query 116 GSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDNPE 175
+G Q+YAR KW ++ + I++AWYFPK + GHRH+WE+A +W++NPE
Sbjct 90 QPYMGGQVYARGKWCDEQFGIIFAWYFPKDS-------VRDGVGHRHDWEWATIWLNNPE 142
Query 176 LENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQDL 235
S ILGV+ S + +GD+VKL Y + + L+ GE Q L
Sbjct 143 ANVSEILGVTTIGSGKPKRTNKLKRENRNGDTVKLDYRDHGR--RHYIALSGNDGELQPL 200
Query 236 ITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAW 281
I WD++++ +R +LN W++ MPL D VFD L A+
Sbjct 201 IMWDQMTEASRCALNTVGWNKHRL------MPLADTVFDNNLATAY 240
Lambda K H a alpha
0.316 0.135 0.427 0.792 4.96
Gapped
Lambda K H a alpha sigma
0.267 0.0410 0.140 1.90 42.6 43.6
Effective search space used: 16755208743
Database: blastdb
Posted date: Feb 23, 2018 11:26 PM
Number of letters in database: 135,609,681
Number of sequences in database: 319,881
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40