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= PHYRA_81102
Length=252
Score E
Sequences producing significant alignments: (Bits) Value
PHYRA_81102 487 3e-176
PHYRA_72504 487 3e-176
PHYCA_129485 408 5e-145
PPTG_17125 405 2e-143
PITG_18453 376 2e-132
PHYRA_71825 310 4e-106
PHYRA_81103 305 4e-104
PITG_09716 290 3e-98
PPTG_08893 284 4e-96
PPTG_16851 280 2e-94
PHYCA_121494 278 5e-94
PHYSO_261265 278 9e-94
PHYCA_10034 277 7e-93
PHYKE_6286 274 5e-92
PPTG_17049 263 8e-88
PHYSO_254108 261 2e-87
PHYCA_118548 256 5e-85
PITG_22053 253 5e-84
PPTG_07664 253 6e-84
PITG_04208 252 2e-83
PITG_19936 251 4e-83
PHYRA_74356 249 3e-82
PHYCA_118674 249 8e-82
PITG_19938 247 1e-81
PHYRA_74306 247 1e-81
PHYCA_9298 246 4e-81
PHYRA_52440 243 6e-80
PPTG_19331 245 3e-79
PHYSO_526774 238 5e-78
PPTG_07671 237 1e-77
PHYCA_132252 237 1e-77
PHYCA_118551 237 1e-77
PHYSO_526832 237 1e-77
PHYSO_249692 237 1e-77
PHYRA_72386 236 2e-77
PHYRA_72344 236 2e-77
PHYCA_122048 236 3e-77
PHYSO_526623 236 4e-77
PITG_04248 236 4e-77
PHYRA_71404 234 1e-76
PHYRA_72433 234 1e-76
PHYRA_76249 236 3e-76
PHYCA_129784 233 3e-76
PHYSO_329843 233 5e-76
PHYRA_74307 233 6e-76
PHYCA_107869 236 7e-76
PHYKE_2376 234 1e-75
PHYRA_74343 232 1e-75
PPTG_17409 231 2e-75
PHYSO_507736 231 2e-75
PHYRA_71477 231 2e-75
PHYCA_108039 230 2e-75
PPTG_15230 231 3e-75
PITG_04200 230 4e-75
PHYRA_42876 228 9e-75
PHYCA_11951 228 2e-74
PITG_04267 230 2e-74
PHYCA_123779 229 4e-74
PHYRA_71308 227 1e-73
PHYRA_74310 227 1e-73
PHYRA_72438 226 2e-73
PHYSO_526071 226 4e-73
PHYSO_510888 225 6e-73
PPTG_15224 224 9e-73
PHYKE_5753 222 6e-72
PHYKE_4438 226 6e-72
PPTG_15233 221 1e-71
PPTG_06973 219 1e-71
PPTG_08017 232 2e-71
PPTG_17245 221 4e-71
PHYSO_468315 220 6e-71
PHYSO_406265 219 7e-71
PHYCA_9358 219 1e-70
PPTG_07089 219 1e-70
PPTG_19330 221 2e-70
PHYRA_71618 219 2e-70
PITG_22668 227 2e-70
PHYRA_71931 218 3e-70
PYVX_22467 218 3e-70
PHYSO_414520 217 4e-70
PHYKE_4946 218 5e-70
PHYRA_72345 216 2e-69
PPTG_12847 219 2e-69
PPTG_12853 219 2e-69
PYU1_G011231 215 3e-69
PHYRA_52423 213 7e-69
PYU1_G011237 214 8e-69
PPTG_08005 228 8e-69
PHYRA_74617 217 1e-68
PHYCA_108409 215 1e-68
PHYSO_397673 213 2e-68
PPTG_18464 214 2e-68
PYIR_13251 213 2e-68
PPTG_12852 216 2e-68
PPTG_13769 216 3e-68
PHYCA_18373 213 5e-68
PPTG_07660 211 6e-68
PHYRA_54327 211 6e-68
PHYCA_69480 211 7e-68
PHALS_06162 219 7e-68
PPTG_07277 214 9e-68
PHYCA_118356 211 2e-67
PHYSO_254112 210 2e-67
PHYSO_527352 211 3e-67
PHYSO_259736 209 4e-67
PHYRA_46230 208 9e-67
PHYSO_249751 209 1e-66
PHYKE_7564 216 1e-66
PPTG_13736 209 1e-66
HYAP_09243 209 1e-66
PHYCA_69477 207 2e-66
PHYCA_119748 209 2e-66
PHYSO_334487 209 2e-66
PHYRA_72475 208 2e-66
PHYRA_72165 208 2e-66
PYIR_13252 207 3e-66
PYU1_G011235 207 3e-66
PHYRA_74630 211 5e-66
PITG_08522 211 6e-66
PHYRA_71588 206 1e-65
PYU1_G011233 206 1e-65
PPTG_07661 205 3e-65
PHYKE_5655 205 3e-65
PHYRA_49009 204 6e-65
PHYSO_334498 203 1e-64
PPTG_19506 203 1e-64
PYU1_G011230 201 1e-63
PHYKE_7566 201 4e-63
PHYRA_86968 199 5e-63
PHYRA_43347 199 5e-63
PHYCA_69479 198 8e-63
PPTG_15231 199 9e-63
PHYCA_6835 197 2e-62
PHYRA_52960 197 3e-62
PHYRA_52955 197 3e-62
PYU1_G011236 197 5e-62
PYIW_25259 197 5e-62
PITG_22734 194 5e-62
PHALS_06084 197 7e-62
PHYRA_83592 196 1e-61
PHYSO_329114 196 2e-61
PYIR_13275 196 2e-61
PHYKE_4541 192 2e-61
PHYRA_41766 194 2e-61
PPTG_22174 208 2e-61
PHYSO_496064 196 3e-61
PHYRA_45457 193 3e-61
PHYRA_39489 194 5e-61
PHYRA_72390 193 2e-60
PHYRA_72477 192 2e-60
PITG_22916 193 2e-60
PHYCA_69457 191 5e-60
PHYSO_526541 192 5e-60
PHYSO_336498 191 9e-60
PITG_16866 190 3e-59
PPTG_00460 190 6e-59
PHYRA_44405 188 8e-59
PHYSO_490000 188 1e-58
HYAP_06628 188 2e-58
PHYSO_330015 187 2e-58
PPTG_17295 187 2e-58
PHYSO_255972 186 3e-58
PHYRA_84273 187 4e-58
PITG_23228 187 6e-58
PPTG_07991 187 7e-58
PHYKE_7568 190 8e-58
HYAP_08306 187 8e-58
PHYRA_84277 185 2e-57
PHYRA_76657 185 3e-57
PHYCA_132529 184 3e-57
PPTG_14652 185 4e-57
PHYRA_72385 184 4e-57
PHYSO_254223 184 4e-57
PHYRA_71307 184 8e-57
PPTG_17453 184 1e-56
PHYCA_123797 182 3e-56
PPTG_11469 182 4e-56
PHYCA_12462 180 4e-56
PHYSO_423056 182 4e-56
PHYRA_83851 181 5e-56
PHYSO_365942 181 6e-56
PPTG_04799 181 8e-56
PITG_23211 181 9e-56
PHYRA_71310 181 9e-56
PPTG_15234 181 1e-55
PHYRA_72531 180 1e-55
PHYRA_52260 180 2e-55
PHYSO_527850 179 2e-55
PHYCA_544885 181 2e-55
PHYCA_123205 178 2e-55
PHYSO_504553 180 3e-55
PPTG_08703 180 4e-55
PITG_23051 180 6e-55
PITG_22981 179 7e-55
PHYRA_72403 179 7e-55
PITG_23076 180 8e-55
PHYKE_208 176 1e-54
PPTG_13026 177 2e-54
PHYRA_52426 175 2e-54
PHYRA_75425 177 2e-54
PHYCA_576423 177 2e-54
PPTG_00471 177 3e-54
PHYSO_560790 177 3e-54
PHYSO_254099 177 3e-54
PHYSO_516261 176 4e-54
PHYSO_482931 177 4e-54
PHYRA_76603 177 5e-54
PYVX_22469 182 7e-54
PHYRA_72541 176 8e-54
PHYCA_124462 177 9e-54
PITG_00957 176 3e-53
PHYRA_47241 172 3e-53
HYAP_07436 175 4e-53
HYAP_07925 175 5e-53
PHALS_12600 175 5e-53
PHYSO_480321 174 6e-53
PHYCA_129892 172 1e-52
PHYSO_253029 173 2e-52
PHYCA_109163 173 2e-52
PHYCA_109162 173 2e-52
PPTG_13004 173 2e-52
HYAP_14846 172 2e-52
PHYSO_328418 171 2e-52
PHYKE_8391 183 3e-52
PHYCA_69122 172 4e-52
PHYSO_521124 172 4e-52
PHALS_13513 171 5e-52
PPTG_16647 172 6e-52
PHYCA_114913 171 6e-52
PHYRA_72430 171 8e-52
PHYRA_72306 171 8e-52
PHYRA_52427 167 8e-52
PHYCA_553546 171 2e-51
PHYSO_514298 171 2e-51
PHYRA_47103 169 2e-51
PHYSO_365377 169 2e-51
PHALS_14425 171 3e-51
PPTG_00542 169 5e-51
PHYSO_334500 169 6e-51
PPTG_18463 169 6e-51
PHYSO_246397 169 7e-51
PHYCA_124383 169 9e-51
PHYRA_52296 168 1e-50
PPTG_03796 168 2e-50
PHYCA_109089 168 2e-50
PHYCA_109192 168 3e-50
PHALS_14423 170 5e-50
PHYCA_109174 167 5e-50
PPTG_10591 166 1e-49
PPTG_15262 165 1e-49
PHALS_13512 165 1e-49
PHYCA_544875 165 2e-49
PPTG_11475 165 3e-49
PHYCA_10570 165 4e-49
PPTG_04504 164 8e-49
PHYCA_109095 163 2e-48
PHYSO_249691 162 2e-48
PITG_23094 161 4e-48
PPTG_06202 161 9e-48
PYAP_24304 160 1e-47
PPTG_05581 161 1e-47
PHYCA_123587 161 1e-47
PPTG_05868 160 3e-47
PHYSO_480350 159 3e-47
PHYCA_133546 158 2e-46
PHYCA_108964 156 9e-46
PPTG_15220 155 1e-45
PITG_22709 156 2e-45
PPTG_15219 153 4e-45
PITG_23075 154 5e-45
HYAP_04977 154 7e-45
PHYRA_72357 153 8e-45
PHYCA_133455 150 1e-44
HYAP_05559 153 1e-44
PPTG_15218 152 2e-44
PHYCA_118700 151 2e-44
PHALS_08480 152 2e-44
PHYSO_449487 148 2e-44
HYAP_05558 152 3e-44
PHYKE_7565 150 3e-44
PHYCA_10715 150 4e-44
PHYSO_251206 150 6e-44
PHALS_03592 150 1e-43
PHALS_02474 149 2e-43
PHYKE_5284 149 3e-43
PYAP_24339 147 5e-43
PITG_23055 146 1e-42
PHYCA_132177 147 1e-42
HYAP_14784 147 2e-42
PHYRA_45462 144 3e-42
PPTG_15860 144 3e-42
PHALS_08945 145 5e-42
PHALS_08947 145 1e-41
PYAP_24757 143 5e-41
PHYSO_481543 143 8e-41
PITG_23062 143 1e-40
PHYCA_59113 138 4e-40
PHALS_08447 140 7e-40
PYAR_24955 139 1e-39
PHYSO_263794 137 6e-39
PPTG_07667 133 3e-38
PHYCA_109151 133 3e-38
PPTG_11648 136 8e-38
PPTG_07668 130 2e-37
PHALS_05391 132 7e-37
PHALS_01213 133 7e-37
PHYSO_327908 139 2e-36
PITG_10839 127 3e-36
PHYCA_5621 130 4e-36
PHALS_08445 130 4e-36
PHYSO_257244 129 2e-35
PHYCA_109441 127 3e-35
PHYSO_526791 125 4e-35
PHYSO_327912 127 5e-35
PHYSO_246660 127 1e-34
PHYSO_477165 123 1e-34
HYAP_08846 127 3e-34
PHYSO_260049 125 3e-34
PHYSO_342831 122 7e-34
PHYSO_245789 122 1e-33
PHYSO_508915 119 2e-32
PHYCA_11676 119 3e-32
PHYSO_251461 119 4e-32
PYIW_24350 118 8e-32
PHYSO_327911 119 9e-32
PPTG_11479 119 2e-31
PHYSO_338051 117 3e-31
HYAP_07033 116 4e-31
PHYRA_39486 112 4e-30
PHYRA_39485 112 5e-30
PHALS_05247 114 7e-30
PHYSO_444351 108 2e-29
PHYSO_264058 111 2e-29
PHYKE_1224 110 2e-29
PYAR_25201 110 2e-29
PHYCA_507156 108 8e-29
PHYRA_44618 107 3e-28
PPTG_07690 106 3e-28
PHYCA_73404 105 4e-28
PHYCA_59410 102 7e-27
PHYSO_333132 102 5e-26
PPTG_23721 107 1e-25
PYAR_21977 102 2e-25
PHYRA_52174 99.8 2e-24
PHYSO_341539 99.8 3e-24
PHALS_13274 99.4 5e-24
PHYCA_73400 92.8 2e-23
PHYSO_509491 91.7 6e-23
HYAP_07922 93.2 7e-23
HYAP_05562 93.6 3e-22
PHYCA_18619 91.3 4e-22
PHYSO_335497 94.4 4e-22
PPTG_11420 92.4 7e-22
PHYSO_261711 92.8 9e-22
PHYCA_119285 88.2 2e-21
PHYKE_7051 89.0 3e-21
PHYSO_526695 86.3 2e-20
PHYCA_73406 85.1 2e-20
PHYCA_73407 85.1 2e-20
PHYSO_245887 86.7 3e-20
PITG_22876 86.3 3e-20
PYAR_26314 85.5 5e-20
PHYSO_377094 81.3 6e-19
PYU1_G011232 80.1 2e-18
HYAP_07496 80.1 4e-18
PHYKE_4231 80.1 4e-18
PHYKE_6288 79.0 7e-18
PHYSO_264049 77.8 3e-17
PHYSO_445618 76.6 4e-17
HYAP_07372 78.6 7e-17
PHALS_14424 76.3 2e-16
PPTG_05373 74.7 2e-15
PITG_23039 72.0 1e-14
PPTG_08713 70.9 2e-14
PHYCA_108999 69.7 3e-14
PPTG_11472 72.0 2e-13
HYAP_08078 66.6 1e-12
PHYSO_515401 63.2 9e-12
HYAP_11184 59.3 2e-10
PPTG_23679 60.1 3e-10
PYAR_26415 57.4 7e-10
PPTG_19242 57.8 9e-10
PYIW_25932 56.2 1e-09
PHYSO_260072 57.8 2e-09
PHYSO_336673 53.9 3e-08
PPTG_19622 50.4 9e-08
PPTG_17455 50.8 3e-07
PPTG_20067 50.8 3e-07
PPTG_04456 48.9 5e-07
PYIR_26577 46.2 5e-06
HYAP_08850 47.8 1e-05
PYVX_16508 47.0 3e-05
PHYKE_6287 43.5 3e-05
PHYRA_85280 47.0 5e-05
PPTG_20194 44.7 7e-05
PYVX_21088 45.8 9e-05
PHYSO_335499 45.8 1e-04
HYAP_03446 42.0 2e-04
HYAP_12828 40.8 3e-04
PYAP_24306 38.5 0.005
PHYSO_333483 33.5 0.53
HYAP_08851 31.6 0.99
PHALS_01805 30.8 2.1
CCI47165 32.3 3.0
PHYSO_361758 31.2 7.4
PYIW_20076 31.2 7.5
PHYSO_326307 30.4 9.8
>PHYRA_81102
Length=251
Score = 487 bits (1253), Expect = 3e-176, Method: Compositional matrix adjust.
Identities = 251/251 (100%), Positives = 251/251 (100%), Gaps = 0/251 (0%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MNFRAVFVAAMASLAVAQAQVIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP
Sbjct 1 MNFRAVFVAAMASLAVAQAQVIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP
Sbjct 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY
Sbjct 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV
Sbjct 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
Query 241 FEELLDKTWPF 251
FEELLDKTWPF
Sbjct 241 FEELLDKTWPF 251
>PHYRA_72504
Length=251
Score = 487 bits (1253), Expect = 3e-176, Method: Compositional matrix adjust.
Identities = 251/251 (100%), Positives = 251/251 (100%), Gaps = 0/251 (0%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MNFRAVFVAAMASLAVAQAQVIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP
Sbjct 1 MNFRAVFVAAMASLAVAQAQVIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP
Sbjct 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY
Sbjct 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV
Sbjct 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
Query 241 FEELLDKTWPF 251
FEELLDKTWPF
Sbjct 241 FEELLDKTWPF 251
>PHYCA_129485
Length=251
Score = 408 bits (1048), Expect = 5e-145, Method: Compositional matrix adjust.
Identities = 201/251 (80%), Positives = 220/251 (88%), Gaps = 0/251 (0%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MNFR V + +ASLA AQAQVIGHDQVRPFPQP PVTVS K AVKFKPQLKI GCHPYP
Sbjct 1 MNFRIVLLVLVASLAGAQAQVIGHDQVRPFPQPKPVTVSDKAAVKFKPQLKIADGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AVQKDGS++GGLKWSGPQDGECTGS+LGSQIYARSAWVNDVWAIMYAWYFPKGR A P
Sbjct 61 AVQKDGSITGGLKWSGPQDGECTGSKLGSQIYARSAWVNDVWAIMYAWYFPKGRGAVPLP 120
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
R FGHRHNWEYV+VWIDNP +N+T+LGVSMSA++GY+ Q P + YVDG SVK+ Y
Sbjct 121 LITRLFGHRHNWEYVIVWIDNPKSKNSTILGVSMSAAVGYASQTPPEAMYVDGDSVKLEY 180
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
YYNHLLG+T+LQLTEDTGEFQDLI WD+LS LARYSLNHTDWD+TLF LAGLKMPLKDGV
Sbjct 181 YYNHLLGSTSLQLTEDTGEFQDLITWDELSKLARYSLNHTDWDETLFDLAGLKMPLKDGV 240
Query 241 FEELLDKTWPF 251
F+ELLDK WPF
Sbjct 241 FQELLDKAWPF 251
>PPTG_17125
Length=283
Score = 405 bits (1041), Expect = 2e-143, Method: Compositional matrix adjust.
Identities = 185/230 (80%), Positives = 206/230 (90%), Gaps = 0/230 (0%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGH+QVRPFP+P+PVT SQK AVK+KPQLKI+ GCHPYPAVQKDGS+SGGLKWSGPQDGE
Sbjct 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 113
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS+LGSQIYARS WVNDVWAIMYAWYFPKGR A P LR FGHRHNWEY +VWIDN
Sbjct 114 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPVPLILRLFGHRHNWEYAIVWIDN 173
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P LEN+T+LGVSMSAS+GY+ Q P + +YVDG SVK+ YYYNHLLG+T+LQLTE TGEFQ
Sbjct 174 PELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEATGEFQ 233
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WD+LS LARYSLNHTDWD+TLF LAGLKMPLKDGVF+ELL+K WPF
Sbjct 234 DLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
>PITG_18453
Length=252
Score = 376 bits (965), Expect = 2e-132, Method: Compositional matrix adjust.
Identities = 178/230 (77%), Positives = 202/230 (88%), Gaps = 0/230 (0%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGH+QVRPF +P+PVT SQK AVK+KPQLKI+ GCHPYPAVQKDGS+SGGLKWSGPQDGE
Sbjct 23 IGHNQVRPFLEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGPQDGE 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS+LGSQIYARS WVNDVWAIMYAWYFPKGR A P LR FGHRHNWEY +VWIDN
Sbjct 83 CTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGRGAVPAPLILRLFGHRHNWEYAIVWIDN 142
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P LEN+T+LGVS+SASI Y+ + P + +VDG SVK+ YYYNHL G+T+LQLTEDTGEFQ
Sbjct 143 PELENSTILGVSISASISYASETPPEANHVDGESVKLEYYYNHLFGSTSLQLTEDTGEFQ 202
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DL+ WDQL+ LARYSLN+TDWD+TLF LAGLKMPLKDG F+ELL+K WPF
Sbjct 203 DLVTWDQLTKLARYSLNNTDWDETLFNLAGLKMPLKDGEFDELLNKAWPF 252
>PHYRA_71825
Length=254
Score = 310 bits (793), Expect = 4e-106, Method: Compositional matrix adjust.
Identities = 146/230 (63%), Positives = 177/230 (77%), Gaps = 0/230 (0%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP P T ++K AVK+KP+L ++ GCHPY AVQ DG++SGGL+WSGPQDGE
Sbjct 25 IPHDTVEPFAQPRPKTDAEKAAVKYKPRLLVEDGCHPYAAVQADGAISGGLEWSGPQDGE 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR V DVWAIMYAWYFPKGRA P LRFFGHR+ WEY VVW+DN
Sbjct 85 CRGSPLGSQVYARWMKVKDVWAIMYAWYFPKGRAPLPVPLSLRFFGHRNGWEYAVVWLDN 144
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
+N+TVL S+SA++G+SK+AP KY DGTS+ V+YYYNH+ GNTA++ TED GEFQ
Sbjct 145 LNAKNSTVLATSLSAAVGWSKEAPPKEKYFDGTSLMVSYYYNHIFGNTAVKYTEDAGEFQ 204
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI WDQL LAR +LN+TDWD T +A +KMP+KDGVF E L+ +PF
Sbjct 205 PLITWDQLPDLARKALNNTDWDATPSNVARVKMPMKDGVFLEKLEGAYPF 254
>PHYRA_81103
Length=252
Score = 305 bits (780), Expect = 4e-104, Method: Compositional matrix adjust.
Identities = 152/231 (66%), Positives = 177/231 (77%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGP-QDG 80
I HDQV+PF QP+ +TVSQK AVKFKPQLK GC+PYPAVQ DGS SGGL+W+ Q G
Sbjct 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
+CT LGSQIYARS W DVWAIMY WYFPKG + GHRHNWE+VVVWID
Sbjct 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL----GHRHNWEFVVVWID 142
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
NP L+N+T+LGVSMSASIGYSK+AP KY+DGTSVKV+Y+Y+ + GNTAL+LTED GE
Sbjct 143 NPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI WDQL +AR +LN TDWD TL+ L +MPLKD VF + L K+WPF
Sbjct 203 QDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
>PITG_09716
Length=250
Score = 290 bits (741), Expect = 3e-98, Method: Compositional matrix adjust.
Identities = 136/230 (59%), Positives = 174/230 (76%), Gaps = 3/230 (1%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D ++PFPQP P T +QK +K+KPQLK++ GCHPYPAVQ++G +S GL+WSGP+D
Sbjct 24 IPYDTLQPFPQPIPTTDAQKAILKYKPQLKVEEGCHPYPAVQRNGDISSGLRWSGPEDIG 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQIYARS D WA+MY WYFPKGRA P LR GHRH WEY VVW+D
Sbjct 84 CKGSSLGSQIYARSKLFKDKWAVMYTWYFPKGRA---PIPGLRSSGHRHGWEYAVVWLDR 140
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
++T+LG S+SA++G++K++PT +Y+DG S+KVAYY+N NTA++ T+D G FQ
Sbjct 141 LDANSSTILGTSLSAAVGWAKESPTPKEYLDGHSLKVAYYFNDDFSNTAVKYTQDGGAFQ 200
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLIQWDQLS AR SL +TDWD+TLF +A +KMP+KDGVFEE L +PF
Sbjct 201 DLIQWDQLSDPARASLINTDWDETLFNVARVKMPMKDGVFEEKLSGAYPF 250
>PPTG_08893
Length=251
Score = 284 bits (726), Expect = 4e-96, Method: Compositional matrix adjust.
Identities = 133/230 (58%), Positives = 172/230 (75%), Gaps = 3/230 (1%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D V+PFPQP P T +QK +K+KPQLK++ GC PYPAVQ+DG++S GL+WSGP+D
Sbjct 25 IPYDTVQPFPQPVPTTEAQKAILKYKPQLKVEEGCRPYPAVQQDGAISSGLRWSGPEDIG 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIYARS D WA+MY WYFPKGRA P R GHRH WEY VVW+D
Sbjct 85 CKGSLRGSQIYARSKLFKDKWAVMYTWYFPKGRAPIPGP---RSSGHRHGWEYAVVWLDK 141
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
+N+T+LG S+SA++G++K++PT +Y+DG S+KVAYY+N NTA++ T+ G FQ
Sbjct 142 LTADNSTILGTSLSAAVGWAKESPTPKEYLDGNSLKVAYYFNDDFKNTAVKYTQAGGAFQ 201
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS +AR SL++TDWD+T F +A +KMP+KDGVFEE L +PF
Sbjct 202 DLIIWDQLSDVARASLSNTDWDETPFNVARVKMPMKDGVFEEKLSGAYPF 251
>PPTG_16851
Length=249
Score = 280 bits (715), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 135/230 (59%), Positives = 172/230 (75%), Gaps = 4/230 (2%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D V+PF Q P T +QK +K+KPQLKI+ GCHPYPAVQKDGS+S GLKWSGP +
Sbjct 24 IPYDSVQPFSQQVPNTDAQKAILKYKPQLKIEEGCHPYPAVQKDGSISSGLKWSGPDNIG 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR+ W+ WA+MYAWYFPKGRA P R +GHRH WEY VVW+D
Sbjct 84 CKGSPLGSQVYARATWLKGKWAVMYAWYFPKGRAPIPAP---RSYGHRHGWEYAVVWLDK 140
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
N+T+LG SMSA+IG++K++PT +Y+DG S+KVAYY+N NTA++ T+D GEFQ
Sbjct 141 -ASANSTLLGTSMSAAIGWAKESPTPKEYLDGNSLKVAYYFNDDSINTAVKYTQDAGEFQ 199
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQL +AR +L +TDWD+T +A +KMP+KDGVF E L+ +PF
Sbjct 200 DLIIWDQLPDVARNALVNTDWDETPLNVARVKMPMKDGVFMEKLNGAYPF 249
>PHYCA_121494
Length=248
Score = 278 bits (712), Expect = 5e-94, Method: Compositional matrix adjust.
Identities = 135/230 (59%), Positives = 170/230 (74%), Gaps = 4/230 (2%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D V P P T +QK AVK+ PQL I+ GCHPY AVQ DG++S GLKWSGPQDG
Sbjct 23 IPYDTVVPIPSQTSKTDAQKAAVKYHPQLHIEDGCHPYAAVQADGAISDGLKWSGPQDGA 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YARS WV WAIMYAWYFP G+A VPP L GHR+ WEY V+W+D
Sbjct 83 CKGSPLGSQVYARSTWVKGKWAIMYAWYFPMGQA-PVPPVGL---GHRNGWEYAVIWLDR 138
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +N+T+LGVS+SA++G+SK+AP K++DG S+KV+YYYN++ NTA++ TE+ GEFQ
Sbjct 139 PTADNSTLLGVSLSAAVGWSKEAPAKQKWMDGNSLKVSYYYNNIFRNTAVKYTEEKGEFQ 198
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI WDQL AR +L +TDWD+T F +A +KMP+KDGVF E L +PF
Sbjct 199 TLITWDQLPDAARNALINTDWDETPFNVARVKMPMKDGVFMEKLTGAYPF 248
>PHYSO_261265
Length=247
Score = 278 bits (711), Expect = 9e-94, Method: Compositional matrix adjust.
Identities = 131/231 (57%), Positives = 172/231 (74%), Gaps = 7/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQD-G 80
I +D+V PF QP PVT KT +K+KP LKI GCHPYPAVQK+G +SGGL+WS P D
Sbjct 23 IPYDEVHPFAQPAPVTDLHKTMLKYKPHLKIKEGCHPYPAVQKNGDISGGLEWSSPTDNA 82
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
EC GS LGSQ+YARS+WV +AIMYAWYFP GRA +P FGHR+ WEY +VW+D
Sbjct 83 ECKGSPLGSQVYARSSWVKGKFAIMYAWYFPMGRAPLLP------FGHRNGWEYAIVWLD 136
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+ N+T+LG S+SA++G++K+ P + KY+DG ++KVAYY+N + TA++ TE+ GEF
Sbjct 137 SVSSTNSTILGTSLSAAVGWAKEVPRNRKYLDGNNLKVAYYFNRDVRCTAVEYTEEIGEF 196
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QD+I WDQL + R SL++TDWD T F +A LKMP+KDGVF+E L+ +PF
Sbjct 197 QDVITWDQLPAPTRDSLSNTDWDHTPFNVALLKMPMKDGVFQEKLNSAYPF 247
>PHYCA_10034
Length=274
Score = 277 bits (708), Expect = 7e-93, Method: Compositional matrix adjust.
Identities = 134/230 (58%), Positives = 169/230 (73%), Gaps = 4/230 (2%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D V P P T +QK AVK+ PQL I+ GCHPY AVQ DG++S GLKWSGP DG
Sbjct 49 IPYDTVVPIPSQTSKTDAQKAAVKYHPQLHIEDGCHPYAAVQADGAISDGLKWSGPHDGA 108
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YARS WV WAIMYAWYFP G+A VPP L GHR+ WEY V+W+D
Sbjct 109 CKGSPLGSQVYARSTWVKGKWAIMYAWYFPMGQA-PVPPVGL---GHRNGWEYAVIWLDR 164
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +N+T+LGVS+SA++G+SK+AP K++DG S+KV+YYYN++ NTA++ TE+ GEFQ
Sbjct 165 PTADNSTLLGVSLSAAVGWSKEAPAKQKWMDGNSLKVSYYYNNIFHNTAVKYTEEKGEFQ 224
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI WDQL AR +L +TDWD+T F +A +KMP+KDGVF E L +PF
Sbjct 225 TLITWDQLPDAARNALINTDWDETPFNVARVKMPMKDGVFMEKLTGAYPF 274
>PHYKE_6286
Length=250
Score = 274 bits (700), Expect = 5e-92, Method: Compositional matrix adjust.
Identities = 132/231 (57%), Positives = 170/231 (74%), Gaps = 5/231 (2%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+PV+ ++K AVKFKPQL + GC PYPAV +GS+S GLKW+G DG+
Sbjct 24 ISHDQVQPFAQPEPVSDAEKAAVKFKPQLAVTYGCDPYPAVDSNGSISAGLKWAGKPDGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+R+ W D WAIMYAWYFPK R F+GHRH W++ VVWID+
Sbjct 84 CTGSPLGSQVYSRADWYEDKWAIMYAWYFPKARQRLSK----YFYGHRHMWQWAVVWIDD 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLL-GNTALQLTEDTGEF 200
P +N+TV GVSMSAS+GY K++P KYVD +SVK+ Y + G +L+LTEDTGE
Sbjct 140 PASDNSTVQGVSMSASVGYQKRSPPKSKYVDDSSVKLDSYVDFWWSGKASLRLTEDTGET 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLIQWDQL+ AR SL+ D+D++L+ +KMPLKDGVF + L +++PF
Sbjct 200 QDLIQWDQLTDAARESLSSFDFDESLWNTKKIKMPLKDGVFTKNLKRSYPF 250
>PPTG_17049
Length=255
Score = 263 bits (672), Expect = 8e-88, Method: Compositional matrix adjust.
Identities = 131/234 (56%), Positives = 162/234 (69%), Gaps = 9/234 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+GHD+V+PFPQP+P+T SQK AVKFKPQL I GCHPYPAVQ DG++SGGLK+SG DG+
Sbjct 25 VGHDRVKPFPQPEPITTSQKAAVKFKPQLSIAFGCHPYPAVQADGAVSGGLKYSGKPDGD 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W DVWAI YAWY PKG + GHRH W YV VWI+N
Sbjct 85 CKGSALGSQVYSRSTWYRDVWAITYAWYLPKGYERFSGLSMVE--GHRHFWGYVTVWINN 142
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLL----GNTALQLTEDT 197
P +ENA +LGVSMS +G+ QAP D K VDG+++K+ + H++ G L+ E
Sbjct 143 PAVENAYILGVSMSGQLGHDTQAPVDKKCVDGSTLKLE-FDGHVMDGAKGKQGLRCVEAV 201
Query 198 GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
G+FQDLI WDQL+ AR SLN ++D G +PLKDGVF LL+ TWPF
Sbjct 202 GKFQDLITWDQLTEAARDSLNTYNFDS--IGRDMGTVPLKDGVFTNLLNSTWPF 253
>PHYSO_254108
Length=246
Score = 261 bits (668), Expect = 2e-87, Method: Compositional matrix adjust.
Identities = 127/230 (55%), Positives = 162/230 (70%), Gaps = 9/230 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+P QP PVT +QK AVK+KPQL++ GCHPYPAVQ +GS+SGGL+WSGP DG+
Sbjct 26 INHDQVQPMAQPTPVTDAQKLAVKYKPQLRVSYGCHPYPAVQANGSVSGGLEWSGPADGD 85
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YARS W D WA MY WYFPKGR +GHRH WEY ++W D+
Sbjct 86 CEGSSLGSQVYARSDWFKDKWATMYTWYFPKGRQ--------DVWGHRHFWEYAIIWTDS 137
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +N+T LG+SMSA +G+ KQ P +KY++G SVK+ +Y+ L ALQLT+D+G+FQ
Sbjct 138 PSPDNSTFLGISMSAGVGHGKQTPVLLKYMNGNSVKLESHYSVLGNKAALQLTKDSGDFQ 197
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W QL AR +LN +D T F +MPLKD VF +L+K +P+
Sbjct 198 DLITWGQLPVPARDALNGDAFDVTYF-FNKFEMPLKDRVFMSVLNKAYPW 246
>PHYCA_118548
Length=246
Score = 256 bits (653), Expect = 5e-85, Method: Compositional matrix adjust.
Identities = 124/230 (54%), Positives = 158/230 (69%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HDQV+PF QP+P+T SQK+AVK+KPQL I GCHPY AVQ DGS SGGL+WSG DG+
Sbjct 25 VNHDQVQPFAQPEPITDSQKSAVKYKPQLHISYGCHPYAAVQADGSASGGLEWSGRVDGD 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS+LGSQ+Y+RS W +D WAIMYAWYFPKGR GHRH WEY +VW D+
Sbjct 85 CTGSQLGSQVYSRSDWYHDKWAIMYAWYFPKGR--------YHLGGHRHYWEYAIVWTDS 136
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N+++ GVSMSA +GY K P +KY+DG S+K +++ L ALQLT++ GE Q
Sbjct 137 PTSSNSSIQGVSMSAGVGYGKATPPMLKYIDGNSIKFDSHFSLLGNKAALQLTKEAGERQ 196
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQL+ AR +LN D + ++P KD +F + L K +PF
Sbjct 197 DLITWDQLTVAARDTLNGDALDGKAWFTDKDEVPFKDDIFVKRLQKAFPF 246
>PITG_22053
Length=245
Score = 253 bits (646), Expect = 5e-84, Method: Compositional matrix adjust.
Identities = 120/230 (52%), Positives = 159/230 (69%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PF QP P+T SQK+AVK+KPQL I GCHPYPAV+ + SGGL+W GP DG+
Sbjct 24 VNHDEVQPFAQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNSYASGGLEWPGPADGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR GHRH WEYVVVW D
Sbjct 84 CTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGRYG--------LTGHRHYWEYVVVWTDT 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N+++ GVSMSA +G++K P +KY+ G+S+K+ Y++ L ALQLT++TGE Q
Sbjct 136 PTSTNSSIQGVSMSAGVGHAKATPPMLKYIHGSSIKLDSYFSFLGSKAALQLTKETGEIQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ ARY+LN D ++ ++P KD +F + L+ +PF
Sbjct 196 DLITWDQMTVSARYTLNSDALDGNVWLTNIDEVPFKDTIFLKRLENAFPF 245
>PPTG_07664
Length=245
Score = 253 bits (646), Expect = 6e-84, Method: Compositional matrix adjust.
Identities = 121/230 (53%), Positives = 159/230 (69%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PF Q P+T SQK+AVK+KPQL I GCHPYPAVQ +GS SGGL+WSGP DG+
Sbjct 24 VNHDKVQPFAQLQPITDSQKSAVKYKPQLHISYGCHPYPAVQANGSASGGLEWSGPVDGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+RSAW + WAIMYAWYFPKGR GHRH WEY +VW D+
Sbjct 84 CTGSPLGSQVYSRSAWYKEKWAIMYAWYFPKGRYGIT--------GHRHYWEYAIVWTDS 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
N+++ GVSMSA +G++K P +KYVDG+S+K+ Y++ + ALQLT++ GE Q
Sbjct 136 ATSTNSSIQGVSMSAGVGHAKATPPMLKYVDGSSIKLDSYFSFMGNKAALQLTKEHGETQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQL+ AR +LN D ++ ++P KD +F + L +PF
Sbjct 196 DLITWDQLTVAARDTLNSDALDGNVWLTNKDEVPFKDDIFMQRLKNAFPF 245
>PITG_04208
Length=245
Score = 252 bits (643), Expect = 2e-83, Method: Compositional matrix adjust.
Identities = 120/230 (52%), Positives = 158/230 (69%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PF QP P+T SQK+AVK+KPQL I GCHPYPAV+ + SGGL+W GP DG+
Sbjct 24 VNHDEVQPFAQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNSYASGGLEWPGPADGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR GHRH WEYVVVW D
Sbjct 84 CTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGRYG--------LTGHRHYWEYVVVWTDT 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N+++ GVSMSA +G++K P +KY+ G+S+K+ Y++ L ALQLT++TGE Q
Sbjct 136 PTSTNSSIQGVSMSAGVGHAKATPPMLKYIHGSSIKLDSYFSFLGSKAALQLTKETGEIQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ ARY+LN D ++ ++P KD +F + L +PF
Sbjct 196 DLITWDQMTVSARYTLNSDALDGNVWLTNIDEVPFKDTIFLKRLANAFPF 245
>PITG_19936
Length=249
Score = 251 bits (641), Expect = 4e-83, Method: Compositional matrix adjust.
Identities = 126/231 (55%), Positives = 160/231 (69%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P SQK+AVK+KPQL I GCHPYPAVQ+DGS+S GLKW+G +G+
Sbjct 24 IDHDAVQPFAQPEPTMESQKSAVKYKPQLHISYGCHPYPAVQEDGSISAGLKWAGWPNGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W WAIMYAWYFPK R D R FGHRH W Y +VW +N
Sbjct 84 CKGSALGSQVYSRSDWYKGKWAIMYAWYFPKSRQYV---DKYR-FGHRHYWSYAIVWTNN 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P +N+T+LGVSMS+ +GY K++P KY VDGT+VK+ +Y++ LQLTE +GE
Sbjct 140 PNPDNSTILGVSMSSGVGYMKRSPPKSKYVVDGTTVKLDWYWSFWGSKQGLQLTEKSGET 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QLS AR +L+ D+D + + MPLKD +F L K +PF
Sbjct 200 QDLITWEQLSEEARNALSEADFDVS-WAFTKAVMPLKDDIFTSRLKKAYPF 249
>PHYRA_74356
Length=244
Score = 249 bits (635), Expect = 3e-82, Method: Compositional matrix adjust.
Identities = 123/230 (53%), Positives = 152/230 (66%), Gaps = 9/230 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF +P+P T S+K AVKFKPQL + GC+PYPAVQ DGS+S GLK SGP DGE
Sbjct 24 IDHDQVQPFAEPEPTTDSEKAAVKFKPQLLVSYGCYPYPAVQADGSVSAGLKGSGPADGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+RS W D WAIMYAWY PKG + RH WE VVWID+
Sbjct 84 CTGSSLGSQVYSRSDWYEDKWAIMYAWYLPKGNYK---------YQRRHYWETAVVWIDD 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVSM+ + P +++DG+SVK+ Y + LQ T++ GEFQ
Sbjct 135 PALSNSTILGVSMNYGRRSEFETPVQARFLDGSSVKLDSYRGYGYPKPRLQFTQEEGEFQ 194
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ AR +L+ D+D LF KMPLKDG+FE L WPF
Sbjct 195 DLITWEQLTEEARDALSTADFDGPLFKKKKRKMPLKDGIFEFRLKDAWPF 244
>PHYCA_118674
Length=281
Score = 249 bits (635), Expect = 8e-82, Method: Compositional matrix adjust.
Identities = 128/231 (55%), Positives = 158/231 (68%), Gaps = 7/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P T S+K+AVK+KPQL I GCHPYPAVQ +GS+SGGLKW+G DG+
Sbjct 57 INHDQVQPFTQPEPTTDSEKSAVKYKPQLHISDGCHPYPAVQANGSVSGGLKWAGRSDGD 116
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S LGSQIY+RS W ND WAIMYAWYFPKG D GHRH W Y +VW +
Sbjct 117 CKRSALGSQIYSRSDWHNDKWAIMYAWYFPKGNEFQANFD----SGHRHYWSYAIVWTGS 172
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P EN+TVLGVSMS+S GY K+AP KYV DGT+VK Y + A++LT+ GE
Sbjct 173 PNPENSTVLGVSMSSS-GYGKKAPPKSKYVIDGTTVKFDSYVSFWASKQAIRLTKKEGEA 231
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ AR +L+ D+ + + + MPLKD VF +L K +PF
Sbjct 232 QDLITWEQLTQEARTALSEADF-KAESTFSKVVMPLKDDVFSSILKKAYPF 281
>PITG_19938
Length=245
Score = 247 bits (631), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 121/228 (53%), Positives = 160/228 (70%), Gaps = 8/228 (4%)
Query 24 HDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECT 83
HD+V+PF QP P+T SQK+AVK+KPQL I GCHPYPAV+ +GS SGGL+WSGP DG+CT
Sbjct 26 HDEVQPFTQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNGSASGGLEWSGPADGDCT 85
Query 84 GSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPG 143
GS LGSQ+Y+RS W + WAIMYAWYFPKGR GHRH WEYVVVW D+
Sbjct 86 GSPLGSQVYSRSDWYKNKWAIMYAWYFPKGRYGLT--------GHRHYWEYVVVWADSST 137
Query 144 LENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDL 203
++++ GVSMSA +G++K P +KY+ G+SVK+ Y++ L ALQLT++TGE QDL
Sbjct 138 STSSSIQGVSMSAGVGHAKATPPMLKYIHGSSVKLDSYFSFLGSKAALQLTKETGETQDL 197
Query 204 IQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
I WDQ++ AR +LN D ++ ++P KD +F + L+ +PF
Sbjct 198 ITWDQMTVAARDTLNSDTLDGNVWLTNKDEVPFKDTIFLKRLEDAFPF 245
>PHYRA_74306
Length=245
Score = 247 bits (630), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 120/230 (52%), Positives = 152/230 (66%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF +P+P+T S+K AVKFKPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 24 IDHDKVQPFAEPEPMTDSEKAAVKFKPQLLVSYGCYPYPAVQADGSVSAGLRGSGPADGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMY WY PKGR+ RH WE VVWID+
Sbjct 84 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRSTR--------HQRRHFWETAVVWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVSM+ +Q P VKY+DG+SVK+ Y + LQ T++ G+FQ
Sbjct 136 PALANSTILGVSMNYGWRSKEQTPVKVKYLDGSSVKLESYRAYGFPKPRLQFTQEDGQFQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ AR +L+ D+D L +MPLKD +FE L WPF
Sbjct 196 DLITWEQLTEEARDALSTADFDTYLIEQKKREMPLKDDIFEYRLKDAWPF 245
>PHYCA_9298
Length=248
Score = 246 bits (628), Expect = 4e-81, Method: Compositional matrix adjust.
Identities = 124/231 (54%), Positives = 155/231 (67%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P T S+K+AVK+KPQL I GCHPYPAVQ DG++S GLKW+G G+
Sbjct 23 IDHDQVQPFAQPEPTTNSEKSAVKYKPQLHISDGCHPYPAVQADGAVSAGLKWAGTASGQ 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W + WAIMYAWYFPKGR FGHRH W Y +VW+D+
Sbjct 83 CKGSGLGSQVYSRSDWYKNKWAIMYAWYFPKGRQYISK----YRFGHRHFWSYAIVWMDS 138
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+N+T+LGVSMSA +GYSK+ P KY VDGT+VK Y++ A+ LT GE
Sbjct 139 DVPDNSTILGVSMSAGVGYSKETPPKSKYVVDGTTVKFKSYHSFWGSKLAVGLTTKEGES 198
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ AR L D+D + + MP+ DGVF E L K +PF
Sbjct 199 QDLIAWEQLTDEARSGLTDADFD-VDWSFRKVVMPMTDGVFTEKLKKNYPF 248
>PHYRA_52440
Length=243
Score = 243 bits (619), Expect = 6e-80, Method: Compositional matrix adjust.
Identities = 117/228 (51%), Positives = 157/228 (69%), Gaps = 8/228 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD V+PF QP PVT SQK+AVK+KPQL I GCHPYPAV+ +G SGGL+WSGP DG+
Sbjct 24 VNHDLVQPFAQPTPVTDSQKSAVKYKPQLYISYGCHPYPAVEANGYASGGLEWSGPNDGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W ++ WAIMYAWYFPKGR GHR+ WEY +VW D+
Sbjct 84 CKGSSLGSQVYSRSDWYHEKWAIMYAWYFPKGRYGVT--------GHRNYWEYAIVWTDS 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
+N+T+LGVSMSA +G+ K P +KY++G+SVK+ +++ L AL+LT+ GEFQ
Sbjct 136 TSPDNSTLLGVSMSAGVGHDKTTPPMLKYMNGSSVKLNSHFSLLGSKAALELTKKEGEFQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL+ AR +LN D ++ ++P KD +F + L+ +
Sbjct 196 DLITWDQLTVAARETLNSDALDGNVWLSNKDEVPFKDDIFVDRLEDAY 243
>PPTG_19331
Length=368
Score = 245 bits (626), Expect = 3e-79, Method: Compositional matrix adjust.
Identities = 122/230 (53%), Positives = 150/230 (65%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQP+PVT+S+K AVKFKPQ+ I GCHPYPAV + G SGGLK G +
Sbjct 152 IDHDQVKPFPQPEPVTISEKAAVKFKPQIHITNGCHPYPAVNEAGETSGGLKTKGAPSAK 211
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS WV +WAIMY+WYFPK ++ GHRH+WE+V+VWIDN
Sbjct 212 CKGSGWGSQVYGRSTWVQGIWAIMYSWYFPKDSPSS-------GLGHRHDWEHVIVWIDN 264
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GYSKQ P + VDGTSVKV Y +H N AL+ T + G+FQ
Sbjct 265 PDVENPKILAVTPSAHDGYSKQVPPNADCVDGTSVKVK-YESHWPINHALESTSEGGDFQ 323
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS AR ++N W + P DG F+ L+K WPF
Sbjct 324 DLIMWDQLSEDARRAMNGVGWGKA-------NTPFNDGNFKPKLEKAWPF 366
>PHYSO_526774
Length=249
Score = 238 bits (607), Expect = 5e-78, Method: Compositional matrix adjust.
Identities = 122/231 (53%), Positives = 153/231 (66%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+P QP+P T S+KTAVK+KPQL I GCHPYPAVQ DGS+S GLKWSG +G+
Sbjct 24 INHDTVQPVAQPEPTTDSEKTAVKYKPQLHISYGCHPYPAVQADGSVSAGLKWSGWANGK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W WAIMYAWYFPKGR + GH H W Y +VWIDN
Sbjct 84 CKGSGLGSQVYSRSDWYKGKWAIMYAWYFPKGRRMGDGYN----SGHHHYWSYAIVWIDN 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P +N+T+LGVSMSA +GY K +P KY VDG +VK Y + ++LT +G+
Sbjct 140 PNPDNSTILGVSMSAGVGYRKASPPKSKYVVDGVTVKFDSYRSFWGSKQGVRLTTKSGDQ 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ AR +L+ D+D + L + MPLKD E L+K +PF
Sbjct 200 QDLITWEQLTDEARTALSDADFDVN-WSLKNVVMPLKDDALRERLEKAYPF 249
>PPTG_07671
Length=246
Score = 237 bits (605), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 114/230 (50%), Positives = 150/230 (65%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V PF QP P T S+K AVK+KPQ + GCHPYPAVQ DGS+S GLK SGP DGE
Sbjct 24 INHDEVEPFAQPKPTTDSEKAAVKYKPQFHVSYGCHPYPAVQADGSVSAGLKGSGPMDGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D+WAIMYAWY PKGR+ + RH WE VVWID+
Sbjct 84 CEGSPLGSQVYSRSGWYEDMWAIMYAWYLPKGRSTK--------YQRRHYWEVAVVWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVS++ ++ Q P + +Y+ G+ VK+ + + L+ T+ GE Q
Sbjct 136 PALANSTILGVSLNYGRRHNSQVPVEEQYLHGSRVKLESFKGFGVPRPRLRFTDLEGETQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ AR +L++ + + L MPLKDGVFE+ L+ +PF
Sbjct 196 DLITWEQLTEEARDALSNAKFQRGLIKRLRGDMPLKDGVFEKRLEDAYPF 245
>PHYCA_132252
Length=249
Score = 237 bits (605), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 121/231 (52%), Positives = 153/231 (66%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P T S+K+AVK+KPQL I GCH YPAVQ DG++S GLKW+G G+
Sbjct 24 IDHDQVQPFAQPEPTTNSEKSAVKYKPQLHISDGCHSYPAVQADGAVSAGLKWAGSVSGQ 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWYFPKGR FGHRH W Y +VW+D+
Sbjct 84 CKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYISK----YRFGHRHFWSYAIVWMDS 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+N+T+LGVSMSA +GY+K+ P KY VDGT+VK Y + G A+ LT GE
Sbjct 140 DVPDNSTILGVSMSAGVGYNKKTPPKSKYVVDGTTVKFDSYQSFWGGKLAVGLTTKEGET 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ R L D+D + + + MP+ D VF + L K +PF
Sbjct 200 QDLITWEQLTDEGRTGLTDADFD-VDWSIRKVVMPMADDVFVKKLKKNYPF 249
>PHYCA_118551
Length=245
Score = 237 bits (604), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 116/230 (50%), Positives = 148/230 (64%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PFPQP P T S+K AVK+KPQL + GCHPYPAVQ DGS+S GLK +GP GE
Sbjct 24 IDHDTVKPFPQPKPKTDSEKAAVKYKPQLLVSYGCHPYPAVQADGSVSAGLKGTGPAAGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMY+WY PKGR A + RH WE VVWID+
Sbjct 84 CGGSALGSQVYSRSDWYKDKWAIMYSWYLPKGRPAK--------YQRRHLWETAVVWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVS++ + AP + +++D + VK+ Y L+ T GE Q
Sbjct 136 PSLANSTILGVSLNYGWRHKTMAPIESEFLDDSRVKLESYRGFSYPRPKLRFTTHVGETQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ AR +L++ ++D L +MPLKDGVFE+ L WPF
Sbjct 196 DLITWEQLTVEAREALSNAEFDSGLIKTTRREMPLKDGVFEKRLKDAWPF 245
>PHYSO_526832
Length=249
Score = 237 bits (604), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 117/230 (51%), Positives = 150/230 (65%), Gaps = 4/230 (2%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF Q +PV S K A+KFKP+L+I GCHPYPAVQ DG++S GLKW+G DG+
Sbjct 24 INHDQVHPFAQVEPVNASDKAAIKFKPKLQISYGCHPYPAVQADGAVSDGLKWAGKADGK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RSAW +AIMYAWYFPKG + + HRH W Y+V+WIDN
Sbjct 84 CKGSGLGSQVYSRSAWFEGKFAIMYAWYFPKGFEQRGKIN----YSHRHLWLYLVLWIDN 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P EN +LGV + + G ++ P D K++DG+S+KV YY + G T +QLTE+ GEFQ
Sbjct 140 PENENPAILGVWLRTAGGNERRTPPDAKFLDGSSLKVDYYKSSWHGKTGIQLTENPGEFQ 199
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+Q++ AR +L D+D L +P DG F L K W F
Sbjct 200 DLITWEQMTEEARIALTEADFDGHWQERKDLDVPFIDGEFTVNLKKAWVF 249
>PHYSO_249692
Length=248
Score = 237 bits (604), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 120/230 (52%), Positives = 151/230 (66%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQVRPF QP+PVT+S++ AVKFKPQL + GCHPYPAV G SGGLK SG
Sbjct 34 ISHDQVRPFAQPEPVTISERAAVKFKPQLHVTNGCHPYPAVNDAGETSGGLKTSGAPSAG 93
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V+VWI+N
Sbjct 94 CKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWINN 146
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + + +L V+ SA GYSK +P + +DGTS+KV Y N+ + N A +T + G+FQ
Sbjct 147 PDVPDPIILAVTPSAHSGYSKYSPPNADTLDGTSIKVNYESNYPM-NHATDVTTEGGDFQ 205
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ+S LAR +LN + FG A +P+ DG F LD+ WPF
Sbjct 206 DLIMWDQMSDLARRALN-----EVSFGDA--NVPMNDGNFVGKLDRAWPF 248
>PHYRA_72386
Length=245
Score = 236 bits (603), Expect = 2e-77, Method: Compositional matrix adjust.
Identities = 122/230 (53%), Positives = 149/230 (65%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQVRPF QP+PVT+S++ A+KFKPQL + GCHPYPAV G + GGLK +G
Sbjct 31 ISHDQVRPFAQPEPVTISERAAMKFKPQLNVIDGCHPYPAVNDAGEVGGGLKTTGSPTAG 90
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY RS W D+WAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 91 CKGSGWGSQIYGRSTWHRDIWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 143
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N +L VS SA GYSK AP +DGTS K+ Y ++ + N AL T D GEFQ
Sbjct 144 PDVPNPIILAVSPSAHSGYSKYAPPGADILDGTSAKIRYESSYPM-NHALDATTDAGEFQ 202
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+Q+S LAR +LN + FG A +P+ DG F LDK WPF
Sbjct 203 DLIMWEQMSDLARQALNTMN-----FGDA--NVPMNDGNFVGKLDKAWPF 245
>PHYRA_72344
Length=245
Score = 236 bits (603), Expect = 2e-77, Method: Compositional matrix adjust.
Identities = 122/230 (53%), Positives = 149/230 (65%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQVRPF QP+PVT+S++ A+KFKPQL + GCHPYPAV G + GGLK +G
Sbjct 31 ISHDQVRPFAQPEPVTISERAAMKFKPQLNVIDGCHPYPAVNDAGEVGGGLKTTGSPTAG 90
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY RS W D+WAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 91 CKGSGWGSQIYGRSTWHRDIWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 143
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N +L VS SA GYSK AP +DGTS K+ Y ++ + N AL T D GEFQ
Sbjct 144 PDVPNPIILAVSPSAHSGYSKYAPPGADILDGTSAKIRYESSYPM-NHALDATTDAGEFQ 202
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+Q+S LAR +LN + FG A +P+ DG F LDK WPF
Sbjct 203 DLIMWEQMSDLARQALNTMN-----FGDA--NVPMNDGNFVGKLDKAWPF 245
>PHYCA_122048
Length=236
Score = 236 bits (601), Expect = 3e-77, Method: Compositional matrix adjust.
Identities = 126/230 (55%), Positives = 145/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H+QV PF QP+ T+SQK A+KFKPQ+ I GCHPYPAV + G SGGLK SG
Sbjct 22 IDHNQVVPFAQPEATTISQKAAIKFKPQIHITNGCHPYPAVNEAGETSGGLKTSGAPSSS 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N WAIMY+WYFPK +T GHRH+WE+VVVWIDN
Sbjct 82 CKGSGWGSQVYGRSTWYNGKWAIMYSWYFPKDSPST-------GLGHRHDWEHVVVWIDN 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N T+L S SA GYS AP VDGTSVKV Y N + N AL +T +GE Q
Sbjct 135 PDVANPTILATSPSAHSGYSFYAPPSSDSVDGTSVKVNYESNWPI-NHALDMTSKSGETQ 193
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS ARY+LN TD FG A +P+ DG F L K WPF
Sbjct 194 DLIMWDQLSEAARYALNTTD-----FGKA--NVPMNDGNFVAKLGKAWPF 236
>PHYSO_526623
Length=249
Score = 236 bits (601), Expect = 4e-77, Method: Compositional matrix adjust.
Identities = 121/231 (52%), Positives = 150/231 (65%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P T S+KTAVKFKPQL I GCHPYPAV+ +GS+S GLKW+G DG+
Sbjct 24 INHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVEANGSVSAGLKWTGWADGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWYFPKGR GHRH W Y +VW D+
Sbjct 84 CKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYASQ----YRSGHRHFWSYAIVWTDS 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+N+T+ GVSMSA +GY K P KY VDG +VK Y++ ++ T TGE
Sbjct 140 DKPDNSTIQGVSMSAGVGYGKATPPKSKYVVDGVTVKFDSYFSFWGSKVGIRTTTKTGET 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ AR +L D+D + + MPL D VF E L+K +PF
Sbjct 200 QDLITWEQLTDEARTALTDADFD-VDWSYKKVVMPLLDDVFTEKLEKAYPF 249
>PITG_04248
Length=245
Score = 236 bits (601), Expect = 4e-77, Method: Compositional matrix adjust.
Identities = 114/230 (50%), Positives = 150/230 (65%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP P T S+ AVK+KPQL + GC PYPAVQ DGS+S GLK SGP DGE
Sbjct 24 INHDEVKPFAQPKPTTDSEVAAVKYKPQLYVSYGCRPYPAVQADGSVSAGLKGSGPMDGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWY PKGR + RH WE VVWID+
Sbjct 84 CEGSPLGSQVYSRSTWYEDKWAIMYAWYLPKGRNTK--------YQRRHFWEAAVVWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVS++ + +AP + +Y++G++VK+ Y + L+ T+ GE Q
Sbjct 136 PALANSTILGVSLNYGRRHKSKAPLERRYLEGSNVKLESYKGYGKPRPRLRFTQLKGETQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI W+QL+ AR +L++ ++ LF +MPLKDGVFE+ L +PF
Sbjct 196 HLITWEQLTKEARDALSNAKFNTGLFKRTKREMPLKDGVFEKRLKDAYPF 245
>PHYRA_71404
Length=245
Score = 234 bits (598), Expect = 1e-76, Method: Compositional matrix adjust.
Identities = 121/230 (53%), Positives = 148/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQPDPVT+S+K VKFKPQL I GCH YPAV G SGGLK +G
Sbjct 31 IDHDQVKPFPQPDPVTISEKAGVKFKPQLHITNGCHSYPAVDDAGDTSGGLKTTGAPSAG 90
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 91 CKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDEPST-------GIGHRHDWEHVIVWIDN 143
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GY K AP + +DGT+ KVA Y +H + AL + + G+FQ
Sbjct 144 PDVENPKILAVTPSAHSGYHKYAPPNADSIDGTTTKVA-YESHWPMDHALDSSSEAGDFQ 202
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS AR +LN + FG A +P+ DG F+ L + WPF
Sbjct 203 DLIMWDQLSENARRALNSVN-----FGNA--NVPMNDGNFQAKLGRAWPF 245
>PHYRA_72433
Length=245
Score = 234 bits (597), Expect = 1e-76, Method: Compositional matrix adjust.
Identities = 121/230 (53%), Positives = 148/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQPDPVT+S+K VKFKPQL I GCH YPAV G SGGLK +G
Sbjct 31 IDHDQVKPFPQPDPVTISEKAGVKFKPQLHITNGCHSYPAVDDAGDTSGGLKTTGAPSAG 90
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 91 CKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDEPST-------GIGHRHDWEHVIVWIDN 143
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GY K AP + +DGT+ KVA Y +H + AL + + G+FQ
Sbjct 144 PDVENPKILAVTPSAHSGYHKYAPPNADSIDGTTTKVA-YESHWPMDHALDSSSEAGDFQ 202
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS AR +LN + FG A +P+ DG F+ L + WPF
Sbjct 203 DLIMWDQLSENARRALNSVN-----FGNA--NVPMNDGNFQAKLGRAWPF 245
>PHYRA_76249
Length=326
Score = 236 bits (603), Expect = 3e-76, Method: Compositional matrix adjust.
Identities = 119/230 (52%), Positives = 143/230 (62%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P+T+S+K VKFKPQ+ + GCHPYPAV + G GGLK G
Sbjct 112 IDHDQVKPFAQPEPITISEKAGVKFKPQIHVTNGCHPYPAVNEAGETGGGLKTKGAPSAG 171
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 172 CKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 224
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GYSKQ P + VDGTSVKV Y + N AL+ T G+FQ
Sbjct 225 PDVENPKILAVTPSAHSGYSKQVPPNADSVDGTSVKVEYKSKWPI-NHALESTSQGGDFQ 283
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS AR +LN W P+ DG F+ L K WPF
Sbjct 284 DLIMWDQLSENARRALNSVPW-------GDANTPMNDGNFQNKLGKAWPF 326
>PHYCA_129784
Length=246
Score = 233 bits (595), Expect = 3e-76, Method: Compositional matrix adjust.
Identities = 120/230 (52%), Positives = 146/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQP PVT+S++ A+KFKPQL + GCHPYPAV G GGLK +G
Sbjct 32 IDHDQVKPFPQPQPVTISERAAMKFKPQLHVVDGCHPYPAVNDAGETGGGLKTTGSPTAG 91
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V+VWI N
Sbjct 92 CKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWISN 144
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N T+L V+ SA GYSK AP VDGTS+KV Y + + N A +T + GEFQ
Sbjct 145 PDVPNPTILAVTPSAHSGYSKYAPPSADTVDGTSIKVRYESTYPM-NHATDVTTEAGEFQ 203
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ AR +LN FG A + P+ DG F LDK WPF
Sbjct 204 DLIMWDQMTDAARNALN-----TVSFGDANV--PMNDGNFVPKLDKAWPF 246
>PHYSO_329843
Length=239
Score = 233 bits (593), Expect = 5e-76, Method: Compositional matrix adjust.
Identities = 124/230 (54%), Positives = 145/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP+ VT+SQK AVKFKPQ+ I GCHPYPA + G SGGLK +G
Sbjct 25 IDHDQVVPFAQPEAVTISQKAAVKFKPQIHITNGCHPYPAANEAGQTSGGLKPTGAPSSS 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W + WAIMY+WYFPK +T GHRH+WE+VVVWIDN
Sbjct 85 CKGSGWGSQVYGRSTWYSGRWAIMYSWYFPKDSPST-------GLGHRHDWEHVVVWIDN 137
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN T+L S SA GYS P +DGTSVKV Y +H N AL +T ++GEFQ
Sbjct 138 PDVENPTILSTSPSAHSGYSYYVPPSADSIDGTSVKVN-YESHWPINHALDMTSESGEFQ 196
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS AR +LN T FG A +P+ DG F L K WPF
Sbjct 197 DLIMWDQLSDAARLALNTTS-----FGSA--NVPMNDGNFLTKLGKAWPF 239
>PHYRA_74307
Length=249
Score = 233 bits (593), Expect = 6e-76, Method: Compositional matrix adjust.
Identities = 120/233 (52%), Positives = 157/233 (67%), Gaps = 10/233 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P T S+KTAVKFKPQL I GCHPYPAV +GS++ GLKW+G DG+
Sbjct 24 IDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVNANGSVNAGLKWAGWADGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFF--GHRHNWEYVVVWI 139
C GS LGSQ+Y+RS D WAIMYAWYFPKGR ++ + GHRH W Y +VW
Sbjct 84 CKGSGLGSQVYSRSDSYKDKWAIMYAWYFPKGR------QYIHKYHSGHRHYWSYGIVWT 137
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTG 198
D+ +N+T+LGVSMSA +GY K +P K+V DGT+VK Y + ++LT+ TG
Sbjct 138 DSSSPDNSTILGVSMSAGVGYRKVSPPKSKFVIDGTTVKFDSYKSFWGSKQGVRLTKKTG 197
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
+ QDLI W+Q++ AR +L TD+D + L + MPL D F E L+K++PF
Sbjct 198 DTQDLITWEQMTEEARTALVDTDFD-VEWSLKKVVMPLSDDAFTERLEKSYPF 249
>PHYCA_107869
Length=342
Score = 236 bits (601), Expect = 7e-76, Method: Compositional matrix adjust.
Identities = 121/230 (53%), Positives = 144/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+PVT+S+K AVK+KPQ+ I GCHPYPAV + G SGGLK G
Sbjct 128 IDHDQVKPFAQPEPVTISEKAAVKYKPQIHIVNGCHPYPAVNEAGETSGGLKTKGAPSAG 187
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS WV VWAIMY+WYFPK ++ GHRH+WE+V+VWIDN
Sbjct 188 CKGSGWGSQVYGRSTWVRGVWAIMYSWYFPKDSPSS-------GLGHRHDWEHVIVWIDN 240
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GYSKQ P VDGTSVKV Y + N AL T + G+FQ
Sbjct 241 PDIENPKILAVTPSAHSGYSKQVPPKADCVDGTSVKVKYESKWPV-NHALDSTSEGGDFQ 299
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQLS AR ++N W + P DG F LDK WPF
Sbjct 300 DLIMWDQLSENARRAMNGVGWGKA-------NTPFNDGNFLPKLDKAWPF 342
>PHYKE_2376
Length=322
Score = 234 bits (598), Expect = 1e-75, Method: Compositional matrix adjust.
Identities = 118/230 (51%), Positives = 144/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+PVT+S+K VKFKPQ+ I GCHPYPAV + G SGGLK G
Sbjct 108 IDHDQVKPFGQPEPVTISEKAGVKFKPQIHITNGCHPYPAVNEAGETSGGLKTKGAPSAG 167
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W NDVWAIMY+WYFPK +T GHRH+WE+V++WIDN
Sbjct 168 CKGSGWGSQVYGRSGWKNDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIIWIDN 220
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GYS P + +DGTS KV Y +H N AL T + G+FQ
Sbjct 221 PDVENPRILAVTPSAHSGYSTYRPPNADTLDGTSAKV-NYESHWPVNHALDSTSEGGDFQ 279
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ AR +LN W +P+ DG F LDK WPF
Sbjct 280 DLIMWDQMTDNARRALNEVSW-------GDANVPMNDGNFGPKLDKAWPF 322
>PHYRA_74343
Length=249
Score = 232 bits (591), Expect = 1e-75, Method: Compositional matrix adjust.
Identities = 118/231 (51%), Positives = 150/231 (65%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P T S+KTAVKFKPQL I GCHPYPAV +GS++ GLKW+G DG+
Sbjct 24 IDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVNANGSVNAGLKWAGWDDGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWYFPKGR T GHRH W Y +VW D+
Sbjct 84 CKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYTSA----YRTGHRHYWSYGIVWTDS 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+N+T+LGVSMSA +G+ K P KY VDGT+VK + + ++LT GE
Sbjct 140 SSPDNSTILGVSMSAGVGFGKATPPKSKYVVDGTTVKFDSFRSFWGSKMGVKLTTKEGEM 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+Q++ AR +L D+D + + + MP+ D VF L K +PF
Sbjct 200 QDLITWEQMTEEARTALTDADFD-VDWSVRKVVMPMSDDVFMTKLKKAYPF 249
>PPTG_17409
Length=235
Score = 231 bits (588), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 120/230 (52%), Positives = 146/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+PVT+S+K AVKFKPQL I GCHPYPAV G GGLK +G G
Sbjct 21 IDHDQVQPFAQPEPVTISEKAAVKFKPQLHITNGCHPYPAVNAAGDTGGGLKPTGAPSGS 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK ++ GHRH+WE VV+WI+N
Sbjct 81 CKGSGYGSQVYGRSTWFNGVWAIMYSWYFPKDSPSSS-------LGHRHDWENVVIWINN 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N +L + SA GYS+ AP D +DGTS KV Y +H N A T + G+FQ
Sbjct 134 PDVPNPVILAICPSAHGGYSRYAPPDADTIDGTSAKVN-YESHWPINHATDTTSEGGDFQ 192
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQL+ AR +L TD FG A +P+K+G F L+K WPF
Sbjct 193 DLIMWDQLTDAARTALQDTD-----FGDA--NVPMKEGSFLSNLEKAWPF 235
>PHYSO_507736
Length=236
Score = 231 bits (588), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 129/249 (52%), Positives = 155/249 (62%), Gaps = 15/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R + VAA+A L + A VI HDQV PF QP P + SQ AVKFKPQL I GCHPYP
Sbjct 1 MNLRRLVVAAVAFLTASHASVIDHDQVVPFAQPTPTSTSQTAAVKFKPQLHITNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV DG+ SGGL +G C GS GSQIY RS W N VWAIMY+WYFPK A+
Sbjct 61 AVDADGNTSGGLNPTGSSSAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
FGHRH+WE++VVW++NP + + +L VS SA GY+ P Y+DG S K+
Sbjct 118 ----GFGHRHDWEHIVVWLNNPAVTSPELLAVSTSAHSGYTTYYPPSSSYLDGNSAKID- 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
YYN LL N A ++T D+GE QDLI WDQL+ AR +L +TD FG A +P KD
Sbjct 173 YYNVLLINHAFRMTSDSGETQDLIMWDQLTDAARTALENTD-----FGDA--NVPFKDAN 225
Query 241 FEELLDKTW 249
FE L W
Sbjct 226 FETKLANAW 234
>PHYRA_71477
Length=238
Score = 231 bits (589), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 119/230 (52%), Positives = 147/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V PFPQP+PVT+S+K AV+FKP++ I GCHPYPAV + G SGGL+ +G +
Sbjct 24 IGHDEVVPFPQPEPVTISEKAAVRFKPEIHITNGCHPYPAVSEAGMTSGGLQATGGPSSK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W + VWAIMY WYFPK +T GHRH+WE+VVVWIDN
Sbjct 84 CKGSGWGSQMYGRSTWYSGVWAIMYTWYFPKDSPSTR-------LGHRHDWEHVVVWIDN 136
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N +L VS SA GYSK P VDGTSVK+ Y +H N AL T +GEFQ
Sbjct 137 PDVSNPILLAVSPSAHSGYSKYVPPSADSVDGTSVKIN-YESHWPVNHALDTTSKSGEFQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q+S AR +LN TD+ + + MP+ DG F L WP+
Sbjct 196 DLIMWHQMSDAARLALNTTDFGKAI-------MPMNDGSFLGKLAGAWPW 238
>PHYCA_108039
Length=215
Score = 230 bits (586), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 122/230 (53%), Positives = 142/230 (62%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HDQV+PF QPDPVTVS+K AVKFKPQ+ I GCHPYPAV G SGGLK G
Sbjct 1 MDHDQVQPFKQPDPVTVSEKAAVKFKPQIHITNGCHPYPAVTWWGETSGGLKTKGAPSAG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS WV VWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 61 CKGSGWGSQVYGRSTWVKGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GYSKQ P VDGTSVKV Y + N AL+ T + GE Q
Sbjct 114 PDIENPKILAVTPSAHSGYSKQVPPSADCVDGTSVKVKYESKWPI-NHALESTTEGGETQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QLS A ++N W P DG F+ LDK WPF
Sbjct 173 DLIMWNQLSENALRAMNSVTWGDA-------NCPFCDGNFQAKLDKAWPF 215
>PPTG_15230
Length=252
Score = 231 bits (589), Expect = 3e-75, Method: Compositional matrix adjust.
Identities = 119/230 (52%), Positives = 147/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHDQV+PF QP PVT+S++ A+KFKPQ+ I GCHPYPAV G GGLK +G
Sbjct 38 IGHDQVKPFAQPQPVTISERAAIKFKPQIHIGDGCHPYPAVNDIGETGGGLKTTGSPTAG 97
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V+VWI+N
Sbjct 98 CKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWINN 150
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + + +L V+ SA GYSK AP + +DGTSVKV Y + + N A +T D GEFQ
Sbjct 151 PDVPDPIILAVTPSAHSGYSKYAPPNADTLDGTSVKVNYESTYPM-NHATDVTTDPGEFQ 209
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ AR +LN FG A +P+ DG F LDK WPF
Sbjct 210 DLIMWDQMTDAARLALN-----TVSFGDA--NVPMNDGNFIPKLDKAWPF 252
>PITG_04200
Length=247
Score = 230 bits (587), Expect = 4e-75, Method: Compositional matrix adjust.
Identities = 114/231 (49%), Positives = 151/231 (65%), Gaps = 9/231 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP P T S+K AVK+KP+L + GCHPYPAVQ +G +S GLK SGP DGE
Sbjct 24 INHDEVKPFAQPTPTTDSEKAAVKYKPKLYVSYGCHPYPAVQANGFVSAGLKGSGPIDGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWY PKGR++ + RH WE VVWID+
Sbjct 84 CEGSSLGSQVYSRSMWYEDKWAIMYAWYLPKGRSSK--------YQRRHFWEAAVVWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVS++ + P +++++DG++VK+ Y LQ T+ GE Q
Sbjct 136 PALANSTILGVSLNYGRRQKSEVPLELQFLDGSNVKLESYRGFGRPRPRLQFTQLEGETQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTL-FGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ AR L+ +++ L F +MPLKDGVFE+ L +PF
Sbjct 196 DLITWEQLTDEARDGLSDAEFNTGLFFKRTRREMPLKDGVFEKRLIDAYPF 246
>PHYRA_42876
Length=213
Score = 228 bits (582), Expect = 9e-75, Method: Compositional matrix adjust.
Identities = 117/228 (51%), Positives = 141/228 (62%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P+T+S+K+ VKFKPQ+ + GCHPYPAV G GGLK G
Sbjct 1 IDHDQVQPFAQPEPITISEKSGVKFKPQIHVTNGCHPYPAVNYKGETGGGLKTKGAPSAG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y R+AW DVWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 61 CKGSGWGSQVYGRAAWHRDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L V+ SA GYSKQ P + VDGTS KV Y + N AL+ T G+FQ
Sbjct 114 PDVENPKILAVTPSAHSGYSKQVPPNADSVDGTSAKVEYKSKWPI-NHALESTSQGGDFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQLS AR +LN W P+ DG F LDK W
Sbjct 173 DLIMWDQLSENARRALNSVPWGDA-------NTPMNDGNFLPKLDKAW 213
>PHYCA_11951
Length=234
Score = 228 bits (582), Expect = 2e-74, Method: Compositional matrix adjust.
Identities = 117/227 (52%), Positives = 145/227 (64%), Gaps = 15/227 (7%)
Query 23 GHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGEC 82
GHDQV PF QP P ++SQ TAV FKPQL I GCHPYPAV DG+ SGGL +G C
Sbjct 21 GHDQVVPFAQPTPTSISQTTAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPAGSSSAGC 80
Query 83 TGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNP 142
GS GSQIY RSAW N VWAIMY+WYFPK ++ FGHRH+WE++VVW+DNP
Sbjct 81 KGSGYGSQIYGRSAWYNGVWAIMYSWYFPKDSPSSG-------FGHRHDWEHIVVWLDNP 133
Query 143 GLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQD 202
+ + +L VS SA GY+ P + Y++G S K+ YY+ LL N A ++T D GE Q+
Sbjct 134 AVASPKILAVSTSAHSGYTVYYPPNSNYLNGKSAKID-YYSILLINHAFRMTSDAGETQN 192
Query 203 LIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI WDQ++ AR +L +TD FG A +P KDG FE L W
Sbjct 193 LIMWDQMTDAARTALQNTD-----FGDA--NVPFKDGNFESKLANAW 232
>PITG_04267
Length=279
Score = 230 bits (586), Expect = 2e-74, Method: Compositional matrix adjust.
Identities = 121/232 (52%), Positives = 154/232 (66%), Gaps = 8/232 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF Q P T S+K+A+K+KPQL I GCHPYPAVQ +GS+SGGLKWSG +G+
Sbjct 54 INHDQVQPFEQIKPATDSEKSAIKYKPQLHISDGCHPYPAVQSNGSISGGLKWSGKANGD 113
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRF-FGHRHNWEYVVVWID 140
C LGSQ+Y+RSAW WAIMYAWYFPKG P LRF GHRH W Y ++W D
Sbjct 114 CKEPGLGSQVYSRSAWFKGKWAIMYAWYFPKG-----PQFVLRFDTGHRHFWSYAILWTD 168
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
+P +N+T+LGVSMS S GY K++ KY V GT+VK+ Y + +G ALQLT+ GE
Sbjct 169 DPNHDNSTILGVSMSGSRGYVKESSPKAKYIVKGTTVKLDSYASFWMGVQALQLTKKLGE 228
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ A +L D++ A + MPL D F +L ++PF
Sbjct 229 TQDLITWEQLTDEACDALTEFDFESDP-SRAMVVMPLGDDNFTPILKDSYPF 279
>PHYCA_123779
Length=277
Score = 229 bits (584), Expect = 4e-74, Method: Compositional matrix adjust.
Identities = 119/230 (52%), Positives = 142/230 (62%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP+PVT+S K A+KFKPQL I GCHPYPAV G SGGLK SG
Sbjct 59 IDHDAVVPFKQPEPVTISDKAAIKFKPQLHITNGCHPYPAVNAIGQTSGGLKTSGAPSAG 118
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 119 CKGSGYGSQVYGRSTWFNGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 171
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LGV+ SA GYS Q P D VDG+SVKV Y + N AL+ T + G+FQ
Sbjct 172 PEVPEPKILGVTPSAHSGYSSQVPPDADKVDGSSVKVKYLSKWPI-NHALESTGEGGDFQ 230
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q++ AR L+ T W + +P+ DG FE L K WPF
Sbjct 231 DLIMWTQMTDAAREGLSKTGWGKA-------NVPMVDGNFEAKLGKAWPF 273
>PHYRA_71308
Length=236
Score = 227 bits (578), Expect = 1e-73, Method: Compositional matrix adjust.
Identities = 126/249 (51%), Positives = 151/249 (61%), Gaps = 15/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R + V+A L VI HD V PF QP P +VSQ AV FKPQL I GCHPYP
Sbjct 1 MNLRGLLVSAAVGLTAIYGAVIDHDTVVPFAQPTPTSVSQIAAVNFKPQLHITNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV DG+ SGGL +G C GS GSQIY RS W N VWAIMY+WYFPK A+
Sbjct 61 AVDADGNTSGGLNPTGSSSAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
FGHRH+WE++VVW++NP + + +L VS SA GY+ P D+ Y+DG S K+
Sbjct 118 ----GFGHRHDWEHIVVWLNNPAVSSPEILAVSTSAHSGYTFYYPPDLDYLDGNSAKID- 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
YY+ LL N A ++T DTGE QDLI WDQL+ AR +L TD FG A +P KD
Sbjct 173 YYSVLLINHAFRMTSDTGETQDLIMWDQLTDAARTALEDTD-----FGDA--NVPFKDTN 225
Query 241 FEELLDKTW 249
FE L W
Sbjct 226 FETKLANAW 234
>PHYRA_74310
Length=249
Score = 227 bits (578), Expect = 1e-73, Method: Compositional matrix adjust.
Identities = 115/231 (50%), Positives = 149/231 (65%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P T S+KTAVKFKPQL I GCHPYPAV +GS++ GLKW+G DG+
Sbjct 24 IDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVDANGSVNAGLKWAGWADGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS +GSQ+Y+RS W D WAIMYAWYFPKGR T GHRH W Y +VW D+
Sbjct 84 CKGSAMGSQVYSRSDWYKDKWAIMYAWYFPKGRQYTSK----YRAGHRHYWSYGIVWTDS 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+N+T+LGVSMSA +G+ K P KYV DGT+VK +++ ++LT G
Sbjct 140 SSPDNSTILGVSMSAGVGFGKATPPKSKYVIDGTTVKFDSFWSFWGSKLGVKLTTKEGAT 199
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
Q LI W+Q++ AR +L D+D + + MP+ D VF + L K +PF
Sbjct 200 QALITWEQMTEEARTALTDADFD-VDWSFRKVVMPMSDDVFTKKLKKAYPF 249
>PHYRA_72438
Length=236
Score = 226 bits (576), Expect = 2e-73, Method: Compositional matrix adjust.
Identities = 126/249 (51%), Positives = 150/249 (60%), Gaps = 15/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R + V+A L VI HD V PF QP P +VSQ AV FKPQL I GCHPYP
Sbjct 1 MNLRGLLVSAAVGLTAIYGAVIDHDTVVPFAQPTPTSVSQVAAVNFKPQLHITNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV DG+ SGGL +G C GS GSQIY RS W N VWAIMY+WYFPK A+
Sbjct 61 AVDADGNTSGGLNPTGSSSAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
FGHRH+WE++VVW++NP + + +L VS SA GY+ P D Y+DG S K+
Sbjct 118 ----GFGHRHDWEHIVVWLNNPAVSSPEILAVSTSAHSGYTFYYPPDSDYLDGNSAKID- 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
YY+ LL N A ++T DTGE QDLI WDQL+ AR +L TD FG A +P KD
Sbjct 173 YYSVLLINHAFRMTSDTGETQDLIMWDQLTDAARTALEDTD-----FGDA--NVPFKDTN 225
Query 241 FEELLDKTW 249
FE L W
Sbjct 226 FETKLANAW 234
>PHYSO_526071
Length=249
Score = 226 bits (575), Expect = 4e-73, Method: Compositional matrix adjust.
Identities = 117/233 (50%), Positives = 149/233 (64%), Gaps = 10/233 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+P QP+P T S+KTAVK+KPQL I GCHPYPAVQ DGS+S GLKWSG +G+
Sbjct 24 INHDTVQPVAQPEPTTDSEKTAVKYKPQLHISYGCHPYPAVQADGSVSAGLKWSGWANGK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFF--GHRHNWEYVVVWI 139
C GS LGSQ+Y+RS W WAIMYAWYFPKGR ++ + GHRH W Y +VW
Sbjct 84 CKGSGLGSQVYSRSDWYKGKWAIMYAWYFPKGR------QYVSKYRKGHRHFWSYAIVWT 137
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTG 198
D+ +N+T+ GVSMSA +G+ K P KYV DG +VK Y++ ++ T TG
Sbjct 138 DSDKPDNSTIQGVSMSAGVGFRKATPPKSKYVIDGVTVKFDSYFSFWGSKVGIRTTTKTG 197
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
E QDLI W+QL+ AR L + D+D + + MPL D F + L K +PF
Sbjct 198 ESQDLITWEQLTDEARTGLTNADFD-VDWSYRKVVMPLSDEDFTDKLKKAYPF 249
>PHYSO_510888
Length=255
Score = 225 bits (574), Expect = 6e-73, Method: Compositional matrix adjust.
Identities = 119/230 (52%), Positives = 147/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQPDPVT+S+K AVKFKPQ+ I GC PYPAV G SGGL+ SG G
Sbjct 40 IGHDEVKPFPQPDPVTISEKAAVKFKPQIDIVTGCVPYPAVNDAGETSGGLQTSGSPRGG 99
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+N VWAIMY+WYFPK ++ GHRH+WE+VVV+IDN
Sbjct 100 CRGSGHGSQVYGRSTWINGVWAIMYSWYFPKDAPSSK-------MGHRHDWEHVVVFIDN 152
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LG S S GY+K AP +DGTSVKV Y ++ L N AL+ T G FQ
Sbjct 153 PDVPEPKILGCSPSWHNGYNKYAPCPANVIDGTSVKVKYEHSWPL-NHALETTTKPGAFQ 211
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+Q++ AR +LN T FG A P+ D F ++K WPF
Sbjct 212 DLIMWNQMTDFARRALN-----DTKFGKA--NTPMNDWNFLPKVEKAWPF 254
>PPTG_15224
Length=246
Score = 224 bits (572), Expect = 9e-73, Method: Compositional matrix adjust.
Identities = 111/230 (48%), Positives = 147/230 (64%), Gaps = 8/230 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF + P T S+K AVK+KP++ + GCHPYPAVQ DGS+S GLK +GP DGE
Sbjct 24 INHDQVQPFDELKPTTDSEKAAVKYKPKVYVSYGCHPYPAVQADGSVSAGLKGTGPIDGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS+W WAIMYAWY PKG A P RH WE VVWID+
Sbjct 84 CGGSDLGSQVYSRSSWYKGKWAIMYAWYLPKGWAYRSP--------RRHFWETAVVWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N+++LGV++++ + K P + +YVDG+SV++ L+ T +GE Q
Sbjct 136 PSPTNSSILGVTLNSGLRRKKYVPVERQYVDGSSVQLESCKGRGRPRPMLRFTTISGESQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ ARY+L + ++D F MPLKD FE+ L+ WPF
Sbjct 196 DLIMWEQLTDKARYALANAEFDTGFFKKKRRNMPLKDDRFEKGLEDAWPF 245
>PHYKE_5753
Length=238
Score = 222 bits (566), Expect = 6e-72, Method: Compositional matrix adjust.
Identities = 113/229 (49%), Positives = 139/229 (61%), Gaps = 14/229 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF Q +++ A+KFKPQ+ I+ GCHPYPAV +G SGGLK SG +
Sbjct 22 ISHDQVIPFAQSAATSITNTVALKFKPQIFINNGCHPYPAVNGNGDTSGGLKPSGSESAG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N+VWAIMY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 82 CKGSGYGSQVYGRSTWYNNVWAIMYSWYFPKDNPVT-------GMGHRHDWEHVVVWIDN 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN T+L V+ SA GYS AP D VDG S KV Y + ++ N L T GEFQ
Sbjct 135 PAMENPTILAVTPSAHSGYSTYAPPDPSTVDGASAKVQYTSSWIVINHHLDTTSTAGEFQ 194
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
DLI W L+ AR +LN D++ +P+KDG FE L +P
Sbjct 195 DLIMWGDLTDAARNALNTADFE-------AANVPMKDGNFESKLGNAYP 236
>PHYKE_4438
Length=339
Score = 226 bits (575), Expect = 6e-72, Method: Compositional matrix adjust.
Identities = 113/234 (48%), Positives = 143/234 (61%), Gaps = 23/234 (10%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H +V+PFPQP+P+T+S++ AVKFKPQL I GCH YPAV G SGGLK +G G+
Sbjct 124 ISHSEVQPFPQPEPITISERAAVKFKPQLHISNGCHAYPAVNGAGETSGGLKTTGAPSGK 183
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY+WYFPK +T GHRH+WE+V++WI+N
Sbjct 184 CKGSGYGSQVYGRSGWHKDVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIIWINN 236
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYY----YNHLLGNTALQLTEDT 197
P + + +L V+ SA GYS AP +DG + KV Y NH LG +T
Sbjct 237 PEVADPKILAVTPSAHSGYSTYAPPPADSMDGVAAKVNYESFWPVNHALG-----MTTKG 291
Query 198 GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
G+FQDLI WDQL+ AR +LN +W +P+ DG F LDK WPF
Sbjct 292 GDFQDLIMWDQLTDNARRALNEVNW-------GAANVPMNDGNFGGKLDKAWPF 338
>PPTG_15233
Length=235
Score = 221 bits (564), Expect = 1e-71, Method: Compositional matrix adjust.
Identities = 116/228 (51%), Positives = 140/228 (61%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP P +VSQ A FKPQL I GCHPYPAV DG+ SGGL +G
Sbjct 21 IDHDQVVPFAQPTPTSVSQIAAFNFKPQLHITNGCHPYPAVDTDGNTSGGLNPTGSSSAG 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY RS W N VWAIMY+WYFPK A+ FGHRH+WE++VVW++N
Sbjct 81 CKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPASG-------FGHRHDWEHIVVWLNN 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + + +L VS SA GY+ P Y+DG S K+ YY+ LL N + ++T D+GE Q
Sbjct 134 PAVTSPEILAVSTSAHSGYTVYYPPSSDYLDGNSAKID-YYSVLLINHSFRMTSDSGETQ 192
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL+ AR +L TD FG A +P KD FE L W
Sbjct 193 DLIMWDQLTDAARTALEDTD-----FGDA--NVPFKDANFETKLANAW 233
>PPTG_06973
Length=165
Score = 219 bits (557), Expect = 1e-71, Method: Compositional matrix adjust.
Identities = 102/166 (61%), Positives = 128/166 (77%), Gaps = 3/166 (2%)
Query 86 RLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLE 145
RL SQ+YAR+ WV D WAIMYAW+FPK RA P LRF GHRH WEY +VW+D P +
Sbjct 3 RLDSQVYARTTWVKDKWAIMYAWFFPKARA---PFPVLRFLGHRHGWEYAIVWLDKPNAD 59
Query 146 NATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQ 205
N+T+LGVS+SA+ G++K+AP KY+DG S+KVAYYYNH+ GNTA++ T++TGEFQDLI
Sbjct 60 NSTILGVSVSAAAGWAKEAPPPEKYLDGNSLKVAYYYNHIYGNTAVKYTDETGEFQDLIT 119
Query 206 WDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
W+QLS LAR LN+TDWD+T A LKMP+KDGVF + L +PF
Sbjct 120 WNQLSDLARSYLNNTDWDETPLNAALLKMPMKDGVFMKKLKSAYPF 165
>PPTG_08017
Length=616
Score = 232 bits (591), Expect = 2e-71, Method: Compositional matrix adjust.
Identities = 117/230 (51%), Positives = 144/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V PF QP+PVT+++K A+KFKPQL I GCH YPAV G SGGLK +G
Sbjct 400 IGHDEVVPFKQPEPVTIAEKAAIKFKPQLHITNGCHAYPAVNVGGQTSGGLKTTGAPSAG 459
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 460 CKGSGWGSQVYGRSTWHNGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 512
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L V+ SA GYS Q P D VDG SVKV Y + N AL+ T + G++Q
Sbjct 513 PEIAEPKILAVTPSAHSGYSAQVPPDANKVDGNSVKVKYLSKWPI-NHALESTGEAGDYQ 571
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL+ AR +L +T G +P+KDG F LDK WPF
Sbjct 572 DLIMWEQLTDAARLALQNT-------GFGKANVPMKDGNFVSKLDKAWPF 614
>PPTG_17245
Length=257
Score = 221 bits (562), Expect = 4e-71, Method: Compositional matrix adjust.
Identities = 115/237 (49%), Positives = 158/237 (67%), Gaps = 11/237 (5%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF + +P T S+K+A+K+KPQL I GC+PYPAVQ +G++SGGLKWSG + +
Sbjct 24 INHDQVQPFEEMEPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWANSD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GSQIY+RS W WAIMYAWYFPKG A + R GHRH W +VW DN
Sbjct 84 CEKPVQGSQIYSRSDWYKGKWAIMYAWYFPKG--AFRASKYNR--GHRHFWSSAIVWTDN 139
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVD-GTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+N+T+LGVSMS S GY K+ KY++ GT++K+ Y L N AL+LT+ +G
Sbjct 140 TNPDNSTILGVSMSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGT 199
Query 201 QDLIQWDQLSSLARYSLNHTDWD----QTLFGLAG--LKMPLKDGVFEELLDKTWPF 251
QDL+ W+QL+ AR +L+ D+D +F +G + MPL+DGVF +L++++PF
Sbjct 200 QDLVTWEQLTDEARDALSKFDFDADTSDAIFFSSGATVVMPLEDGVFTSILEESYPF 256
>PHYSO_468315
Length=255
Score = 220 bits (561), Expect = 6e-71, Method: Compositional matrix adjust.
Identities = 117/230 (51%), Positives = 142/230 (62%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+ VT+S+K AVKFKPQL I GCH YPAV + G SGGLK G
Sbjct 39 IDHDQVKPFAQPESVTISEKAAVKFKPQLHITNGCHAYPAVDEAGQTSGGLKTKGAPSAG 98
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W DVWAIMY WYFPK ++ GHRH+WE+VVVWIDN
Sbjct 99 CKGSGWGSQVYGRSGWYQDVWAIMYCWYFPKDEPSS-------GIGHRHDWEHVVVWIDN 151
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +EN +L + SA GY K AP + VDG + KVA + +H + AL T + G+FQ
Sbjct 152 PDVENPKILAGTPSAHSGYHKYAPPNAGTVDGVTTKVA-FESHWPMDHALDSTTEGGDFQ 210
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQL+ AR +LN FG A P+ DG F+ L + WPF
Sbjct 211 DLIMWDQLTDNARRALN-----SVSFGSA--DTPMNDGNFQAELGRAWPF 253
>PHYSO_406265
Length=232
Score = 219 bits (558), Expect = 7e-71, Method: Compositional matrix adjust.
Identities = 116/230 (50%), Positives = 143/230 (62%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V PF QP+PVT+S++ AVKFKPQL I GCH YPAV + G SGGLK +G +
Sbjct 18 IGHDEVVPFKQPEPVTISERAAVKFKPQLHISNGCHAYPAVNELGETSGGLKKTGAPSSK 77
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK ++ GHRH+WE+V+VWIDN
Sbjct 78 CKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSS-------GLGHRHDWEHVIVWIDN 130
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L V+ SA GYS Q P D VDG SVKV Y + N AL+ T G++Q
Sbjct 131 PDMPEPKILAVTPSAHSGYSAQVPPDADKVDGPSVKVNYESKWPI-NHALESTTKGGDYQ 189
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q++ AR +L D T FG A +P+ G F L K WPF
Sbjct 190 DLIMWTQMTDAARQAL-----DNTNFGSA--NVPMNSGNFLGKLGKAWPF 232
>PHYCA_9358
Length=252
Score = 219 bits (559), Expect = 1e-70, Method: Compositional matrix adjust.
Identities = 118/236 (50%), Positives = 146/236 (62%), Gaps = 21/236 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V PF QP+PVT+++K A+KFKPQL I GCH YPAV G SGGLK +G
Sbjct 31 IGHDEVVPFKQPEPVTIAEKAAIKFKPQLHISNGCHAYPAVNIGGQTSGGLKTTGAPSAG 90
Query 82 CTGSRLGSQIYARSAW------VNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYV 135
C GS GSQ+Y RS W N +WAIMY+WYFPK +T GHRH+WE+V
Sbjct 91 CKGSGWGSQVYGRSTWHNVPSPHNGIWAIMYSWYFPKDSPST-------GLGHRHDWEHV 143
Query 136 VVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTE 195
+VWIDNP + +L V+ SA GYS Q P D V+GTSVKV Y + N AL T
Sbjct 144 IVWIDNPEIAEPKILAVTPSAHSGYSAQVPPDADKVEGTSVKVNYESKWPI-NHALGSTT 202
Query 196 DTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
G++QDLI W+QL+ AR +L +TD FG A +P+KDG F L+K WPF
Sbjct 203 KGGDYQDLIMWEQLTDAARLALENTD-----FGKA--NVPMKDGNFVGKLNKAWPF 251
>PPTG_07089
Length=255
Score = 219 bits (558), Expect = 1e-70, Method: Compositional matrix adjust.
Identities = 113/230 (49%), Positives = 148/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H +V+PF +P PVT+S+K VKFKPQ+ + GC PYPAV +DG SGGL+ SG G
Sbjct 39 ISHKEVKPFAEPKPVTISEKAGVKFKPQIAVKTGCVPYPAVNEDGETSGGLQTSGSPQGG 98
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N +WAIMY+WYFPK ++ GHRH+WE++VV+IDN
Sbjct 99 CRGSGHGSQVYGRSTWFNGLWAIMYSWYFPKDAPSSR-------MGHRHDWEHIVVFIDN 151
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LG S S GY+K AP +DG+SVKV Y ++ L N AL +T++ G+FQ
Sbjct 152 PEVPEPKILGCSPSWHSGYNKYAPCPADVIDGSSVKVKYEHSWPL-NHALDITKEAGDFQ 210
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ+S LAR +LN T FG A P+ D F ++K+WPF
Sbjct 211 DLIMWDQMSDLARRALNDTK-----FGKA--NTPMNDWNFLGKVEKSWPF 253
>PPTG_19330
Length=316
Score = 221 bits (563), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 116/230 (50%), Positives = 138/230 (60%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQP PVT+S+K AVKFKPQL I GCH YPAV + G SGGLK G
Sbjct 102 IDHDQVKPFPQPQPVTISEKAAVKFKPQLHITNGCHSYPAVDEAGQTSGGLKTKGAPSAG 161
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS+W VWAIMY WYFPK +T GHRH+WE+V+VWIDN
Sbjct 162 CKGSGWGSQVYGRSSWYQGVWAIMYCWYFPKDEPST-------GIGHRHDWEHVIVWIDN 214
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N +L V+ SA GY K AP + +DG + KVA Y +H + AL T + G+FQ
Sbjct 215 PEIANPKILAVTPSAHSGYHKYAPPNPDTIDGATTKVA-YESHWPMDHALGSTSEAGDFQ 273
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W QLS A +LN W P+ DG F L K WPF
Sbjct 274 DLIMWGQLSENASRALNAVYW-------GNANTPMNDGNFLPKLAKAWPF 316
>PHYRA_71618
Length=243
Score = 219 bits (557), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 120/235 (51%), Positives = 153/235 (65%), Gaps = 20/235 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QPDPVTVS+K AV+FKP L+ID+GCHPYPAV G S GLK +GP G+
Sbjct 24 IDHDKVQPFAQPDPVTVSEKAAVRFKPSLRIDSGCHPYPAVNAAGETSAGLKGTGPSSGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P F + G RH+W VVVW+DN
Sbjct 84 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDK-----PTFRK--GERHDWANVVVWLDN 136
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYY---NHLLGNTALQLTEDT 197
P LE T++GVS S+ + YSK P ++GT+ + Y NH G ++ T T
Sbjct 137 PALERPTMIGVSPSSYVTTYSKYTPPPADGLNGTTSMINYLADANNH--GFHSVDTTWKT 194
Query 198 -GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
GEFQDLI W+QL+ AR +LN TD FG L +P D F+ L+K WP+
Sbjct 195 GGEFQDLIMWEQLTDEARAALNDTD-----FGEHAL-VPFIDANFKANLEKAWPY 243
>PITG_22668
Length=519
Score = 227 bits (579), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 118/230 (51%), Positives = 140/230 (61%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF Q +PVT+S+K AVKFKPQL I GCHPYPAV G SGGLK SG
Sbjct 304 IDHDAVVPFKQTEPVTISEKAAVKFKPQLHITGGCHPYPAVNAIGQTSGGLKTSGAPSAG 363
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 364 CKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 416
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L +L VS SA GYS Q P D V+GTSVKV Y + N AL+ T + G++Q
Sbjct 417 PELAEPKILAVSPSAHGGYSAQVPPDANKVEGTSVKVKYLSKWPI-NHALESTGEGGDYQ 475
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q++ AR L+ T G +P+ DG FE L + WPF
Sbjct 476 DLIMWGQMTDAAREGLSRT-------GFGKANVPMNDGNFESKLGRAWPF 518
>PHYRA_71931
Length=239
Score = 218 bits (555), Expect = 3e-70, Method: Compositional matrix adjust.
Identities = 115/228 (50%), Positives = 141/228 (62%), Gaps = 15/228 (7%)
Query 24 HDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECT 83
HDQV+PF QP+P T+S+K VKFKPQ+ I GCHPYPAV +G GGLK +G C
Sbjct 25 HDQVQPFAQPEPATISEKAGVKFKPQIHITNGCHPYPAVNWNGDTGGGLKPTGAPSSSCK 84
Query 84 GSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPG 143
GS GSQ+Y RS W N VWAIMY+WYFPK +T GHRH+WE+VVVWI NP
Sbjct 85 GSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVVVWITNPD 137
Query 144 LENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDL 203
+EN +L VS SA GYS +DGT+VKV Y +H N AL +T + G+ QDL
Sbjct 138 VENPVILAVSPSAHSGYSYYVSPSADTIDGTAVKVN-YESHWPINHALDITTEGGDTQDL 196
Query 204 IQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
I WDQ++ AR SLN FG A +P+ DG F+ L K WP+
Sbjct 197 IMWDQMTDAARNSLN-----TVSFGDA--NVPMNDGNFQNKLGKAWPW 237
>PYVX_22467
Length=236
Score = 218 bits (554), Expect = 3e-70, Method: Compositional matrix adjust.
Identities = 127/249 (51%), Positives = 150/249 (60%), Gaps = 15/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R + AA+A LA A A VI HDQV PF QP + S K AVKFKPQL I GCHPYP
Sbjct 1 MNLRYLLAAAVALLAGACASVIDHDQVVPFAQPTATSTSHKAAVKFKPQLHISDGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G+ SGGLK SG C GS GSQIY RS W N VWAIMY+WYFPK +T
Sbjct 61 AVDSSGNTSGGLKPSGSSSAGCKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPST--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
GHRH+WE+VVVWI NP +++ TV VS SA GYS P Y+DG S K+
Sbjct 118 ----GLGHRHDWEHVVVWISNPAVDSPTVYAVSTSAHSGYSIYYPPSSSYMDGNSAKID- 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
Y+ ++ N A ++T GE QDLI WDQ++ AR +L +TD FG A +P KDG
Sbjct 173 YFKIVVINHAFRMTSSAGETQDLIMWDQMTDAARIALENTD-----FGDA--NVPFKDGN 225
Query 241 FEELLDKTW 249
F L W
Sbjct 226 FMTKLASAW 234
>PHYSO_414520
Length=213
Score = 217 bits (552), Expect = 4e-70, Method: Compositional matrix adjust.
Identities = 111/228 (49%), Positives = 143/228 (63%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PFPQP+PVT+S+K A+KFKPQ++I GC PYPAV G SGGL+ SG G
Sbjct 1 INHDAVKPFPQPEPVTISEKAAIKFKPQIRIATGCVPYPAVNDVGETSGGLQTSGSPKGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y R+ W NDVWAIMY+WYFPK ++ GHRH+WE+VVVWI+N
Sbjct 61 CRGSGHGSQVYGRAGWFNDVWAIMYSWYFPKDSPSS-------RMGHRHDWEHVVVWINN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LG+S SA GY K + + +DG SVKV Y + + N AL T+ G FQ
Sbjct 114 PDVPEPKILGISASAHSGYKKYSSPPPENLDGNSVKVNYEHAWPI-NHALDTTDKAGTFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI W+Q++ AR +LN FG A P+ DG F L++ W
Sbjct 173 DLIMWEQMTEDARRALN-----AVHFGKA--NTPMNDGNFRHKLERAW 213
>PHYKE_4946
Length=263
Score = 218 bits (555), Expect = 5e-70, Method: Compositional matrix adjust.
Identities = 116/230 (50%), Positives = 147/230 (64%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H V+PF QP+P+T+S+K AVKFKPQL I +GC YPAV G SGGL+ SG G
Sbjct 49 IPHKDVKPFIQPEPITISEKAAVKFKPQLAILSGCVSYPAVNDIGETSGGLQESGSPKGG 108
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W +DVWAIMY+WYFPK ++ GHRH+WE+VVVWIDN
Sbjct 109 CRGSGHGSQVYGRSVWYSDVWAIMYSWYFPKDSPSS-------RLGHRHDWEHVVVWIDN 161
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L VS S G+ K AP +DGTSVKV Y ++ L N AL +T+ G+FQ
Sbjct 162 PEVLEPKILAVSPSYHSGHKKYAPPSADVIDGTSVKVKYEHSWPL-NHALDVTDKAGDFQ 220
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ LAR +LN +T FG A + P+ D F L++ WPF
Sbjct 221 DLIMWDQMTDLARVALN-----ETKFGKANV--PMNDHNFLRKLEQAWPF 263
>PHYRA_72345
Length=240
Score = 216 bits (550), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 124/251 (49%), Positives = 151/251 (60%), Gaps = 14/251 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN RA+ +ASLA Q VIGHDQV PFPQ P +++ A+ FKPQ+ I+ GCHPYP
Sbjct 1 MNLRALTTVVLASLASVQGAVIGHDQVVPFPQSQPTSITNTAALLFKPQIWINNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
V +G GGLK +G C GS GSQ+Y RSAW N VWAIMY+WYFPK P
Sbjct 61 VVNANGDTGGGLKTTGSSAAGCRGSGYGSQVYGRSAWYNGVWAIMYSWYFPKDE----PQ 116
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
DF GHRH+WE+VVVWIDNP N +L ++ SA GYS AP D VDGTS KV Y
Sbjct 117 DFT---GHRHDWEHVVVWIDNPQNTNPKILAMTPSAHSGYSTYAPPDADMVDGTSCKVEY 173
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ L + L+ T GE QDLI W ++ ARY+LN T+ FG A P+ DG
Sbjct 174 TSSWLFIDHHLEGTSTAGETQDLIMWGDMTDAARYALNTTN-----FGKA--NTPMNDGN 226
Query 241 FEELLDKTWPF 251
F L K +P+
Sbjct 227 FLPKLGKAYPW 237
>PPTG_12847
Length=331
Score = 219 bits (558), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 114/230 (50%), Positives = 144/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+PVT+S+K VKFKPQ++I GC PYPAV + G SGGL+ SG G
Sbjct 115 IGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQTSGSPRGG 174
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK ++ GHRH+WE+ +V+IDN
Sbjct 175 CRGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPSS-------RMGHRHDWEHAIVFIDN 227
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K +P +DGTS+KV Y + L N L T D G FQ
Sbjct 228 PEVAEPKILACSVSSHDGYKKYSPCPPWVIDGTSLKVRYKHAWPL-NHDLDTTGDAGTFQ 286
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ+S+ AR +LN FG A P DG F L+K WPF
Sbjct 287 DLIMWDQMSNDARRALNSVH-----FGKA--NTPFNDGNFRPKLEKAWPF 329
>PPTG_12853
Length=342
Score = 219 bits (558), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 114/230 (50%), Positives = 144/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+PVT+S+K VKFKPQ++I GC PYPAV + G SGGL+ SG G
Sbjct 126 IGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQTSGSPRGG 185
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK ++ GHRH+WE+ +V+IDN
Sbjct 186 CRGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPSS-------RMGHRHDWEHAIVFIDN 238
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K +P +DGTS+KV Y + L N L T D G FQ
Sbjct 239 PEVAEPKILACSVSSHDGYKKYSPCPPWVIDGTSLKVRYKHAWPL-NHDLDTTGDAGTFQ 297
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ+S+ AR +LN FG A P DG F L+K WPF
Sbjct 298 DLIMWDQMSNDARRALNSVH-----FGKA--NTPFNDGNFRPKLEKAWPF 340
>PYU1_G011231
Length=238
Score = 215 bits (548), Expect = 3e-69, Method: Compositional matrix adjust.
Identities = 114/228 (50%), Positives = 139/228 (61%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF +P P ++S+K A+KFKPQ+ I GCHPYPAV G+ SGGLK SG Q
Sbjct 24 ISHDQVVPFAEPTPSSISEKAAIKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y RSAW N WAIMY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 84 CKGSGWGTQVYGRSAWYNGKWAIMYSWYFPKDSPFT-------GLGHRHDWEHVVVWIDN 136
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N T+L VS SA GY K AP VDGTS KV Y + ++ N AL T GE Q
Sbjct 137 PANANPTILAVSPSAHSGYEKYAPPKAGTVDGTSAKVD-YTSKIVINHALDSTTAAGEKQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI W+Q++ AR +L +T G +P+KDG F + L K +
Sbjct 196 PLIMWEQMTQAARTALENT-------GFGDANVPMKDGNFMDKLAKAY 236
>PHYRA_52423
Length=193
Score = 213 bits (541), Expect = 7e-69, Method: Compositional matrix adjust.
Identities = 105/201 (52%), Positives = 136/201 (68%), Gaps = 8/201 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF +P+P T S+K AVKFKPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 1 IDHDKVQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPADGE 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMY WY PKGR P + R RH WE VVWID+
Sbjct 61 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGR----PTKYQR----RHFWETAVVWIDD 112
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L N+T+LGVS++ ++ P +++DG+SVK+ Y + LQ T+ GEFQ
Sbjct 113 PALANSTILGVSLNYGWRSKEETPVAPRFLDGSSVKLNSYRGYGFPKPRLQFTQIDGEFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDW 222
DLI W+QL+ AR +L+ D+
Sbjct 173 DLITWEQLTEEARDALSTADF 193
>PYU1_G011237
Length=235
Score = 214 bits (545), Expect = 8e-69, Method: Compositional matrix adjust.
Identities = 116/228 (51%), Positives = 139/228 (61%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF +P P ++S+K A+KFKPQ+ I GCHPYPAV G+ SGGLK SG Q
Sbjct 21 IDHDQVVPFAEPTPSSISEKAAIKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y RSAW N WAIMY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 81 CKGSGWGTQVYGRSAWYNGKWAIMYSWYFPKDSPFT-------GLGHRHDWEHVVVWIDN 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N T+L VS SA GY K AP VDGTS KV Y ++ N AL T GE Q
Sbjct 134 PANANPTILAVSPSAHSGYEKYAPPKAGTVDGTSAKVDYSSTIVI-NHALDSTTTAGEKQ 192
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI W+Q++ AR +L +TD FG A +P+KDG F L +
Sbjct 193 PLIMWEQMTQAARTALENTD-----FGDA--NVPMKDGNFMTKLANAY 233
>PPTG_08005
Length=759
Score = 228 bits (581), Expect = 8e-69, Method: Compositional matrix adjust.
Identities = 119/230 (52%), Positives = 144/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP+PVT+S+K A+KFKPQL I GCH YPAV G SGGLK SG
Sbjct 544 IDHDAVVPFKQPEPVTISEKAAIKFKPQLHITNGCHAYPAVNAIGETSGGLKTSGAPSAG 603
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK +T GHRH+WE+V+VWIDN
Sbjct 604 CKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPST-------GLGHRHDWEHVIVWIDN 656
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L V+ SA GYS Q P D VDGTSVKV Y + N AL+ T + G++Q
Sbjct 657 PEIAEPKILAVTPSAHSGYSAQVPPDANKVDGTSVKVKYLSKWPI-NHALESTGEGGDYQ 715
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q++ AR +L+ +T FG A +P+ DG FE L K WPF
Sbjct 716 DLIMWGQMTDAAREALS-----RTSFGDA--NVPMNDGNFEPKLGKAWPF 758
>PHYRA_74617
Length=337
Score = 217 bits (553), Expect = 1e-68, Method: Compositional matrix adjust.
Identities = 113/230 (49%), Positives = 145/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+PVT+S K VKFKPQ++I GC+PYPAV + G + GGLK SG G
Sbjct 123 IGHDEVKPFPQPEPVTISDKAGVKFKPQIQIRTGCNPYPAVNEFGEVGGGLKTSGKSRGN 182
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+ VV+IDN
Sbjct 183 CAGSGHGSQVYGRSTWHNQVWAIMYSWYFPKDSPSP-------GMGHRHDWEHAVVFIDN 235
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LG S+S+ GY K P +DGTS+KV Y ++ + N L T D G FQ
Sbjct 236 PDVPEPKILGCSVSSHDGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDGGIFQ 294
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q++ AR +LN + FG A P+ DG F ++K+WPF
Sbjct 295 DLIMWGQMTDNARRALNEAN-----FGSA--NTPMNDGNFYSKVEKSWPF 337
>PHYCA_108409
Length=282
Score = 215 bits (548), Expect = 1e-68, Method: Compositional matrix adjust.
Identities = 112/230 (49%), Positives = 140/230 (61%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFP+P PVTVS+K VKFKPQ++I GC PYPAV + G SGGLK +G G
Sbjct 68 IGHDEVKPFPEPKPVTVSEKAGVKFKPQIQIRTGCVPYPAVDETGQTSGGLKPTGNSKGG 127
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y R W+ VW IMY+WYFPK +T GHRH+WE+ +V+IDN
Sbjct 128 CRGSGHGSQVYGRGTWIQGVWGIMYSWYFPKDSPST-------GMGHRHDWEHAIVFIDN 180
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K P +DGTS+KV Y + L N L T D G FQ
Sbjct 181 PDVPEPKILACSVSSHAGYKKYNPCPPWVIDGTSLKVRYKHGWPL-NHDLDTTGDAGTFQ 239
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ AR +LN FG A P DG F+ L+K WPF
Sbjct 240 DLIMWDQMTEDARRALN-----SVHFGSA--NTPFNDGNFKPKLEKAWPF 282
>PHYSO_397673
Length=224
Score = 213 bits (542), Expect = 2e-68, Method: Compositional matrix adjust.
Identities = 112/230 (49%), Positives = 139/230 (60%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVT+S+K VKFKPQ++I GCHPYPAV + G SGGLK +G + +
Sbjct 10 IPHDKVQPFAQPEPVTISEKAGVKFKPQIRIINGCHPYPAVNEAGETSGGLKTTGGHNSK 69
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
S SQ+Y RS W VWAIMY+WYFPK + GHRH+WE+V+VWIDN
Sbjct 70 SKRSGWNSQVYGRSTWFRGVWAIMYSWYFPKDSPS-------HGLGHRHDWEHVIVWIDN 122
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +L V+ SA Y K AP + VDGTS KV Y +H N L +T D+GEFQ
Sbjct 123 PDASEPKILAVTPSAHGDYQKYAPPNANTVDGTSAKVV-YESHWPMNHELSVTSDSGEFQ 181
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q+S AR + N FG A P+ D FE+ L K WPF
Sbjct 182 DLIMWSQMSENARRAFN-----SVSFGKA--NTPMNDWGFEDRLGKAWPF 224
>PPTG_18464
Length=247
Score = 214 bits (544), Expect = 2e-68, Method: Compositional matrix adjust.
Identities = 112/233 (48%), Positives = 152/233 (65%), Gaps = 12/233 (5%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P T S+K+AVK+KPQL I GCHPY AVQ DGS+SGGL SG +G+
Sbjct 24 INHDQVQPFSQPEPTTDSEKSAVKYKPQLHISYGCHPYAAVQADGSVSGGLNRSGWANGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRA--ATVPPDFLRFFGHRHNWEYVVVWI 139
GS LGSQ+Y+RS W WAI+YAWY+PKG T PP G RH W Y+VVW
Sbjct 84 RKGSDLGSQVYSRSDWYRGKWAIVYAWYYPKGPVFTETGPP------GQRHFWSYIVVWT 137
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTG 198
D+P ++T+ GV++ +GY Q P ++ + +VKV Y N N A+QLT+++G
Sbjct 138 DSPKPNHSTIQGVTIPTEVGYEMQVPPKEDFIFEQATVKVESYLNS--ENQAVQLTDESG 195
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
E QDLI W+QL+ AR +L+ D++ + + MPLKD VF +L++ +PF
Sbjct 196 EIQDLITWEQLTDQARATLSEFDFN-IKWAYVDMVMPLKDDVFSTILEEAFPF 247
>PYIR_13251
Length=236
Score = 213 bits (542), Expect = 2e-68, Method: Compositional matrix adjust.
Identities = 116/228 (51%), Positives = 142/228 (62%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP PVT+ QK A+KFKPQ+ I GCHPYPAV G+ SGGLK SG Q
Sbjct 22 IAHDAVVPFAQPTPVTLEQKVALKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y R+A DV+A+MY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 82 CKGSGWGTQVYGRAAAYKDVYALMYSWYFPKDSPFT-------GLGHRHDWEHVVVWIDN 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N T+L V+ SA GY K AP VDGTS KV Y + ++ N AL T D GE Q
Sbjct 135 PAVANPTILAVTPSAHSGYEKYAPPKAGTVDGTSAKVD-YTSKVVINHALDSTTDAGEKQ 193
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI WDQL++ AR +L +T+ FG A +P+KDG F L +
Sbjct 194 PLIMWDQLTAAARSALENTN-----FGDA--NVPMKDGNFMTKLGNAY 234
>PPTG_12852
Length=331
Score = 216 bits (550), Expect = 2e-68, Method: Compositional matrix adjust.
Identities = 113/230 (49%), Positives = 143/230 (62%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD V+PFPQP+PVT+S+K VKFKPQ++I GC PYPAV + G SGGLK SG G
Sbjct 117 IGHDDVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEYGETSGGLKTSGKSRGN 176
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WEYVVV+I+N
Sbjct 177 CGGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPSP-------GMGHRHDWEYVVVFINN 229
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P ++ +L S+++ GY K P +DGTS+KV Y + + N L T D G FQ
Sbjct 230 PEVQEPKILACSVASHGGYKKFNPCPPWVIDGTSLKVRYKHAWPM-NHDLDTTGDGGSFQ 288
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ+++ AR +LN FG A P DG F + L+ WPF
Sbjct 289 DLIMWDQMTNDARRALNSVS-----FGKA--NTPFIDGRFRKKLEDAWPF 331
>PPTG_13769
Length=349
Score = 216 bits (551), Expect = 3e-68, Method: Compositional matrix adjust.
Identities = 110/230 (48%), Positives = 145/230 (63%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H V+PFPQP+PVT+S+K VKFKPQ++I GC PYPAV + G SGGL SG G+
Sbjct 134 IAHKDVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEFGETSGGLHTSGKSRGK 193
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RSAW+ VW IMY+WYFPK + GHRH+WE +V+IDN
Sbjct 194 CGGSGHGSQVYGRSAWLKGVWVIMYSWYFPKDSPS-------HGLGHRHDWEEAIVFIDN 246
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LG S+S+ GY++ AP +DGTS+KV Y ++ N L +T D G+FQ
Sbjct 247 PDVSEPKILGCSVSSHGGYARHAPCPPWVIDGTSLKVRYKHS-WPKNHDLAITGDGGKFQ 305
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q+++ AR +LN FG A P KDG F++ ++K WPF
Sbjct 306 DLIMWGQMTNDARRALNAVS-----FGSA--NTPFKDGTFQDKIEKAWPF 348
>PHYCA_18373
Length=246
Score = 213 bits (541), Expect = 5e-68, Method: Compositional matrix adjust.
Identities = 109/211 (52%), Positives = 135/211 (64%), Gaps = 13/211 (6%)
Query 41 KTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVND 100
K AVKFKPQL I GCHPYPAVQ DG +S GLK +GP DGEC GS LGSQIYARS W
Sbjct 49 KAAVKFKPQLHISYGCHPYPAVQADGVVSAGLKPTGPDDGECQGSSLGSQIYARSDWYKG 108
Query 101 VWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGY 160
V+AIMY WY PKG A+ RH WE VVVWID+P N+T+LGVS++ +
Sbjct 109 VYAIMYTWYLPKGSAS------------RHFWESVVVWIDDPAASNSTILGVSLNYGLQL 156
Query 161 SKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHT 220
K+ D KY+ G+S+K+ + + N L+LTE GEFQDL+ +DQL+ A +L+H
Sbjct 157 KKETNIDPKYLSGSSLKLDSFPGFAINNPKLRLTELDGEFQDLVTFDQLTDAAGIALSHA 216
Query 221 DWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
++ + L A MPL DGVF E L WPF
Sbjct 217 EFSKGLIK-AKTPMPLIDGVFNERLKDAWPF 246
>PPTG_07660
Length=216
Score = 211 bits (538), Expect = 6e-68, Method: Compositional matrix adjust.
Identities = 106/219 (48%), Positives = 146/219 (67%), Gaps = 6/219 (3%)
Query 34 DPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYA 93
+P T S+K+A+K+KPQL I GCHPYPAVQ +GS+SGGLKWSG +G+C LGSQ+Y+
Sbjct 2 EPTTDSEKSAIKYKPQLHISYGCHPYPAVQANGSISGGLKWSGKTNGDCEQPNLGSQVYS 61
Query 94 RSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVS 153
RS W WAIMYAWY PK + D GHRH W Y +VW D+P +N+T+LGVS
Sbjct 62 RSDWYKGKWAIMYAWYLPKAAQFMLKFD----TGHRHFWLYSMVWTDSPNPDNSTILGVS 117
Query 154 MSASIGYSKQAPTDVKYVD-GTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSL 212
MS S GY K+ KY++ GT++K+ Y +G AL+LT+ +GE QDL+ W+QL+
Sbjct 118 MSGSRGYVKKPSPKTKYIEKGTTIKLESYVGFWMGVQALRLTKKSGETQDLVTWEQLTDE 177
Query 213 ARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
AR +L+ D++ ++ + MPLKD VF +L ++PF
Sbjct 178 ARDALSEFDFESDP-SISMVVMPLKDDVFRSILKDSYPF 215
>PHYRA_54327
Length=219
Score = 211 bits (538), Expect = 6e-68, Method: Compositional matrix adjust.
Identities = 113/228 (50%), Positives = 143/228 (63%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H V+PFPQP+P+T+S+K VKFKPQ++I GC PYPAV + G SGGL+ SG G
Sbjct 7 ISHKDVKPFPQPEPITISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQTSGSPRGG 66
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK A+ GHRH+WE+VVV+IDN
Sbjct 67 CRGSGHGSQVYGRSTWYNQVWAIMYSWYFPKDSPAS-------GMGHRHDWEHVVVFIDN 119
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P L +LG S+S+ GY K P +DGTSVKV Y ++ L N L T D G FQ
Sbjct 120 PDLPEPKILGCSVSSHDGYKKYNPCPPWVIDGTSVKVRYKHSWPL-NHDLDTTGDGGTFQ 178
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI W+Q++ AR +LN +T FG A P+ D F ++K+W
Sbjct 179 DLIMWNQMTDNARRALN-----ETKFGKA--NTPMNDWNFHSKVEKSW 219
>PHYCA_69480
Length=213
Score = 211 bits (537), Expect = 7e-68, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 142/228 (62%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+PVT+S+K VKFKPQ++I GC PYPAV G SGGL+ SG G
Sbjct 1 IGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNDVGETSGGLQTSGNPKGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK ++ GHRH+WE+ +V+IDN
Sbjct 61 CRGSGHGSQVYGRSTWIQGVWAIMYSWYFPKDSPSSR-------MGHRHDWEHAIVFIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K P +DGTS+K+ Y ++ + N L T D+G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKLRYKHSWPI-NHDLDTTGDSGTFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQ++ AR +LN FG A P DG F+ L+K W
Sbjct 173 DLIMWDQMTEDARRALNSVS-----FGKA--NTPFNDGSFKPKLEKAW 213
>PHALS_06162
Length=488
Score = 219 bits (559), Expect = 7e-68, Method: Compositional matrix adjust.
Identities = 115/228 (50%), Positives = 141/228 (62%), Gaps = 15/228 (7%)
Query 24 HDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECT 83
HD+V PF QP PVTV++ AVKFKPQ+ I GCHPYPAV G +SGGLK SG D C
Sbjct 269 HDKVVPFKQPKPVTVAEHAAVKFKPQINIVNGCHPYPAVNATGEISGGLKASGSSDAGCK 328
Query 84 GSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPG 143
GS GSQ+Y RS W +WAIMY+WYFPK A GHRH+WE+++VWIDNP
Sbjct 329 GSEYGSQVYGRSTWHRGLWAIMYSWYFPKDTA-------FPLLGHRHDWEHIIVWIDNPS 381
Query 144 LENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDL 203
L +L V+ SA Y+ Q+P V+GTSVKV Y L N AL T +GE+QDL
Sbjct 382 LYKPRILAVASSAHSWYTVQSPPHTDRVNGTSVKVKYAGIWPL-NHALTSTTKSGEYQDL 440
Query 204 IQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
I W+QL+ AR SL Q FG+A +P++DG F + LD W F
Sbjct 441 IMWEQLTEAARQSL-----QQANFGMA--NVPMRDGNFLDKLDTAWSF 481
>PPTG_07277
Length=298
Score = 214 bits (544), Expect = 9e-68, Method: Compositional matrix adjust.
Identities = 110/230 (48%), Positives = 141/230 (61%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+++PFPQPDPVT+S+K VKFKPQ++I GC PYP V + G SGGL+ SG G
Sbjct 84 IGHDEIKPFPQPDPVTISEKAGVKFKPQIQIRTGCVPYPVVNEFGETSGGLQTSGSPRGG 143
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RSAW+N WAIMY+WYFPK ++ GHRH+WE+ VV+IDN
Sbjct 144 CRGSVHGSQVYGRSAWINGFWAIMYSWYFPKDSPSSR-------MGHRHDWEFAVVFIDN 196
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
PG+ ++G S+S+ G K P +DG S+KV Y + + N L +T D G FQ
Sbjct 197 PGIPEPKIIGCSVSSHDGRKKYNPCPSWVIDGNSLKVRYKHAWPM-NHDLDVTGDAGTFQ 255
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQ++ AR +LN FG A P DG F L+ W F
Sbjct 256 DLIMWDQMTDDARRALNSVS-----FGKA--NTPFNDGKFLPTLESAWAF 298
>PHYCA_118356
Length=252
Score = 211 bits (537), Expect = 2e-67, Method: Compositional matrix adjust.
Identities = 106/231 (46%), Positives = 142/231 (61%), Gaps = 9/231 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PF QP P ++ AVK+KP+L + GCHPYPAVQ +GS+S GL+ SGP DGE
Sbjct 24 MDHDKVKPFAQPIPTNSFEEAAVKYKPELFVSYGCHPYPAVQANGSVSAGLEGSGPDDGE 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GSRLGSQ+Y+RS W ND WAIMY WY PKGR+ + RH WE V+WID+
Sbjct 84 CKGSRLGSQVYSRSDWYNDKWAIMYTWYLPKGRSGKL--------QDRHFWETAVIWIDD 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSV-KVAYYYNHLLGNTALQLTEDTGEF 200
P LE++ +LGVS++ + ++++ + V K Y L+ TE G+
Sbjct 136 PTLEDSKLLGVSLNYEDRRVSKIAIKGRHLNASKVLKFESYEAEKSPKPRLRFTEKAGKT 195
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI WDQL + AR L+ T + + FG +MPLKD VF + L WPF
Sbjct 196 QDLITWDQLPAKARKGLSTTKFYSSPFGSVKREMPLKDEVFLKRLKDAWPF 246
>PHYSO_254112
Length=224
Score = 210 bits (534), Expect = 2e-67, Method: Compositional matrix adjust.
Identities = 108/228 (47%), Positives = 141/228 (62%), Gaps = 30/228 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+P T S+ AVKFKP L++ GC PYPAV +GS+S LKW+G DG+
Sbjct 24 INHDQVQPFAQPEPATDSETAAVKFKPFLEVSYGCEPYPAVSANGSVSASLKWTGKNDGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKG--RAATVPPDFLRFFGHRHNWEYVVVWI 139
C GS LGSQ+Y+RS W D WA+MYAWYFPKG A+TV HRH W + VVWI
Sbjct 84 CEGSALGSQVYSRSDWYKDKWAMMYAWYFPKGWQGASTV--------SHRHLWLHAVVWI 135
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
DNP L+N+T+L VS + S+ ++ + +L L+LT D GE
Sbjct 136 DNPALDNSTILAVSTPVKLDASR----------------GFWASKML----LKLTTDKGE 175
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
QDLI WDQ++ AR +L+ ++D+ LF K+P KDGVF + L K
Sbjct 176 SQDLITWDQMTEEARTALSEANFDKHLFKRKNTKVPFKDGVFTDKLKK 223
>PHYSO_527352
Length=245
Score = 211 bits (536), Expect = 3e-67, Method: Compositional matrix adjust.
Identities = 111/230 (48%), Positives = 146/230 (63%), Gaps = 13/230 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWS--GPQD 79
IGHDQV+PF QP+P T S+K+AVK+KPQL I GCHPYPAVQ DGS++GGLKW+ D
Sbjct 24 IGHDQVQPFAQPEPTTESEKSAVKYKPQLHISYGCHPYPAVQADGSVNGGLKWTFWSWAD 83
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFF--GHRHNWEYVVV 137
+C GS LGSQ+Y+RS W WAI+YAWYFPKGR DF F GHRH W Y ++
Sbjct 84 SDCKGSGLGSQVYSRSDWHRGKWAIVYAWYFPKGR------DFEHSFKRGHRHYWLYAIL 137
Query 138 WIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDT 197
W D+P + +T+LGVS+ AP +DG ++K Y + G L LTE T
Sbjct 138 WTDSPNPDTSTILGVSVPNGFRDKSAAPDAQFVIDGKTIKFDSYRSFTTGRQDLGLTEKT 197
Query 198 GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
G+ QDLI W+QL+ AR +L++ ++D + +P+KDG F E L +
Sbjct 198 GDTQDLITWEQLTEEARTALSNMNFDGP---RQKIVVPMKDGDFAERLAR 244
>PHYSO_259736
Length=231
Score = 209 bits (533), Expect = 4e-67, Method: Compositional matrix adjust.
Identities = 105/230 (46%), Positives = 138/230 (60%), Gaps = 22/230 (10%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF Q +PV S K A+KFKP+L+I GCHPYPAVQ DG++S GLKW G DG+
Sbjct 24 INHDQVHPFAQVEPVNASDKAAIKFKPKLQISYGCHPYPAVQADGAVSDGLKWGGKPDGK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W WAI+ HRH W Y+V+WIDN
Sbjct 84 CKGSGLGSQVYSRSDWYQGKWAII----------------------HRHLWLYLVLWIDN 121
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N +LGV + + G ++ P D K++DG+S+KV YY + G T +QLTE+ GEFQ
Sbjct 122 PEAANPAILGVWLRTAGGNEQRVPPDAKFIDGSSLKVEYYKSSWHGKTGIQLTENPGEFQ 181
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DL+ W+Q++ AR +L ++D L +P DG F L+K W F
Sbjct 182 DLVTWEQMTEEARIALTEANFDGHWQERKDLDVPFIDGEFTVNLEKAWIF 231
>PHYRA_46230
Length=212
Score = 208 bits (529), Expect = 9e-67, Method: Compositional matrix adjust.
Identities = 113/227 (50%), Positives = 141/227 (62%), Gaps = 15/227 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H +V+PF QP P T+S+K VKFKPQ++I GC PYPAV G SGGLK SG G
Sbjct 1 ISHQEVKPFAQPMPATISEKAGVKFKPQIQIRTGCVPYPAVNYLGETSGGLKTSGAXKGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RSAW+NDVWAIMY+WYFPK ++ GHRH+WE+VVV+IDN
Sbjct 61 CRGSGHGSQVYGRSAWLNDVWAIMYSWYFPKDSPSS-------GMGHRHDWEHVVVFIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + ++G S S+ GY K AP +DGTSVKV Y ++ + N L +T D G FQ
Sbjct 114 PDVAEPKIMGCSASSHNGYKKYAPCPPWVIDGTSVKVRYKHSWPI-NHDLDVTGDAGTFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKT 248
DLI WDQ++ AR +LN FG A P+ DG F L+K
Sbjct 173 DLIMWDQMTEDARRALNGVH-----FGDA--NTPMNDGNFIPKLEKA 212
>PHYSO_249751
Length=238
Score = 209 bits (531), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 121/250 (48%), Positives = 150/250 (60%), Gaps = 14/250 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN RA+ ASL +A VIGHDQV PFPQ + + A+KFK Q+ I+ GCHPYP
Sbjct 1 MNLRAIAAVTAASLISVEAGVIGHDQVVPFPQSAATSAANIAALKFKLQIFINNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G SGGLK SG + C GS GSQ+Y RS N+ AIMY+WYFPK T
Sbjct 61 AVNAAGDTSGGLKPSGSVNAGCKGSGYGSQVYGRSTLYNNKHAIMYSWYFPKDNPVT--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
GHRH+WE+V+VWIDNP NAT+L ++ SA GYS AP VDGTSVKV Y
Sbjct 118 ----GLGHRHDWEHVIVWIDNPASSNATILAMTPSAHSGYSTYAPPPATMVDGTSVKVEY 173
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ ++ N L+ T GE Q+LI W+ ++ ARY+LN TD FG A +P+KDG
Sbjct 174 TSSKVVINHHLEGTSTAGETQNLIMWEDMTDAARYALNTTD-----FGSA--NVPMKDGN 226
Query 241 FEELLDKTWP 250
F L K +P
Sbjct 227 FISKLGKAYP 236
>PHYKE_7564
Length=473
Score = 216 bits (550), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 112/230 (49%), Positives = 141/230 (61%), Gaps = 14/230 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQ +++ A+K+KPQ+ I+ GCHPYPAV +G SGGLK G
Sbjct 257 IDHDQVQPFPQSAATSLTNTAALKYKPQIFINNGCHPYPAVNANGDTSGGLKTHGSGSAG 316
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK + GHRH+WE+V+VWIDN
Sbjct 317 CRGSGYGSQVYGRSTWYNGVWAIMYSWYFPKDSP-------VSGMGHRHDWEHVIVWIDN 369
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N T+L ++ SA GYS AP VDG SVKV Y +L+ N L+ T GE Q
Sbjct 370 PENVNGTILAMTPSAHSGYSTYAPPPADMVDGASVKVEYTSTYLVINHHLEGTSTAGEMQ 429
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W ++ ARY+LN TD FG A +P+KDG F L+K +P+
Sbjct 430 DLIMWGDMTDAARYALNTTD-----FGNA--NVPMKDGNFLPKLEKAYPW 472
Score = 204 bits (520), Expect = 4e-62, Method: Compositional matrix adjust.
Identities = 103/197 (52%), Positives = 125/197 (63%), Gaps = 7/197 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQ ++++ A+KFKPQ+ I+ GCHPYPAV +G SGGLK G
Sbjct 22 INHDQVQPFPQSTAISLTNTAALKFKPQIWINNGCHPYPAVNANGDTSGGLKTHGSSSAG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VWAIMY+WYFPK P DF GHRH+WE+VVVWIDN
Sbjct 82 CRGSGYGSQVYGRSTWYNGVWAIMYSWYFPKDE----PQDFT---GHRHDWEHVVVWIDN 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N +L ++ SA GYS AP D +DGTSVKV Y + L + L+ T GE Q
Sbjct 135 PQNVNPRILAMTPSAHSGYSTYAPPDADMIDGTSVKVEYTSSWLFIDHHLEGTSTAGEMQ 194
Query 202 DLIQWDQLSSLARYSLN 218
DLI W ++ AR SLN
Sbjct 195 DLIMWSDMTDAARNSLN 211
>PPTG_13736
Length=236
Score = 209 bits (531), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 121/251 (48%), Positives = 146/251 (58%), Gaps = 15/251 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN RA V+ +A+LA + HDQVRPF QP PV+VS+K AVKFKPQL I GCHPYP
Sbjct 1 MNLRAFIVSIVAALAATDVIALSHDQVRPFGQPSPVSVSEKAAVKFKPQLHITNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G SGGL SG C GS GSQ+Y RS W WAIMY+WYFPK +T
Sbjct 61 AVNAAGETSGGLAKSGAPSAGCKGSGWGSQVYGRSTWHKGRWAIMYSWYFPKDSPST--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
GHRH+WE+V+VWIDNP + N +L V+ SA GYSK AP V G + K+
Sbjct 118 ----GLGHRHDWEHVIVWIDNPDVANPKILAVTPSAHSGYSKYAPPKAGTVSGNTAKI-N 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
Y +H N AL T+ GE Q LI WDQ++ AR SLN FG A +P+ DG
Sbjct 173 YESHWPVNHALDSTDKGGETQPLIMWDQMTDAARRSLN-----TVSFGDA--NVPMNDGN 225
Query 241 FEELLDKTWPF 251
F + P+
Sbjct 226 FLRKIGNASPW 236
>HYAP_09243
Length=266
Score = 209 bits (533), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 106/229 (46%), Positives = 140/229 (61%), Gaps = 15/229 (7%)
Query 23 GHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGEC 82
GHD + PF +P PVT+S+K VKFKP L ++ GC PY AV +G SGGL+ SG + C
Sbjct 46 GHDAIVPFSEPKPVTISEKAGVKFKPLLDVNTGCAPYAAVNAEGETSGGLQTSGDPESGC 105
Query 83 TGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNP 142
GS+ GSQ+Y RS W NDVWAIMYAWYFPK + GHRH+WE VVV+I++P
Sbjct 106 RGSKYGSQVYGRSTWYNDVWAIMYAWYFPKDSP-------MLLMGHRHDWENVVVFINDP 158
Query 143 GLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQD 202
T+LG S S GY K AP ++G+SV + Y ++ L N AL +T+D G +QD
Sbjct 159 DEVEPTILGCSTSWHSGYIKYAPCPTDSINGSSVMIKYEHSFPL-NHALNITKDAGAYQD 217
Query 203 LIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI W Q+ LAR +LN TD+ + + P+ D F E ++ WPF
Sbjct 218 LIMWHQMPDLARRALNDTDFGKAI-------TPMNDLNFMEKIEAAWPF 259
>PHYCA_69477
Length=213
Score = 207 bits (528), Expect = 2e-66, Method: Compositional matrix adjust.
Identities = 106/228 (46%), Positives = 140/228 (61%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PF QP+PVT+S+K VKFKPQ++I GC PYPAV G SGGL+ SG G
Sbjct 1 IGHDEVKPFAQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNDVGETSGGLQTSGNPKGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK ++ GHRH+WE+ +V+IDN
Sbjct 61 CRGSGHGSQVYGRSTWMQGVWAIMYSWYFPKDSPSSR-------MGHRHDWEHAIVFIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K P +DGTS+KV Y ++ + N L T D G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDAGTFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQ++ AR +LN + + + P DG F+ L+K W
Sbjct 173 DLIMWDQMTEDARRALNSVSFGKAM-------TPFNDGSFKPKLEKAW 213
>PHYCA_119748
Length=261
Score = 209 bits (532), Expect = 2e-66, Method: Compositional matrix adjust.
Identities = 111/234 (47%), Positives = 139/234 (59%), Gaps = 23/234 (10%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHDQV+PFPQP+PVT+S+K VKFKPQ++I GC PYPAV + G GGLK +G G
Sbjct 47 IGHDQVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEYGETGGGLKTTGKSRGN 106
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W VWAIMY+WYFPK + GHRH+WE+ +V+IDN
Sbjct 107 CGGSGYGSQVYGRSTWYQGVWAIMYSWYFPKDSPSPK-------MGHRHDWEHAIVFIDN 159
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYY----YNHLLGNTALQLTEDT 197
P + +L S+S+ GY+K P +DGTS+KV Y YNH L T D
Sbjct 160 PEVSEPKILACSVSSHSGYTKYNPCPPWVIDGTSLKVRYKHAWPYNH-----DLDATGDG 214
Query 198 GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
G+FQDLI W+QL+ AR +LN FG A P D F ++ WPF
Sbjct 215 GKFQDLIMWNQLTEDARRALNSVS-----FGKA--NTPFSDDKFMPKIENAWPF 261
>PHYSO_334487
Length=258
Score = 209 bits (531), Expect = 2e-66, Method: Compositional matrix adjust.
Identities = 121/251 (48%), Positives = 145/251 (58%), Gaps = 14/251 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN RA+ +ASLA +IGHDQV PFPQ P T+S K A+KFKPQL I+ GCHPYP
Sbjct 1 MNLRALAADTLASLASVSGGIIGHDQVVPFPQSQPTTISNKAALKFKPQLWINNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
V G GGLK G C S GSQ+Y RS W N VWAIMY WYFPK P
Sbjct 61 VVNAAGDTGGGLKTHGSSAAGCRCSGYGSQVYGRSTWYNGVWAIMYCWYFPKDE----PQ 116
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
D GHRH+WE+V+VWIDNP +EN ++ ++ SA GYS A VDGTS KV Y
Sbjct 117 DGT---GHRHDWEHVIVWIDNPDVENPKIMAMTPSAHSGYSTYALPPADMVDGTSCKVEY 173
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ L + L+ T GEFQDLI W L+ AR +LN T FG A P+ DG
Sbjct 174 TSSWLFIDHHLEGTSTAGEFQDLIMWSDLTDGARLALNTTS-----FGKA--NTPMNDGN 226
Query 241 FEELLDKTWPF 251
F + K +P+
Sbjct 227 FLPKIQKAYPW 237
>PHYRA_72475
Length=243
Score = 208 bits (530), Expect = 2e-66, Method: Compositional matrix adjust.
Identities = 115/235 (49%), Positives = 149/235 (63%), Gaps = 20/235 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVTVS+K AV+FKP L+ID GCHPYPAV G SGGLK +G G+
Sbjct 24 IDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDTGCHPYPAVNAAGETSGGLKGTGMPSGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P F + G RH+W VVVW+DN
Sbjct 84 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDQ-----PTFSK--GKRHDWANVVVWLDN 136
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYY---NHLLGNTALQLTEDT 197
P LE T++GVS S+ + YSK P + GT+ + Y NH G ++ T T
Sbjct 137 PALERPTIIGVSPSSYVTTYSKYTPPPADGLSGTTSMINYLADANNH--GFHSVDTTWKT 194
Query 198 -GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
GEFQDLI W+QL+ AR + N TD+ + +P D F+ L+K WP+
Sbjct 195 GGEFQDLIMWEQLTDEARGAFNDTDFGEH------APVPFIDPNFKANLEKAWPY 243
>PHYRA_72165
Length=240
Score = 208 bits (529), Expect = 2e-66, Method: Compositional matrix adjust.
Identities = 110/234 (47%), Positives = 145/234 (62%), Gaps = 22/234 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVTVS+K AV+FKP L+ID GCHPYPAV G + GLK +GP G+
Sbjct 23 IDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDHGCHPYPAVNAAGETNAGLKGTGPSSGD 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P F G RH+W VVVW+DN
Sbjct 83 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDK-----PTFGE--GGRHDWANVVVWLDN 135
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDT--- 197
P +E T++GVS S+ + Y K P + GT+ + Y + + N + T
Sbjct 136 PAVERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTPMINYLADDM--NNGFHTVDTTWLP 193
Query 198 -GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
GEFQDLI W+QL+ AR +L+ TD+ G +P D F+ L+K WP
Sbjct 194 GGEFQDLIMWEQLTDEARAALSDTDF--------GALVPFIDANFKANLEKAWP 239
>PYIR_13252
Length=236
Score = 207 bits (528), Expect = 3e-66, Method: Compositional matrix adjust.
Identities = 117/249 (47%), Positives = 149/249 (60%), Gaps = 15/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
M F+ + +A+ +LA A I HD V+PF +P+P T + + A+KFKPQ+ I GC PYP
Sbjct 1 MMFKVIIASALVALATVNAASIAHDAVKPFAEPNPTTTTHRVALKFKPQINISNGCSPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G+ SGGLK SG Q C GS G+Q+Y R+A D + IMY+WYFPK
Sbjct 61 AVDSAGNTSGGLKPSGSQSAGCKGSGWGTQVYGRAAQYKDAYGIMYSWYFPKDSP----- 115
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
L GHRH+WE+VVVWIDNP N +L VS SA GYSK AP VDGTS KV
Sbjct 116 --LTGLGHRHDWEHVVVWIDNPNAANPKILAVSPSAHSGYSKYAPPKAGTVDGTSAKVD- 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
Y + ++ N AL T D GE Q LI WDQL++ AR +L +T+ FG A +P+KDG
Sbjct 173 YTSKVVINHALDSTTDAGEQQPLIMWDQLTAAARSALENTN-----FGDA--NVPMKDGN 225
Query 241 FEELLDKTW 249
F L +
Sbjct 226 FMNKLANAY 234
>PYU1_G011235
Length=238
Score = 207 bits (528), Expect = 3e-66, Method: Compositional matrix adjust.
Identities = 114/228 (50%), Positives = 137/228 (60%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF +P P + S+K AVKFKPQ+ I GCHPYPAV G+ SGGLK SG Q
Sbjct 24 INHDQVVPFAEPTPSSASEKLAVKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y R A D WAIMY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 84 CKGSGWGTQVYGRVASYKDKWAIMYSWYFPKDSPIT-------GLGHRHDWEHVVVWIDN 136
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N +L +S SA GY K AP VDGTS KV Y + ++ N AL T GE Q
Sbjct 137 PKAANPKILAISPSAHSGYQKYAPPKAGTVDGTSAKVD-YTSKIVINHALDSTTAAGEKQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI W+Q++ AR +L +TD FG A + P+KDG F L K +
Sbjct 196 PLIMWEQMTDAARSALENTD-----FGKANV--PMKDGNFMNKLAKAY 236
>PHYRA_74630
Length=343
Score = 211 bits (536), Expect = 5e-66, Method: Compositional matrix adjust.
Identities = 109/230 (47%), Positives = 141/230 (61%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+PVT+S K VKFKPQ++I GC+PYPAV + G + GGLK +G G+
Sbjct 129 IGHDEVKPFPQPEPVTISDKAGVKFKPQIQIRTGCNPYPAVNEFGEVGGGLKPTGKSRGK 188
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W N VW IMY+WYFPK + GHRH+WE+ VV+IDN
Sbjct 189 CAGSGHGSQVYGRSTWHNSVWVIMYSWYFPKDSPSP-------GLGHRHDWEHAVVFIDN 241
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K P +DGTS+KV Y ++ + N L T D G FQ
Sbjct 242 PDVPEPKILACSVSSHDGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDGGTFQ 300
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W Q++ AR +LN + FG A P+ DG F + WPF
Sbjct 301 DLIMWGQMTDNARRALNEAN-----FGSA--NTPMNDGNFPNKVQAAWPF 343
>PITG_08522
Length=382
Score = 211 bits (538), Expect = 6e-66, Method: Compositional matrix adjust.
Identities = 114/231 (49%), Positives = 140/231 (61%), Gaps = 17/231 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD V+ FPQP+PVT+S+K VKFKPQ++I GC PYP V + G SGGL+ SG G
Sbjct 126 IGHDDVKLFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPVVNELGETSGGLQTSGNSRGG 185
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDF-LRFFGHRHNWEYVVVWID 140
C GS GSQ+Y RS W+ VWAIMY+WYFPK DF GHRH+WE+ +V+ID
Sbjct 186 CRGSGHGSQVYGRSTWMEGVWAIMYSWYFPK--------DFPSSRMGHRHDWEHAIVFID 237
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
NP + +L S+S+ GY K P +DGTS+KV Y + L N L T D G F
Sbjct 238 NPEVAEPKILACSVSSHDGYKKYNPCPSYVIDGTSLKVRYKHAWPL-NHDLDTTGDAGTF 296
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI WDQ+S+ AR +LN FG A P DG F L+K WPF
Sbjct 297 QDLIMWDQMSNDARRALNSVH-----FGKA--NTPFNDGNFRPKLEKAWPF 340
>PHYRA_71588
Length=242
Score = 206 bits (525), Expect = 1e-65, Method: Compositional matrix adjust.
Identities = 112/233 (48%), Positives = 144/233 (62%), Gaps = 16/233 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PF QPDPVT+S+KTAV+FKP L+ID GCH YPAV G + GLK +G G+
Sbjct 23 IGHDKVQPFAQPDPVTISEKTAVRFKPILRIDNGCHSYPAVNAAGETNAGLKGTGRPSGD 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y RS W D+WAIMYAWYFPK + G RH+W VVVW+DN
Sbjct 83 CKGSSLGSQVYGRSVWHGDLWAIMYAWYFPKDMP-------ILGKGKRHDWANVVVWLDN 135
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYYNHL-LGNTALQLT-EDTG 198
P E T++GVS SA + Y+K P + G + ++Y + L G L + E G
Sbjct 136 PAHERPTIIGVSPSAYVTTYAKYTPPPANRLTGLTSMISYLADDLNYGYHTLDMNWEAGG 195
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
EFQDL+ W+QL+ AR +LN TD FG L +P D F+ L+K WP+
Sbjct 196 EFQDLVMWEQLTDEARAALNDTD-----FGENAL-VPFIDANFKANLEKAWPY 242
>PYU1_G011233
Length=239
Score = 206 bits (524), Expect = 1e-65, Method: Compositional matrix adjust.
Identities = 111/228 (49%), Positives = 142/228 (62%), Gaps = 14/228 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF +P P T+++K A+KFKPQ+ I+ GCHPYPAV G++ GGLK G Q
Sbjct 24 IDHDQVKPFAEPAPTTLAEKLAIKFKPQIFINNGCHPYPAVDAAGNVGGGLKPDGSQSAG 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y R+A NDV+AIMY+WY PK + GHRH+WE VVVWIDN
Sbjct 84 CKGSGWGTQVYGRAAPYNDVYAIMYSWYMPKDTP-------IPGIGHRHDWENVVVWIDN 136
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N +L VS SA GY K AP VDGTS KV Y +L+ + +L T GE Q
Sbjct 137 PNAANPKILAVSPSAHSGYEKYAPPKAGTVDGTSAKVIYSTTNLVMDHSLDSTTHAGEQQ 196
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI W+QL+ AR +L D+D FG A +P+KDG F + L K++
Sbjct 197 PLIMWEQLTDAARSTLQ--DYD---FGNA--NVPMKDGNFMDKLGKSY 237
>PPTG_07661
Length=223
Score = 205 bits (521), Expect = 3e-65, Method: Compositional matrix adjust.
Identities = 108/225 (48%), Positives = 149/225 (66%), Gaps = 11/225 (5%)
Query 34 DPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYA 93
+P T S+K+A+K+KPQL I GC+PYPAVQ +G++SGGLKWSG + +C GSQIY+
Sbjct 2 EPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWANSDCEKPVQGSQIYS 61
Query 94 RSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVS 153
RS W WAIMYAWYFPKG A + R GHRH W +VW DN +N+T+LGVS
Sbjct 62 RSDWYKGKWAIMYAWYFPKG--AFRASKYNR--GHRHFWSSAIVWTDNTNPDNSTILGVS 117
Query 154 MSASIGYSKQAPTDVKYVD-GTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSL 212
MS S GY K+ KY++ GT++K+ Y L N AL+LT+ +G QDL+ W+QL+
Sbjct 118 MSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQDLVTWEQLTDE 177
Query 213 ARYSLNHTDWD----QTLFGLAG--LKMPLKDGVFEELLDKTWPF 251
AR +L+ D+D +F +G + MPL+DGVF +L++++PF
Sbjct 178 ARDALSKFDFDADTSDAIFFSSGATVVMPLEDGVFTSILEESYPF 222
>PHYKE_5655
Length=243
Score = 205 bits (522), Expect = 3e-65, Method: Compositional matrix adjust.
Identities = 114/235 (49%), Positives = 148/235 (63%), Gaps = 18/235 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQPDPVTVS+KTAVKFKP L+ID+GCH YPAV +SGGLK +G DG+
Sbjct 22 IGHDKVQPFPQPDPVTVSEKTAVKFKPSLRIDSGCHSYPAVNAACEISGGLKGTGSDDGD 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y R+ W ND+WAIMY+WYFPK + F + G RH+W VVVW+++
Sbjct 82 CTGSSLGSQVYGRAVWYNDLWAIMYSWYFPKDMPVAI---FKK--GRRHDWVNVVVWLND 136
Query 142 PGLENATVLG-VSMSASIGYSKQAPTDVKYVDGTSVKVAYY---YNHLLGNTALQLTEDT 197
P E +LG S YSK P V ++G S + Y Y+H G + T +
Sbjct 137 PAAEKPIMLGVSPSSYVSSYSKYTPPPVDGLNGMSCMINYLSNPYDH--GYHTVDTTRNR 194
Query 198 -GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
GEFQDL+ W+QL+ AR SLN T + +T ++P D F L+K WP+
Sbjct 195 GGEFQDLVMWEQLTDAARISLNETAFGET------AQVPFIDENFVANLEKAWPY 243
>PHYRA_49009
Length=216
Score = 204 bits (518), Expect = 6e-65, Method: Compositional matrix adjust.
Identities = 108/233 (46%), Positives = 144/233 (62%), Gaps = 22/233 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVTVS+K AV+FKP L+ID GCHPYPAV G + GLK +G G+
Sbjct 1 IDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDHGCHPYPAVNAAGETNAGLKGTGMPSGD 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK +A + G RH+W VVVW+DN
Sbjct 61 CKGSGLGSQVYARAVWHSDLWAIMYAWYFPKDKA-------IFGKGERHDWANVVVWLDN 113
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDT--- 197
P +E T++GVS S+ + Y K P + GT+ + Y N + N + T
Sbjct 114 PAVERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTPMINYLANDM--NNGFHTVDTTWKT 171
Query 198 -GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
GEFQDLI W+QL+ AR +L++TD+ G +P D F+ L+K W
Sbjct 172 GGEFQDLIMWEQLTDEARAALSNTDF--------GALVPFIDANFKANLEKAW 216
>PHYSO_334498
Length=229
Score = 203 bits (517), Expect = 1e-64, Method: Compositional matrix adjust.
Identities = 107/218 (49%), Positives = 131/218 (60%), Gaps = 17/218 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP+PVT+S+K AVKFKPQL I GCHPYPAV + G GGL +G G+
Sbjct 25 ISHDQVAPFAQPEPVTISEKAAVKFKPQLHISNGCHPYPAVNEAGDTDGGLSNTGAPSGK 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRF-FGHRHNWEYVVVWID 140
C GS LGSQ+Y RS W DVW IMYAWYFPK D F GHRH+WE+ V+WID
Sbjct 85 CKGSGLGSQVYGRSGWHKDVWTIMYAWYFPK--------DMASFDLGHRHDWEHAVIWID 136
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
NP + +LGVS S+ GY K ++GTSV + Y + + L+ T GE+
Sbjct 137 NPDVAEPKILGVSASSHAGYEKVTTIPAGSLNGTSVLLNYESTWPV-DHELRFTTKGGEY 195
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKD 238
Q LI W QL+ AR SL+ TD+ L MP+ D
Sbjct 196 QPLIMWTQLTDAARVSLSTTDFGSAL-------MPMTD 226
>PPTG_19506
Length=223
Score = 203 bits (516), Expect = 1e-64, Method: Compositional matrix adjust.
Identities = 107/225 (48%), Positives = 149/225 (66%), Gaps = 11/225 (5%)
Query 34 DPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYA 93
+P T S+K+A+K+KPQL I GC+PYPAVQ +G++SGGLKWSG + +C GSQIY+
Sbjct 2 EPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWANSDCEKPVQGSQIYS 61
Query 94 RSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVS 153
RS W WAIMYAWYFPKG A + R GHRH W +VW DN +N+T+LGVS
Sbjct 62 RSDWYKGKWAIMYAWYFPKG--AFRASKYNR--GHRHFWSSAIVWTDNTNPDNSTILGVS 117
Query 154 MSASIGYSKQAPTDVKYVD-GTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSL 212
MS S GY K+ KY++ GT++K+ Y L N AL+LT+ +G QDL+ W+QL+
Sbjct 118 MSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQDLVTWEQLTDE 177
Query 213 ARYSLNHTDWD----QTLFGLAG--LKMPLKDGVFEELLDKTWPF 251
AR +L+ D+D +F +G + +PL+DGVF +L++++PF
Sbjct 178 ARDALSKFDFDADTSDAIFFSSGATVVIPLEDGVFTSILEESYPF 222
>PYU1_G011230
Length=238
Score = 201 bits (511), Expect = 1e-63, Method: Compositional matrix adjust.
Identities = 108/228 (47%), Positives = 134/228 (59%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF +P P + +K AVKFKPQ+ I GCHPYPAV G+ SGGLK SG Q
Sbjct 24 ISHDQVVPFAEPTPSSAYEKLAVKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSGSQSAG 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y R A N V+ +MY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 84 CKGSGWGTQVYGRGAAYNGVYGLMYSWYFPKDSPIT-------GLGHRHDWEHVVVWIDN 136
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N +L +S SA GY K AP VDGTS KV Y + ++ N AL T GE Q
Sbjct 137 PKAANPKILAISPSAHSGYQKYAPPKAGTVDGTSAKVD-YTSKIVINHALDSTTAAGEKQ 195
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI W+Q++ AR +L +T G +P+KDG F + L K +
Sbjct 196 PLIMWEQMTQAARTALENT-------GFGDANVPMKDGNFMDKLAKAY 236
>PHYKE_7566
Length=260
Score = 201 bits (510), Expect = 4e-63, Method: Compositional matrix adjust.
Identities = 108/228 (47%), Positives = 134/228 (59%), Gaps = 14/228 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP T Q +KFKPQ+ I GCHPYPAV KDG+ SGGLK +G
Sbjct 45 ISHDQVVPFAQPTATTTLQAAGIKFKPQIHISNGCHPYPAVNKDGNTSGGLKPTGSASAG 104
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY R V+AIMY+WYFPK T GHRH+WE+V+VW+D+
Sbjct 105 CKGSGYGSQIYGRITTYQGVYAIMYSWYFPKDSPIT-------GLGHRHDWEHVIVWVDD 157
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L N +++ VS SA GY+ P +DG S KV Y ++L+ N AL T D GE Q
Sbjct 158 ITLTNPSIVAVSPSAHSGYNIYYPPKSGTIDGYSAKVDYSSSYLVVNHALDSTSDAGETQ 217
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL+ AR +L +TD FG A +P+KD F+ L +
Sbjct 218 DLIMWDQLTDAARTALENTD-----FGDA--NVPMKDANFQAKLGNAY 258
>PHYRA_86968
Length=239
Score = 199 bits (507), Expect = 5e-63, Method: Compositional matrix adjust.
Identities = 110/232 (47%), Positives = 138/232 (59%), Gaps = 16/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PFPQP PVT+S+K VKFKPQL I AGC PYPAV G SGGLK +G + +
Sbjct 22 VDHDKVQPFPQPAPVTISEKAGVKFKPQLTIKAGCFPYPAVNAAGETSGGLKGNG-DELD 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S LGSQ+Y R+ W N VWAIMYAWYFPKG TVP RH+W VVWIDN
Sbjct 81 CILSLLGSQVYGRAGWYNGVWAIMYAWYFPKGFWDTVP-------YWRHDWSNAVVWIDN 133
Query 142 PGLENATVLGVSMSASIGY--SKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
P LEN +LG+S+S S + P + ++ + Y Y L L+L+ G
Sbjct 134 PALENPKILGLSLSTSENKYGNTYVPVPARTIENGTTPTLYRYVPALRAAELRLSTSRGP 193
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W QL+ AR +LN DQ FG +P+ D F +LL++ WPF
Sbjct 194 VQDLIMWGQLTDAARAALN----DQDNFGRT--DVPISDDHFPKLLEEAWPF 239
>PHYRA_43347
Length=220
Score = 199 bits (506), Expect = 5e-63, Method: Compositional matrix adjust.
Identities = 108/205 (53%), Positives = 137/205 (67%), Gaps = 17/205 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QPDPVTVS+K AV+FKP L+ID+GCHPYPAV G S GLK +GP G+
Sbjct 24 IDHDKVQPFAQPDPVTVSEKAAVRFKPSLRIDSGCHPYPAVNAAGETSAGLKGTGPSSGD 83
Query 82 CTGSRLGSQI---YARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVW 138
C GS LGSQ+ YAR+ W +D+WAIMYAWYFPK + P F + G RH+W VVVW
Sbjct 84 CKGSGLGSQVVLRYARAVWYSDLWAIMYAWYFPKDK-----PTFRK--GERHDWANVVVW 136
Query 139 IDNPGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYY---NHLLGNTALQLT 194
+DNP LE T++GVS S+ + YSK P ++GT+ + Y NH G ++ T
Sbjct 137 LDNPALERPTMIGVSPSSYVTTYSKYTPPPADGLNGTTSMINYLADANNH--GFHSVDTT 194
Query 195 EDT-GEFQDLIQWDQLSSLARYSLN 218
T GEFQDLI W+QL+ AR +LN
Sbjct 195 WKTGGEFQDLIMWEQLTDEARAALN 219
>PHYCA_69479
Length=213
Score = 198 bits (503), Expect = 8e-63, Method: Compositional matrix adjust.
Identities = 105/228 (46%), Positives = 135/228 (59%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H ++PFPQP PVT+S+K VKFKPQ++I GC PYPAV + G SGGLK +G G
Sbjct 1 ISHHDIKPFPQPVPVTISEKAGVKFKPQIQIRTGCVPYPAVNEFGETSGGLKPTGNPRGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WE+ +V+IDN
Sbjct 61 CRGSGYGSQVYGRSTWIRGVWAIMYSWYFPKDSPSP-------GLGHRHDWEHAIVFIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K P +DGTS+KV Y + + N L T D G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHAWPM-NHDLDTTGDGGSFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI W+Q++ AR +LN + FG A P DG F L+ W
Sbjct 173 DLIMWNQMTEDARRALNSVN-----FGSA--NTPFNDGRFMPKLENAW 213
>PPTG_15231
Length=258
Score = 199 bits (507), Expect = 9e-63, Method: Compositional matrix adjust.
Identities = 107/220 (49%), Positives = 134/220 (61%), Gaps = 14/220 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP T QK VKFKPQ+ I GCHPYPAV +G+ SGGLK +G
Sbjct 43 ISHDAVVPFAQPTATTTEQKAGVKFKPQIHISNGCHPYPAVDANGNTSGGLKPTGSSSAG 102
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y R A N V+AIMY+WYFPK T GHRH+WE+VVVW+D+
Sbjct 103 CKGSGYGSQVYGRVATYNGVYAIMYSWYFPKDSPVT-------GLGHRHDWEHVVVWVDD 155
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L++ +++ VS SA GY+ P + +DG S KV Y + ++ N AL T D GE Q
Sbjct 156 IKLDSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVINHALDSTTDAGETQ 215
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVF 241
DLI WDQL+ AR +L +TD FG A +P+KDG F
Sbjct 216 DLIMWDQLTDAARTALENTD-----FGDA--NVPMKDGNF 248
>PHYCA_6835
Length=210
Score = 197 bits (500), Expect = 2e-62, Method: Compositional matrix adjust.
Identities = 104/212 (49%), Positives = 128/212 (60%), Gaps = 15/212 (7%)
Query 40 QKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVN 99
+++AVKFKPQL I GCH YPAV + G GGLK G C GS GSQ+Y RS W
Sbjct 13 RRSAVKFKPQLHITNGCHSYPAVDEAGETGGGLKTKGAPSAGCKGSGWGSQVYGRSGWYQ 72
Query 100 DVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIG 159
DVWAIMY WYFPK ++ GHRH+WE+V+VWIDNP +EN +L V+ SA G
Sbjct 73 DVWAIMYCWYFPKDEPSS-------GIGHRHDWEHVIVWIDNPAVENPKILAVTPSAHSG 125
Query 160 YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNH 219
Y K AP + +DG + KVAY + + AL T + G+FQDLI WDQLS AR +LN
Sbjct 126 YHKYAPPNADTIDGVTTKVAYDSKWPM-DHALDSTSEAGDFQDLIMWDQLSENARRALNS 184
Query 220 TDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
+ FG A P+ DG F+ L K WPF
Sbjct 185 VN-----FGKA--NTPMNDGNFQPKLAKAWPF 209
>PHYRA_52960
Length=223
Score = 197 bits (500), Expect = 3e-62, Method: Compositional matrix adjust.
Identities = 107/228 (47%), Positives = 135/228 (59%), Gaps = 14/228 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD V PF QP P T QK AVK KPQ+ I GCHPYPAV +DG+ SGGLK +G Q
Sbjct 9 IGHDAVAPFKQPTPTTTLQKLAVKLKPQIYIANGCHPYPAVDEDGNTSGGLKPTGDQSSG 68
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GSRLGSQIY R A V+A MY+WY PK + L G+RH+WE VVWI N
Sbjct 69 CIGSRLGSQIYGRVAKYRGVYAFMYSWYMPKDQT-------LPGLGYRHDWEACVVWISN 121
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
LE ++ +S+S Y P D Y++G S K+ Y + ++ + +L T GE Q
Sbjct 122 ITLEEPNIVALSVSYHSTYQTYYPLDKDYLEGDSAKIEYSTSWVVLDHSLSATSTPGETQ 181
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL++ AR +L TD FG G ++P KD F+E L K +
Sbjct 182 DLIMWDQLTAAARTALEDTD-----FG--GARVPFKDANFKEKLAKAY 222
>PHYRA_52955
Length=223
Score = 197 bits (500), Expect = 3e-62, Method: Compositional matrix adjust.
Identities = 107/228 (47%), Positives = 135/228 (59%), Gaps = 14/228 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD V PF QP P T QK AVK KPQ+ I GCHPYPAV +DG+ SGGLK +G Q
Sbjct 9 IGHDAVAPFKQPTPTTTLQKLAVKLKPQIYIANGCHPYPAVDEDGNTSGGLKPTGDQSSG 68
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GSRLGSQIY R A V+A MY+WY PK + L G+RH+WE VVWI N
Sbjct 69 CIGSRLGSQIYGRVAKYRGVYAFMYSWYMPKDQT-------LPGLGYRHDWEACVVWISN 121
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
LE ++ +S+S Y P D Y++G S K+ Y + ++ + +L T GE Q
Sbjct 122 ITLEEPNIVALSVSYHSTYQTYYPLDKDYLEGDSAKIEYSTSWVVLDHSLSATSTPGETQ 181
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL++ AR +L TD FG G ++P KD F+E L K +
Sbjct 182 DLIMWDQLTAAARTALEDTD-----FG--GARVPFKDANFKEKLAKAY 222
>PYU1_G011236
Length=237
Score = 197 bits (500), Expect = 5e-62, Method: Compositional matrix adjust.
Identities = 106/228 (46%), Positives = 133/228 (58%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF +P P T +QK +KFKPQL I GCHPYPAV G+ SGGLK +G D
Sbjct 23 IAHDAVVPFVEPTPTTTAQKLGIKFKPQLHISNGCHPYPAVDAAGNTSGGLKPTGSSDAG 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y R+A N V+A+MY+WYFPK +T GHRH+WE+VVVWIDN
Sbjct 83 CKGSGYGTQVYGRAAAYNGVYALMYSWYFPKDSPST-------LLGHRHDWEHVVVWIDN 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L VS SA GY+K P + G S K+ Y +L N A +T GE Q
Sbjct 136 PDAASPKILAVSASAHSGYNKYHPPATTTLAGNSAKIDYKSIVVL-NHAFDMTTAAGETQ 194
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
LI WDQ++ AR +L TD FG A +P+KDG F L +
Sbjct 195 PLIMWDQMTVAARTALETTD-----FGDA--NVPMKDGNFMTKLANAY 235
>PYIW_25259
Length=246
Score = 197 bits (501), Expect = 5e-62, Method: Compositional matrix adjust.
Identities = 113/229 (49%), Positives = 130/229 (57%), Gaps = 24/229 (10%)
Query 22 IGHDQVRPFPQPDPVTVSQK---------TAVKFKPQLKIDAGCHPYPAVQKDGSMSGGL 72
I HD V PF QP PVT+ Q A+KFKPQ+ I GCHPYPAV G+ GGL
Sbjct 23 IAHDAVVPFAQPAPVTLEQTPAPTSLSHTAALKFKPQIHISNGCHPYPAVDAAGNTGGGL 82
Query 73 KWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNW 132
K SG Q C GS G+Q+Y RS W N WAIMY+WYFPK T GHRH+W
Sbjct 83 KPSGSQSAGCKGSGWGTQVYGRSTWFNGKWAIMYSWYFPKDSPFT-------GLGHRHDW 135
Query 133 EYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQ 192
E+VVVWIDNP N +L V+ SA GY K AP VDG S KV Y ++ N AL
Sbjct 136 EHVVVWIDNPANANPAILAVTPSAHSGYKKYAPPKSGTVDGNSAKVEYKAIIVI-NHALD 194
Query 193 LTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVF 241
T GE Q LI WDQL+ AR L +TD FG A +P+KDG F
Sbjct 195 STTTGGEQQPLIMWDQLTDAARSGLENTD-----FGSA--NVPMKDGNF 236
>PITG_22734
Length=168
Score = 194 bits (494), Expect = 5e-62, Method: Compositional matrix adjust.
Identities = 90/153 (59%), Positives = 113/153 (74%), Gaps = 8/153 (5%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PF QP P+T SQK+AVK+KPQL I GCHPYPAV+ +GS SGGL+WSGP DG+
Sbjct 24 VNHDEVQPFTQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNGSASGGLEWSGPADGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+RS W + WAIMYAWYFPKGR GHRH WEYVVVW D+
Sbjct 84 CTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGRYG--------LTGHRHYWEYVVVWADS 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGT 174
N+++ GVSMSA +G++K P +KY+ G+
Sbjct 136 STSTNSSIQGVSMSAGVGHAKATPPMLKYIHGS 168
>PHALS_06084
Length=260
Score = 197 bits (501), Expect = 7e-62, Method: Compositional matrix adjust.
Identities = 107/230 (47%), Positives = 136/230 (59%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +DQVR F QP P T+SQ+ A+ FKPQL I GC PYPAV + G SGGL + +
Sbjct 45 IPYDQVRGFRQPKPTTISQQVALTFKPQLDIVTGCLPYPAVNRLGETSGGLPKDADTETK 104
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS+ SQ+Y RS W NDVW +M++WYFPK GHRH+WE VV++ID+
Sbjct 105 CHGSQFNSQVYGRSTWFNDVWVMMFSWYFPKDSP-------FPLLGHRHDWENVVIFIDS 157
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LG SMS Y K AP +GTSVKV Y + L N AL +TE G FQ
Sbjct 158 PKVPLPKILGCSMSYHSEYIKFAPCPTFATNGTSVKVKYEDSFPL-NHALNVTEKEGTFQ 216
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI W+QL + R SLN TD FG A + P+ D F + +++ WPF
Sbjct 217 DLIMWNQLPPIVRKSLNDTD-----FGSANV--PMNDWNFLKKVEEAWPF 259
>PHYRA_83592
Length=237
Score = 196 bits (497), Expect = 1e-61, Method: Compositional matrix adjust.
Identities = 109/230 (47%), Positives = 134/230 (58%), Gaps = 14/230 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PFPQP PVT+S+K VKFKP+L I GC YPAV G SGGLK +G D
Sbjct 22 IDHDKVQPFPQPQPVTISEKAGVKFKPKLFIQEGCVSYPAVNAAGEPSGGLKGTG-DDSG 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C LGSQ+Y R+ W NDVWAIMYAWYFPKG P RH+W VVVWIDN
Sbjct 81 CKLPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDKCP-------YWRHDWSNVVVWIDN 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +E + VLG+S+S S + + + + Y Y G+ L D G+FQ
Sbjct 134 PDVETSKVLGLSLSTSENKYGHKYAPAESIRNGTTPMLYRYLPSFGSAGLNTYVDLGQFQ 193
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLI WDQL+ AR +LN DQ FG ++P+ D F E L+K WPF
Sbjct 194 DLIMWDQLTDAARAALN----DQDNFGRT--EVPISDDHFPEHLEKAWPF 237
>PHYSO_329114
Length=236
Score = 196 bits (497), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 103/202 (51%), Positives = 120/202 (59%), Gaps = 9/202 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQVRPF QP P TVS+K AVKF PQ+ I GCHPYPAV G SGGL+ +G
Sbjct 23 INHDQVRPFAQPKPATVSEKAAVKFNPQIHITNGCHPYPAVNAAGETSGGLQTNGAPSAG 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W WAIMY+WYFPK +T GHRH+WE+VVVWIDN
Sbjct 83 CKGSGWGSQVYGRSTWYKGRWAIMYSWYFPKDSPSTT-------LGHRHDWEHVVVWIDN 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + N +L V+ SA GYSK AP V G + KV Y +H N AL T+ G+ Q
Sbjct 136 PAVANPKILAVTPSAHSGYSKYAPPKAGTVTGNTAKVN-YESHWPVNHALDSTDVGGDAQ 194
Query 202 DLIQWDQL-SSLARYSLNHTDW 222
DLI W+Q L R H W
Sbjct 195 DLIMWEQQHGKLRRRQCTHERW 216
>PYIR_13275
Length=237
Score = 196 bits (497), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 108/220 (49%), Positives = 130/220 (59%), Gaps = 15/220 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP VT QK VKFKPQ+ I GCHPYPAV G+ SGGL +G D
Sbjct 23 IAHDAVVPFVQPTAVTTEQKLGVKFKPQIHISNGCHPYPAVDAAGNTSGGLNPTGSSDAG 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS G+Q+Y R N V+A+MY+WYFPK T GHRH+WE+VVVWIDN
Sbjct 83 CKGSGYGTQVYGRGVAYNGVYALMYSWYFPKDSPFT-------GLGHRHDWEHVVVWIDN 135
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L +S SA GY K AP VDG S KV Y + ++ N AL T GE Q
Sbjct 136 PDAASPVILAISPSAHSGYEKYAPPKTDTVDGNSAKVD-YKSIVVINHALDSTTTAGEQQ 194
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVF 241
LI WDQL++ AR +L +TD FG A +P+KDG F
Sbjct 195 PLIMWDQLTAAARTALENTD-----FGDA--NVPMKDGNF 227
>PHYKE_4541
Length=147
Score = 192 bits (488), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 90/147 (61%), Positives = 107/147 (73%), Gaps = 0/147 (0%)
Query 105 MYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQA 164
MYAWYFPKGR A + RFFGHRHNWEY +VWIDNP L++ +LGVSMSA+ YSK+A
Sbjct 1 MYAWYFPKGREAVSMHPYARFFGHRHNWEYAIVWIDNPALDDPAILGVSMSAATSYSKRA 60
Query 165 PTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQ 224
P KY+DG S+KV YY N ++ +TAL+LT+ GEFQDL+ WDQL AR +L TDWD
Sbjct 61 PPMAKYLDGDSLKVEYYSNAVVASTALRLTKTKGEFQDLVTWDQLPDAARNALIDTDWDT 120
Query 225 TLFGLAGLKMPLKDGVFEELLDKTWPF 251
TLF AG K PLKDGVF E L K +P
Sbjct 121 TLFNTAGAKFPLKDGVFNETLAKAYPL 147
>PHYRA_41766
Length=209
Score = 194 bits (493), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 109/227 (48%), Positives = 137/227 (60%), Gaps = 18/227 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H +V+PF QP P T+S+K VKFKPQ++I GC PYPAV G SGGLK SG G
Sbjct 1 ISHQEVKPFAQPMPATISEKAGVKFKPQIQIRTGCVPYPAVNYLGETSGGLKTSGAXKGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RSAW+NDVW +WYFPK ++ GHRH+WE+VVV+IDN
Sbjct 61 CRGSGHGSQVYGRSAWLNDVWX---SWYFPKDSPSS-------GMGHRHDWEHVVVFIDN 110
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + ++G S S+ GY K AP +DGTSVKV Y ++ + N L +T D G FQ
Sbjct 111 PDVAEPKIMGCSASSHNGYKKYAPCPPWVIDGTSVKVRYKHSWPI-NHDLDVTGDAGTFQ 169
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKT 248
DLI WDQ++ AR +LN FG A P+ DG F L+K
Sbjct 170 DLIMWDQMTEDARRALN-----GVHFGDA--NTPMNDGNFIPKLEKA 209
>PPTG_22174
Length=771
Score = 208 bits (529), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 108/231 (47%), Positives = 148/231 (64%), Gaps = 6/231 (3%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF + +P T S+K+A+K+KPQL I GCHPYP VQ DGS+S GLKWSG
Sbjct 545 IDHDEVQPFEEMEPTTDSEKSAIKYKPQLHISDGCHPYPVVQADGSVSAGLKWSGRYRSG 604
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RSAW WAIMYAWYFPKG P + GHRH W + +VW D+
Sbjct 605 CKGSDLGSQVYSRSAWYKGKWAIMYAWYFPKG----ANPVSVFGSGHRHYWLHAIVWTDS 660
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P +N+T+LG SM+ + K + KY+ +GTS+K+ + G AL+LT+ +GE
Sbjct 661 PNPDNSTILGASMAGTTNNEKTSTVKSKYLANGTSLKLDSFVGLWTGIQALRLTKKSGET 720
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ AR +L+ ++ + MPL+D F+ LL ++PF
Sbjct 721 QDLITWEQLTDEARDALSDFS-FESSESREWVVMPLRDSAFKVLLKNSYPF 770
>PHYSO_496064
Length=254
Score = 196 bits (497), Expect = 3e-61, Method: Compositional matrix adjust.
Identities = 106/246 (43%), Positives = 138/246 (56%), Gaps = 30/246 (12%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+P TVS+K AVKFKP ++I +GCHPYPAV G SGGLK SG DG+
Sbjct 22 IDHDKVQPFAQPEPTTVSEKAAVKFKPSIRIRSGCHPYPAVNAAGETSGGLKPSGEPDGD 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S LGSQ+Y R+ W D+WAIMY WYFPK T F R G RH W +VW+DN
Sbjct 82 CKNSSLGSQVYGRAVWYKDLWAIMYTWYFPKDSYGT----FFR-SGQRHKWASFIVWLDN 136
Query 142 PGLENATVLGVSMS-------------ASIGYSKQAPTDVKYVDGTSVKVAY---YYNHL 185
P LE +L VS S + G +P Y++GTS +AY +Y +
Sbjct 137 PSLEKPKILAVSTSFQTGEYQILKNGPPACGRRSCSPPFTDYINGTSAMLAYLDTFYGSI 196
Query 186 LGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELL 245
L T + GE QDLI W+QL+ A+ +LN TD+ + ++P D L
Sbjct 197 LEMTTAR---TGGELQDLIMWEQLTEEAQIALNETDFGEK------ARVPFIDANLNANL 247
Query 246 DKTWPF 251
++T F
Sbjct 248 EQTRSF 253
>PHYRA_45457
Length=199
Score = 193 bits (491), Expect = 3e-61, Method: Compositional matrix adjust.
Identities = 101/196 (52%), Positives = 122/196 (62%), Gaps = 8/196 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF +P PVT+S+K VKFKPQL I GCH YPAV + G GGLK SG +
Sbjct 12 ISHDQVIPFAEPAPVTISEKAGVKFKPQLHISNGCHSYPAVNEAGDTGGGLKTSGAPSSK 71
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY RS W +DVWAIMYAWYFPK A+T GHRH+WE+ V+WIDN
Sbjct 72 CKGSGYGSQIYGRSGWHSDVWAIMYAWYFPKDMASTT-------LGHRHDWEHAVIWIDN 124
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +LGVS+S+ GY+K V + GT+V + Y L + L LT G+ Q
Sbjct 125 PDVAEPKILGVSVSSHSGYAKTTTIPVGSLVGTTVLINYESFWPL-DHELSLTTKGGDLQ 183
Query 202 DLIQWDQLSSLARYSL 217
LI W QL+ AR SL
Sbjct 184 PLIMWSQLTDAARNSL 199
>PHYRA_39489
Length=237
Score = 194 bits (494), Expect = 5e-61, Method: Compositional matrix adjust.
Identities = 108/230 (47%), Positives = 136/230 (59%), Gaps = 16/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PFPQP PVT+S+K VKFKPQL I AGC PYPAV G SGGLK +G + +
Sbjct 22 VDHDKVQPFPQPAPVTISEKAXVKFKPQLTIKAGCFPYPAVNAAGETSGGLKGNG-DELD 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S LGSQ+Y R+ W N VWAIMYAWYFPKG TVP RH+W VVWIDN
Sbjct 81 CILSLLGSQVYGRAGWYNGVWAIMYAWYFPKGFWDTVP-------YWRHDWSNAVVWIDN 133
Query 142 PGLENATVLGVSMSASIGY--SKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
P LEN +LG+S+S S + P + ++ + Y Y L L+L+ G
Sbjct 134 PALENPKILGLSLSTSENKYGNTYVPVPARTIENGTTPTLYRYVPALRAAELRLSTSRGP 193
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
QDLI W QL+ AR +LN DQ FG +P+ D F +LL++ W
Sbjct 194 VQDLIMWGQLTDAARAALN----DQDNFGRT--DVPISDDHFPKLLEEAW 237
>PHYRA_72390
Length=237
Score = 193 bits (490), Expect = 2e-60, Method: Compositional matrix adjust.
Identities = 108/230 (47%), Positives = 133/230 (58%), Gaps = 14/230 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PFPQP PVT+S+K VKFKP+L I GC YPAV G SGGLK +G D
Sbjct 22 IDHDKVQPFPQPQPVTISEKAGVKFKPKLFIQEGCVSYPAVNAAGEPSGGLKGTG-DDSG 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C LGSQ+Y R+ W NDVWAIMYAWYFPKG P RH+W VVVWIDN
Sbjct 81 CKLPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDKCP-------YWRHDWSNVVVWIDN 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P +E + VLG+S+S S + + + + Y Y G+ L D G+FQ
Sbjct 134 PDVETSKVLGLSLSTSENKYGHKYAPAESIRNGTTPMLYRYLPSFGSAGLNTYVDLGQFQ 193
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI WDQL+ AR +LN DQ FG ++P+ D F E L+K WPF
Sbjct 194 GLIMWDQLADAARAALN----DQDNFGRT--EVPISDDHFPEHLEKAWPF 237
>PHYRA_72477
Length=238
Score = 192 bits (489), Expect = 2e-60, Method: Compositional matrix adjust.
Identities = 109/231 (47%), Positives = 136/231 (59%), Gaps = 15/231 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PFPQP PVT+S+K VKFKP L I GC YPAV G SGGLK SG
Sbjct 22 VDHDKVQPFPQPAPVTISEKAGVKFKPHLHIITGCASYPAVNAAGETSGGLKGSGGTTSG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C LGSQ+Y R+ W NDVWAIMYAWYFPKG P F+ RH+W VVWIDN
Sbjct 82 CALPPLGSQVYGRAGWYNDVWAIMYAWYFPKGFWDASP-----FW--RHDWSNAVVWIDN 134
Query 142 PGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P LEN LG+S+S S Y + + +G + ++ Y + T L D+GEF
Sbjct 135 PALENPKALGLSISRSENKYGSTYTEEDGFENGKTPNLSRYVPPMEAAT-LSTGYDSGEF 193
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI WDQL+ AR +LN DQ FG ++P+ D F + L++ WPF
Sbjct 194 QDLIMWDQLTDAARAALN----DQDNFGRT--EVPISDDHFPKRLEEAWPF 238
>PITG_22916
Length=248
Score = 193 bits (490), Expect = 2e-60, Method: Compositional matrix adjust.
Identities = 94/230 (41%), Positives = 137/230 (60%), Gaps = 5/230 (2%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQVRPF QP+ T +K AVK+KPQL I+ GCHPYPAV++DG++S GL+WSG +G
Sbjct 23 IDHDQVRPFAQPNAATTKEKAAVKYKPQLYIEDGCHPYPAVEEDGTISAGLEWSGDHNGH 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S GSQ+Y+R D +AIMYAWYFPKG+ + HRH+WE+ ++W D
Sbjct 83 CKKSPRGSQVYSRGGSYKDKYAIMYAWYFPKGKGHSRK----HHDEHRHDWEFGIIWFDR 138
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
++++ GV+ + + P +V G+ +K+ Y L+LT+ G+ Q
Sbjct 139 DSDTDSSIAGVTTNIGRDLHDEVPLQPVHVVGSHIKLESYSTFWSAKQGLRLTKKKGDIQ 198
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DLIQW+QL A+ +LN D+D T + +P D F+E + ++PF
Sbjct 199 DLIQWEQLPKAAQTALNDADFD-TDKAKTPVVVPFNDNYFQEKVAASYPF 247
>PHYCA_69457
Length=213
Score = 191 bits (485), Expect = 5e-60, Method: Compositional matrix adjust.
Identities = 107/228 (47%), Positives = 138/228 (61%), Gaps = 15/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQP+PVT+S+K VKFKPQ+++ GC PYPAV + G SGGLK +G G
Sbjct 1 INHDQVKPFPQPEPVTISEKAGVKFKPQIQVRTGCEPYPAVNEFGETSGGLKPTGNPRGG 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W+ VWAIMY+WYFPK + GHRH+WE+ +V+IDN
Sbjct 61 CGGSGYGSQVYGRSTWIRGVWAIMYSWYFPKDSPSP-------GLGHRHDWEHAIVFIDN 113
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P + +L S+S+ GY K P +DGTS+KV Y ++ N L T D G FQ
Sbjct 114 PDVPEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHS-WPTNHDLDTTGDGGSFQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI W+Q++ AR +LN + FG A P DG F L+ W
Sbjct 173 DLIMWNQMTEDARRALNSVN-----FGSA--NTPFNDGKFMPKLENAW 213
>PHYSO_526541
Length=239
Score = 192 bits (487), Expect = 5e-60, Method: Compositional matrix adjust.
Identities = 105/232 (45%), Positives = 133/232 (57%), Gaps = 17/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP P TVS+K AVKFKP L+I GCHPYPAV G SGGLK +GP DG+
Sbjct 22 IDHDKVQPFAQPAPATVSEKAAVKFKPSLQIIDGCHPYPAVNAAGETSGGLKHTGPVDGK 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y RS W D+WAIMY+WYFPK + L + G RH W VVW+DN
Sbjct 82 CKGSGLGSQVYGRSGWYKDLWAIMYSWYFPKDK-------HLGYKGQRHKWVDAVVWLDN 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY---YYNHLLGNTALQLTEDTG 198
P E VL ++ + ++++ T+ ++Y Y + T TG
Sbjct 135 PAFETPKVLA-NVPQRCEHGSCGKAFAEFMNNTTPMISYRPFYMETSFHTLEMTSTRGTG 193
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
E QDLI W+QLS AR +L+ TD FG A K+P D FE L+ P
Sbjct 194 ELQDLIMWEQLSPEARTALSETD-----FGEAA-KVPFIDANFETNLELARP 239
>PHYSO_336498
Length=238
Score = 191 bits (485), Expect = 9e-60, Method: Compositional matrix adjust.
Identities = 113/253 (45%), Positives = 139/253 (55%), Gaps = 17/253 (7%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R V A+ A I HD+V PFPQPDPVT+S+K AVKFKPQL I+ GC +P
Sbjct 1 MNVRGFLVILAAAFIAVDAGKIDHDKVEPFPQPDPVTISEKAAVKFKPQLLIEDGCVSFP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G SGGLK + C + LGSQ+Y R+ W DVWAIMYAWYFPKG
Sbjct 61 AVNAAGETSGGLK-GNSGNSACDSAPLGSQVYGRAMWYKDVWAIMYAWYFPKGF------ 113
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSAS-IGYSKQAPT-DVKYVDGTSVKV 178
F+ R +W VVWIDNP +LG+S S S Y + P D +DGT+ +
Sbjct 114 -FVGVASRRFDWSSAVVWIDNPDFAAPKILGISTSTSDDDYETKTPAPDYAILDGTTTLL 172
Query 179 AYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKD 238
+ G L + TG+ Q LI W+QL AR +LN TD FGLA +P+ D
Sbjct 173 FRSTSREAGQPKLYYSSRTGDSQPLIMWEQLPEAARLALNTTD-----FGLA--YVPIND 225
Query 239 GVFEELLDKTWPF 251
FE+ L K WPF
Sbjct 226 DTFEKKLKKAWPF 238
>PITG_16866
Length=238
Score = 190 bits (482), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 108/221 (49%), Positives = 132/221 (60%), Gaps = 15/221 (7%)
Query 22 IGHDQVRPFPQPDPVTV-SQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDG 80
I HD V PF QP T QK +KFKPQ+ I GCHPYPAV DG+ SGGL +G
Sbjct 22 ISHDAVIPFAQPTTTTTTEQKAGIKFKPQIHISNGCHPYPAVDADGNTSGGLNPTGSSSA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C GS GSQIY R A N V+AIMY+WYFPK L GHRH+WE+VVVW+D
Sbjct 82 GCKGSGYGSQIYGRVATYNGVFAIMYSWYFPKDSP-------LTGLGHRHDWEHVVVWVD 134
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+ L + +V+ VS SA GY+ P + +DG S KV Y + L+ N AL T D GE
Sbjct 135 DIKLNSPSVIAVSPSAHSGYNIYHPPESNTIDGYSTKVDYSSSWLVINHALDSTTDAGET 194
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVF 241
Q+LI WDQL+ AR +L +TD FG A +P+KDG F
Sbjct 195 QNLIMWDQLTDAARTALENTD-----FGDA--NVPMKDGNF 228
>PPTG_00460
Length=259
Score = 190 bits (482), Expect = 6e-59, Method: Compositional matrix adjust.
Identities = 107/225 (48%), Positives = 136/225 (60%), Gaps = 14/225 (6%)
Query 24 HDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECT 83
HD+V+PF QP+P+T ++K AVKFKP L + AGCHPYPAV G S GLK +G DGEC
Sbjct 22 HDKVQPFAQPEPITDAEKAAVKFKPSLAVKAGCHPYPAVNAAGDTSAGLKGTGAPDGECE 81
Query 84 GSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPG 143
GS LGSQ+Y+RS W D WAIMYAWYFPK L G RH+W +VVW+DNP
Sbjct 82 GSPLGSQVYSRSKWYEDKWAIMYAWYFPKDMQNI----GLIKKGVRHDWVNLVVWLDNPA 137
Query 144 LENATVLGVSMSA-SIGYS-KQAPTDVKYVDGTSVKVAYYYNHLLG-NTALQLTEDTGEF 200
L T+L S S GY + P ++GT+ KV Y ++ G +T Q E+ GE+
Sbjct 138 LAEPTILATSASTYGTGYEISKPPKRSDIINGTTPKVRYDEDNREGWHTIFQFHEE-GEY 196
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELL 245
QDLIQW+QL++ R +L +TD FG +P D FE L
Sbjct 197 QDLIQWNQLTNATRKALENTD-----FGDFA-NVPFNDAYFETNL 235
>PHYRA_44405
Length=232
Score = 188 bits (478), Expect = 8e-59, Method: Compositional matrix adjust.
Identities = 103/229 (45%), Positives = 139/229 (61%), Gaps = 16/229 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVT+S+K AV+FKP+L+I GCHPYPAV G S GLK +G DG+
Sbjct 16 IDHDKVQPFAQPEPVTISEKAAVQFKPRLQIFGGCHPYPAVNAAGETSAGLKGTGTHDGD 75
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C SRLGSQ+Y RS W D+W IMYAWYFPK + P + + GHRH W VVVW+DN
Sbjct 76 CMRSRLGSQVYGRSVWYGDLWGIMYAWYFPKDK-----PKYRK--GHRHEWANVVVWLDN 128
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYYNHLLG--NTALQLTEDTG 198
P E T++G+S S + Y+K DG + + Y + L ++ + E G
Sbjct 129 PAHERPTMIGMSTSWFVTTYAKYKFVPTNGFDGKTYTINYKDDVLNDGFHSVDVIWEIGG 188
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
EFQDLI W+QL+ AR +L+ TD+ + +P D F+ L+K
Sbjct 189 EFQDLIMWEQLTDEARAALSDTDFGED------APVPFIDANFKANLEK 231
>PHYSO_490000
Length=241
Score = 188 bits (478), Expect = 1e-58, Method: Compositional matrix adjust.
Identities = 113/232 (49%), Positives = 140/232 (60%), Gaps = 16/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PFPQ P T++ K A+K KP+L I+ GCH +PAV +G SGGLK G +G
Sbjct 23 IDHDQVVPFPQSQPTTITNKAALKLKPRLFINNGCHLHPAVNANGDTSGGLKPKGSPEGG 82
Query 82 CTGSRLGSQIY--ARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
C GS GSQ+Y RS W N VWAIMYAWYFPK P DF GHRH+WE+V+V I
Sbjct 83 CRGSGSGSQVYRYGRSTWYNGVWAIMYAWYFPKDE----PTDF---DGHRHDWEHVIVRI 135
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
+NP LEN T+L ++ SA GYS AP V GTS KV Y + + + L+ T GE
Sbjct 136 NNPVLENPTILAMTPSAHSGYSTYAPPPADMVSGTSCKVEYTSSWIFIDHHLEGTSTAGE 195
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W L+ ARY+L+ T+ FG A P+ +G F L K WP+
Sbjct 196 TQDLIMWSDLTDAARYALSTTN-----FGKA--DTPMNNGTFNWKLSKAWPW 240
>HYAP_06628
Length=245
Score = 188 bits (477), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 102/231 (44%), Positives = 132/231 (57%), Gaps = 15/231 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I H +V+ F QP+PVT+S+K AV+ P L + GC PYPAV + G SGGLK +G +G
Sbjct 29 IPHHEVKAFAQPEPVTISEKAAVRLNPTLLVTYGCQPYPAVNEFGQTSGGLKPTGDHNGH 88
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+YARSAW D WAIM+A+YFPK + R RH+WE+ VVWI N
Sbjct 89 CKGSGHGSQVYARSAWFGDKWAIMFAYYFPKSQPR-------RSVSVRHSWEFAVVWIAN 141
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTE-DTGEF 200
P T+ + S + GY K D +DG VK+ Y+ H + L+LT D G
Sbjct 142 PEAPEKTLALTTRSFAYGYFKYTSFDASEMDGERVKLR-YWQHADSDLYLELTSLDGGVT 200
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
+ LI W+QL AR +LN W+ G K PL D FE LL+ +WPF
Sbjct 201 RPLIMWEQLPEKARCALNEATWN------GGFKCPLSDEAFEPLLNASWPF 245
>PHYSO_330015
Length=241
Score = 187 bits (476), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 105/229 (46%), Positives = 129/229 (56%), Gaps = 13/229 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PFPQP PVTVS+K AVK+KP L I CHPYPAV G SGGLK +G +DG
Sbjct 24 IDHDKVQPFPQPGPVTVSEKAAVKYKPNLLILDACHPYPAVNAAGETSGGLKGTGKRDGA 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y R+ W +D+WAIMYAWYFPK G RHNW VVW+DN
Sbjct 84 CKGSGLGSQVYGRAGWHDDMWAIMYAWYFPKD---VYYRGTFSDKGFRHNWVNAVVWLDN 140
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P LE + GY + +P Y +GTS + Y N + Q T GE Q
Sbjct 141 PALETPRYSPCRLR---GYQECSPPFTGYFNGTSAMLVYEANGEEPSALSQNTLGGGELQ 197
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
DLI W+QL+ AR +L+ TD+ +T K+P D F L P
Sbjct 198 DLIMWEQLTVEARDALSTTDFGET-------KVPFIDANFNANLKAARP 239
>PPTG_17295
Length=238
Score = 187 bits (476), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 109/253 (43%), Positives = 147/253 (58%), Gaps = 17/253 (7%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MNFR + + A+LA A+ + HD++ P PQPDPVT+S+K A+KFKPQL I GC +P
Sbjct 1 MNFRGLVIIIAATLAAVTARRVDHDKLGPIPQPDPVTISEKAAIKFKPQLNIADGCVSFP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G SGGLK S + C + +GSQ+Y R+AW ND WAIMYAW+FPKG
Sbjct 61 AVNDGGDFSGGLKGSN-GNSACDDAPMGSQVYGRAAWYNDKWAIMYAWFFPKGF------ 113
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIG-YSKQAPT-DVKYVDGTSVKV 178
F+ R++W VVWIDNP VLG+S S S Y +++P D ++G + +
Sbjct 114 -FMGVASRRYDWSSAVVWIDNPDFATPAVLGLSTSTSDDEYQRKSPAPDFGILNGVTPLL 172
Query 179 AYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKD 238
+ + G L + TG+FQ LI W+QL+ AR +LN D FG A ++P D
Sbjct 173 YRSISEVAGQPMLDYSSRTGDFQPLIMWEQLTDAARETLNTFD-----FGNA--QVPFND 225
Query 239 GVFEELLDKTWPF 251
FEE L K +PF
Sbjct 226 ANFEEKLKKAYPF 238
>PHYSO_255972
Length=215
Score = 186 bits (473), Expect = 3e-58, Method: Compositional matrix adjust.
Identities = 109/229 (48%), Positives = 128/229 (56%), Gaps = 35/229 (15%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP P TVS+K AVKFKP L+I GCHPYPAV G SGGLK +GP DG+
Sbjct 22 IDHDKVQPFAQPAPATVSEKAAVKFKPSLQIIDGCHPYPAVNAAGETSGGLKHTGPVDGK 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y RS W D+WAIMY+WYFPK + L + G RH W VVW+DN
Sbjct 82 CKGSGLGSQVYGRSGWYKDLWAIMYSWYFPKDK-------HLGYKGQRHKWVDAVVWLDN 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P E VL VS + G Y H L T+ T TGE Q
Sbjct 135 PAFETPKVLAVSTWSWGG-------------------GYTSFHTLEMTS---TRGTGELQ 172
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
DLI W+QLS AR +L+ TD FG A K+P D FE L+ P
Sbjct 173 DLIMWEQLSPEARTALSETD-----FGEAA-KVPFIDANFETNLELARP 215
>PHYRA_84273
Length=237
Score = 187 bits (474), Expect = 4e-58, Method: Compositional matrix adjust.
Identities = 108/231 (47%), Positives = 138/231 (60%), Gaps = 16/231 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PFPQP PVT+S+K VKFKPQL I GC YPAV G SGGLK SG G
Sbjct 22 VDHDKVQPFPQPAPVTISEKAGVKFKPQLHITTGCTSYPAVNAAGETSGGLKGSGGTSG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C LGSQ+Y R+ W NDV+AIMYAWYFPKG P F+ RH+W VVWIDN
Sbjct 81 CMLPPLGSQVYGRAGWHNDVYAIMYAWYFPKGFWDASP-----FW--RHDWSNAVVWIDN 133
Query 142 PGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P + +LG+S+S S Y K + + +G + ++ Y + T L D+GEF
Sbjct 134 PAHKTPKILGLSLSTSENKYGKTYTEEDGFENGKTPNLSRYVPPMEAAT-LSTGYDSGEF 192
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI WDQL+ AR +LN DQ FG ++P+ D F + L++ WPF
Sbjct 193 QDLIMWDQLTDAARAALN----DQDNFGRT--EVPISDDHFPKRLEEAWPF 237
>PITG_23228
Length=254
Score = 187 bits (474), Expect = 6e-58, Method: Compositional matrix adjust.
Identities = 107/247 (43%), Positives = 144/247 (58%), Gaps = 31/247 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKI-DAGCHPYPAVQKDGSMSGGLKWSGPQDG 80
I HD+V+PF QP PVT+S+K A+ FKPQL + C P+PA G ++GGLK S D
Sbjct 22 IDHDKVQPFSQPTPVTISEKAAITFKPQLYTPKSVCVPFPAANAYGEITGGLKGSNGNDA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C LGSQ+Y R W DVWAIMYAWYFPKG ++ F RH+W+ VVVWID
Sbjct 82 -CVFPPLGSQVYGRVGWFRDVWAIMYAWYFPKGF-------WMGFVSRRHDWKNVVVWID 133
Query 141 NPGLENATVLGVSMSAS-IGYSKQA---PT------------DVKYVDGTSVKVAYYYNH 184
NPGLE +LGVSMS S Y+K+ P+ D Y+ G + + +YY+
Sbjct 134 NPGLEEPKILGVSMSKSETKYTKERRLWPSNFAGFYRMGRRYDRSYIYGFNTFLRFYYHF 193
Query 185 LLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
+G L L+E GE+QDLI W+QL+ +AR +LN ++ +++P+ D FE
Sbjct 194 DVGTPNLYLSEWEGEYQDLIMWEQLTDVARAALNGSN------NFEEVEVPISDEHFETR 247
Query 245 LDKTWPF 251
LD+ W F
Sbjct 248 LDEAWLF 254
>PPTG_07991
Length=276
Score = 187 bits (476), Expect = 7e-58, Method: Compositional matrix adjust.
Identities = 104/233 (45%), Positives = 136/233 (58%), Gaps = 30/233 (13%)
Query 22 IGHDQVRPF--PQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQD 79
I +DQV PF QP TV++K A+KF+P+L + GCHPYPAV G +S GL+ + D
Sbjct 70 IAYDQVEPFEMAQPSDATVTEKAAIKFRPKLHVVNGCHPYPAVNAAGQVSKGLQKADATD 129
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
EC+GS+LG+Q+Y RSAW VWAIMYAWYFP V PD WE+V+VW
Sbjct 130 AECSGSKLGTQVYGRSAWFGRVWAIMYAWYFPD-----VSPD----------WEHVIVWT 174
Query 140 DNPGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTG 198
+NP + N +L V+ S S G YS Q P D + G SVK+AY N AL+ T G
Sbjct 175 NNPNVTNQVILAVTTSDSTGKYSSQVPPDASMISGKSVKIAY------NNNALESTTKEG 228
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
Q+L+ W QL+ A+ +LN D FG G+++P+ D F L K WPF
Sbjct 229 GAQNLVLWHQLTPEAQEALN----DDQSFG--GVQVPVNDDYFLLNLGKAWPF 275
>PHYKE_7568
Length=372
Score = 190 bits (483), Expect = 8e-58, Method: Compositional matrix adjust.
Identities = 107/249 (43%), Positives = 144/249 (58%), Gaps = 14/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
M+ R + A+A+L QA VI HDQV PF QP P T Q+ A+KFKPQ+ I+ GCHPYP
Sbjct 136 MHLRYIAPTALAALTFTQATVISHDQVVPFSQPTPTTTIQEVAIKFKPQIYINNGCHPYP 195
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV +DG+ SGGL +G + C GS GSQIY R+ V+A MY+WY PK
Sbjct 196 AVDEDGNTSGGLAPTGSESAGCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDET----- 250
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
L GHRH+WE VVW+D+ L+ ++ +S SA GY+ P Y+DG S K+ Y
Sbjct 251 --LPGLGHRHDWEACVVWLDDITLDEPNIVALSASAHSGYNVYYPPSSSYLDGDSAKIEY 308
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
++++ + +L T GE QDLI WDQL+ AR +L TD FG A +P K+
Sbjct 309 SSSYIVIDHSLSATSTAGETQDLIMWDQLTDAARAALEDTD-----FGSA--NVPFKEAN 361
Query 241 FEELLDKTW 249
F+ L +
Sbjct 362 FQTKLGNAY 370
Score = 117 bits (292), Expect = 1e-29, Method: Compositional matrix adjust.
Identities = 65/141 (46%), Positives = 84/141 (60%), Gaps = 15/141 (11%)
Query 105 MYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQA 164
MY+WYFPK L FGHRH+WE++VVW++NP + + +L VS SA GY+
Sbjct 1 MYSWYFPKDSP-------LTGFGHRHDWEHIVVWLNNPAITSPEILAVSTSAHSGYTVYY 53
Query 165 PTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQ 224
P D Y+DG S K+ YY+ LL N A ++T D GE QDLI WDQL+ A+ +L TD
Sbjct 54 PPDSDYLDGNSAKID-YYSVLLINHAFRMTSDAGETQDLIMWDQLTDAAQTALEDTD--- 109
Query 225 TLFGLAGLKMPLKDGVFEELL 245
FG A +P KD FE L
Sbjct 110 --FGDA--NVPFKDANFETKL 126
>HYAP_08306
Length=286
Score = 187 bits (476), Expect = 8e-58, Method: Compositional matrix adjust.
Identities = 102/232 (44%), Positives = 132/232 (57%), Gaps = 17/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+GHD ++PFPQP PVT A+K KP+L I GCHPYPAV G S GLK SG DG
Sbjct 58 VGHDTLQPFPQPKPVTRLDVVAIKLKPELFIVHGCHPYPAVNATGHTSNGLKTSGDADGH 117
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y R+ W WAIMYAWYFPK PD G RH+WE+ +VWI+N
Sbjct 118 CKGSGHGSQVYGRATWFRGKWAIMYAWYFPKDA-----PD--EESGQRHDWEHAIVWINN 170
Query 142 PGLENATVLGVSMSAS--IGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
P ++ +L VS+S GY K+ DGT +K++Y +H + L LT + GE
Sbjct 171 PKVKQPKILAVSVSCGKFFGYLKKVAPGPAVFDGTRLKLSYGADHKHEHR-LDLTAEKGE 229
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QL+ AR + + W + MPL D ++ L + WPF
Sbjct 230 DQDLIMWEQLTDEARCAFDTILWTNDM-------MPLNDAWYKHELTRAWPF 274
>PHYRA_84277
Length=240
Score = 185 bits (469), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 109/233 (47%), Positives = 134/233 (58%), Gaps = 17/233 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+V+PFPQP PVT+S+K VKFKP L I GC YPAV G SGGLK SG
Sbjct 22 VDHDKVQPFPQPAPVTISEKAGVKFKPHLHIITGCASYPAVNAAGETSGGLKGSGGTTSG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C LGSQ+Y R+ W NDVWAIMYAWYFPKG P F+ RH+W VVWIDN
Sbjct 82 CALPPLGSQVYGRAGWYNDVWAIMYAWYFPKGFWDASP-----FW--RHDWSNAVVWIDN 134
Query 142 PGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTE--DTG 198
P LEN LG+S+S S Y D + GT+ ++ Y + AL + +
Sbjct 135 PALENPKALGLSISRSENKYGSTYTDDSVFEYGTTPSLSRYLPPMQ-TAALSTSSFPNDF 193
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
E QDLI WDQL+ AR +LN DQ FG +P+ D F +LL++ WPF
Sbjct 194 ELQDLIMWDQLTDAARAALN----DQDNFGRT--DVPISDDHFPKLLEEAWPF 240
>PHYRA_76657
Length=239
Score = 185 bits (469), Expect = 3e-57, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 134/232 (58%), Gaps = 16/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDA--GCHPYPAVQKDGSMSGGLKWSGPQD 79
I HD+V+PFPQPDPVT+++K+ VKFKP+LKID GC YPAV G SGGLK +
Sbjct 22 IDHDKVQPFPQPDPVTITEKSGVKFKPELKIDTEHGCVSYPAVNSAGETSGGLKGTKGTS 81
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
CTG LGSQ+Y R+ W NDVWAIMYAWYFPKG + R RH+W VVWI
Sbjct 82 A-CTGPILGSQVYGRAEWYNDVWAIMYAWYFPKGF-------WNRRAYWRHDWSNAVVWI 133
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
D+P LEN VLG+S+S S + + + Y AL L +G+
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSLYRMMPTYKCAALALYYASGD 193
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W QL+ AR +LN DQ FG ++P+ D F + L+K WPF
Sbjct 194 VQDLIMWGQLTDAARAALN----DQDNFGRT--EVPINDDHFLKHLEKAWPF 239
>PHYCA_132529
Length=232
Score = 184 bits (468), Expect = 3e-57, Method: Compositional matrix adjust.
Identities = 100/235 (43%), Positives = 138/235 (59%), Gaps = 27/235 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ + +++PF QP+P+TVS K AV+FKPQL+I GCHPYPAV + G +S G SG D
Sbjct 12 VDYQEIKPFAQPEPITVSDKVAVRFKPQLRIKDGCHPYPAVNEAGDISSGAD-SGWGDSS 70
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C+GS +GSQ+Y RSAW VW +MYAWYFPK H WE VVVWID+
Sbjct 71 CSGSDVGSQVYGRSAWCGGVWGMMYAWYFPKDETT-------------HRWENVVVWIDD 117
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVK--YVDGTSVKVAYYYNHLLGNTALQLTEDT-- 197
P +EN T+LGVS S+ GY + AP D DG +V++ Y + ++ T + DT
Sbjct 118 PAVENPTILGVSTSSDGGYIRYAPLDDNDWARDGDNVQIQYRLDDVMATTRVFHHLDTSW 177
Query 198 --GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
G+ Q L+ W+QL+ AR +L + D+ ++ K+PLK+ F LD P
Sbjct 178 RGGDIQGLVTWEQLTEEARNTLENGDFGES-------KVPLKNSTFTANLDFAIP 225
>PPTG_14652
Length=257
Score = 185 bits (470), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 101/229 (44%), Positives = 136/229 (59%), Gaps = 14/229 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P+T+++K AVKFKP L + +GCHPYP V G S GL+ +GP DG
Sbjct 20 INHDMVKPFAQPEPITIAEKAAVKFKPSLAVKSGCHPYPIVNAAGDTSTGLEGTGPPDGG 79
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C G LGSQ+Y+RS W D WAIMYAWYFPK + L G RH+W +VVW+DN
Sbjct 80 CEGPELGSQVYSRSTWCEDKWAIMYAWYFPKD----IQNRGLVKTGVRHDWVNLVVWLDN 135
Query 142 PGLENATVLGVSMS--ASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLG-NTALQLTEDTG 198
P L +L S S ++ + P ++GT+ K+ Y + +T Q E+ G
Sbjct 136 PALVKPAMLATSASTYGNLYVISKPPKTSDVINGTTPKLRYDEDGYEAWHTVFQFHEE-G 194
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
E+QDLIQW+QL+ AR +L +TD FG+ G +P D FE L +
Sbjct 195 EYQDLIQWNQLTDAAREALTNTD-----FGVFG-HVPFIDAFFETNLKE 237
>PHYRA_72385
Length=237
Score = 184 bits (468), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 120/249 (48%), Positives = 150/249 (60%), Gaps = 14/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R FVAA SLA AQA VI HDQV PF QP P T Q +KFKPQ+ I GCHPYP
Sbjct 1 MNLRDFFVAAAVSLAFAQADVISHDQVVPFTQPTPTTTEQTAGIKFKPQIHISNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV + G+ SGGLK +G C GS GSQIY R V+A+MY+WYFPK T
Sbjct 61 AVDEAGNTSGGLKPTGSSSAGCKGSGYGSQIYGRITTYEGVYALMYSWYFPKDSPVT--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
GHRH+WE+VVVW+D+ L++ +++ VS SA GY+ P + +DG S KV Y
Sbjct 118 ----GLGHRHDWEHVVVWVDDITLDSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDY 173
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ ++ N AL T D+GE QDLI WDQL+ AR +L +TD FG A +P+KDG
Sbjct 174 SSSWVVVNHALDSTSDSGESQDLIMWDQLTDAARTALENTD-----FGDA--NVPMKDGN 226
Query 241 FEELLDKTW 249
F L +
Sbjct 227 FLTKLGNAY 235
>PHYSO_254223
Length=227
Score = 184 bits (467), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 107/230 (47%), Positives = 135/230 (59%), Gaps = 33/230 (14%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+ FPQP+PVT +K AVK+KPQL I GCHPYPAVQ D
Sbjct 24 IDHDQVQSFPQPEPVTDFEKFAVKYKPQLHISNGCHPYPAVQAD---------------- 67
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
+Y+RS W W IMYAWYFPKGRA DF GHRH WE VVVW+DN
Sbjct 68 ---------VYSRSDWYRGKWTIMYAWYFPKGRACK--DDFKT--GHRHFWEDVVVWVDN 114
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYV-DGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P +N+T+LGV M A + K P D KY+ DG +VK Y + LG + LTED GE
Sbjct 115 PNPDNSTLLGVPMYAGHRHIKVVPVDEKYLKDGKTVKFGSYKS--LGAQVVGLTEDYGEI 172
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
QDLI W+QL+ AR +L+ ++ G+ + +P+KDG FE+ L+ +P
Sbjct 173 QDLITWEQLTVEARTALSEANF-HVDGGVREVVVPIKDGQFEKTLESAYP 221
>PHYRA_71307
Length=237
Score = 184 bits (466), Expect = 8e-57, Method: Compositional matrix adjust.
Identities = 110/241 (46%), Positives = 141/241 (59%), Gaps = 14/241 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN +A+ A+A+LA AQA VI HDQV PF QP P T Q AV FKPQ+ I+ GCHPYP
Sbjct 1 MNLQAIAAVALATLAGAQAAVIDHDQVVPFAQPTPNTTVQSVAVNFKPQIYINNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV +DG+ SGGLK +G Q C GS GSQIY R+ V+A MY+WY PK
Sbjct 61 AVDEDGNTSGGLKPTGSQSAGCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDET----- 115
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
L GHRH+WE VVW+D+ L+ ++ +S S Y P D Y+DG S K+ Y
Sbjct 116 --LPGLGHRHDWENCVVWLDDITLDEPNIVALSASYHSTYLYYYPPDSDYLDGNSAKIEY 173
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ ++ + +L T +GE QDLI W QL+ AR +L TD FG A +P K+G
Sbjct 174 STSWVILDHSLSATSTSGETQDLIMWGQLTDAARTALEDTD-----FGSA--NVPFKEGN 226
Query 241 F 241
F
Sbjct 227 F 227
>PPTG_17453
Length=254
Score = 184 bits (466), Expect = 1e-56, Method: Compositional matrix adjust.
Identities = 106/247 (43%), Positives = 142/247 (57%), Gaps = 31/247 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKI-DAGCHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HD++ PFPQP+P T+S+K AVKFKPQL ++ C PYPAV G ++GGLK + D
Sbjct 22 VDHDKIEPFPQPEPATISEKAAVKFKPQLYTPNSVCVPYPAVNVAGEVAGGLKGTNGNDA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + GSQIY R+ W ND+WAIMYAWYFPKG P RH+W+ VVVWID
Sbjct 82 -CKYAPKGSQIYGRAGWYNDLWAIMYAWYFPKGFWMDSP-------SRRHDWKSVVVWID 133
Query 141 NPGLENATVLGVSMSAS-IGYSKQAPT---------------DVKYVDGTSVKVAYYYNH 184
NP + ++GVSMS S Y+K+ T Y+ G++ + + Y
Sbjct 134 NPESQTPKIVGVSMSKSDTRYNKETKTWPSNFAGYRMEGRRYHRTYIYGSNTSLRFQYQS 193
Query 185 LLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
LG+ L + GE+QDLI W+QL+ AR +LN D FG A ++P D +E+
Sbjct 194 DLGSPYLNFGDWEGEYQDLIMWEQLTDAARAALN----DGNNFGDA--EVPFSDEHYEKH 247
Query 245 LDKTWPF 251
LDK WPF
Sbjct 248 LDKAWPF 254
>PHYCA_123797
Length=241
Score = 182 bits (463), Expect = 3e-56, Method: Compositional matrix adjust.
Identities = 101/233 (43%), Positives = 135/233 (58%), Gaps = 30/233 (13%)
Query 22 IGHDQVRPFP--QPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQD 79
I +D+V PFP QP TV++K A+KF+P+LK+ GCHPYPAV G +S GL+ + P
Sbjct 35 IAYDKVVPFPMAQPSESTVTEKAAIKFRPKLKVVNGCHPYPAVNAAGQVSNGLEVADPTG 94
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
C GS+LG+Q+Y RSAW VWAIMYAWYFP A +WE+V+VW
Sbjct 95 AACKGSKLGTQVYGRSAWFGRVWAIMYAWYFPDVTA---------------DWEHVIVWT 139
Query 140 DNPGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTG 198
+NP + N VL V+ S S GY+ Q P D + G SVKV+Y N L+ T + G
Sbjct 140 NNPNVTNQVVLAVTTSNSKGGYTSQVPPDATMMSGKSVKVSY------NNNGLESTTEEG 193
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
Q+LI W QL++ A+ +LN DQ G+++P+ D F L K WPF
Sbjct 194 GAQNLILWHQLTAAAQEALND---DQ---NFDGVQVPVNDDYFLLNLGKAWPF 240
>PPTG_11469
Length=253
Score = 182 bits (462), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 107/247 (43%), Positives = 137/247 (55%), Gaps = 31/247 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HD+++PFPQP+PVT+S+K A+KFKPQL I G C YPAV G +GGLK S D
Sbjct 21 VDHDKIQPFPQPEPVTISEKAAIKFKPQLYIPEGVCVSYPAVNDAGETTGGLKGSNGNDA 80
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + LGSQ+Y R+ W DVWAIMYAWYFPKG P RH+W+ VVVWID
Sbjct 81 -CKSAPLGSQVYGRAGWYKDVWAIMYAWYFPKGFWVGFPT-------RRHDWKSVVVWID 132
Query 141 NPGLENATVLGVSMSAS-IGYSKQAPTDVK---------------YVDGTSVKVAYYYNH 184
NP LE ++GVSMS S Y K+ Y G++ + + Y
Sbjct 133 NPDLEVPKIVGVSMSKSDTKYDKRLELFASDFAGFQMMGQGRFRTYTYGSNTSLRFGYQM 192
Query 185 LLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
LG+ L GE+QDLI W+QL+ AR +LN D F A ++P D +E+
Sbjct 193 ELGSPYLNFGVRDGEYQDLIMWEQLTDAARAALN----DDNNFEKA--EVPFSDEHYEDH 246
Query 245 LDKTWPF 251
LDK WP
Sbjct 247 LDKAWPL 253
>PHYCA_12462
Length=177
Score = 180 bits (456), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 91/161 (57%), Positives = 112/161 (70%), Gaps = 11/161 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+P T S+K+AVK+KPQL+I AVQ DGS+S GLKW+G DG+
Sbjct 24 INHDKVQPFTQPEPTTNSEKSAVKYKPQLRIST------AVQADGSVSAGLKWTGWSDGD 77
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWYFPKGR FGHRH W Y +VW+D+
Sbjct 78 CKGSELGSQVYSRSDWYKDKWAIMYAWYFPKGRQYISK----YRFGHRHYWSYAIVWMDS 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYY 181
+N+T+LGVSMSA +GYSK+ KY VDGT+VK Y
Sbjct 134 DVPDNSTILGVSMSAGVGYSKETLPKSKYVVDGTTVKFESY 174
>PHYSO_423056
Length=233
Score = 182 bits (461), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 99/219 (45%), Positives = 130/219 (59%), Gaps = 20/219 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVTVS+KTAVKFKP L+ID GCHPYPAV G S GLK SGP DG+
Sbjct 1 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLQIDGGCHPYPAVNAAGETSAGLKGSGPDDGK 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y R+ W D+WAI+Y WYFPK + + G RH W VVW+DN
Sbjct 61 CKGSGLGSQVYGRAIWYKDLWAIVYGWYFPKDKGF----GGILAKGQRHKWVSAVVWLDN 116
Query 142 PGLENATVLGVSM-SASIGYS--KQAPTDV----------KYVDGTSVKVAY--YYNHLL 186
P +E +L +S + GY K P + +Y++ T+ ++Y Y+
Sbjct 117 PAVETPKILAISTWNLEGGYVILKNEPPECSRHGCDPKFAEYINMTTPMLSYEPYFQRDS 176
Query 187 GNTALQLT-EDTGEFQDLIQWDQLSSLARYSLNHTDWDQ 224
+T T TGE QDL+ W+QLS AR +L D+ +
Sbjct 177 FHTLRPTTARGTGELQDLVMWEQLSEEARIALGEADFGE 215
>PHYRA_83851
Length=239
Score = 181 bits (460), Expect = 5e-56, Method: Compositional matrix adjust.
Identities = 107/234 (46%), Positives = 135/234 (58%), Gaps = 20/234 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PFPQPDPVT+S+K VKFKPQL + GC YPAV G SGGLK +G G
Sbjct 22 IAHDEVQPFPQPDPVTISEKAGVKFKPQLHFEGGCAAYPAVNAAGETSGGLKGNGDISG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGH-RHNWEYVVVWID 140
C S LGSQ+Y RS W NDVWAIMYAWYFPKG F H RH+W V+WID
Sbjct 81 CEISLLGSQVYGRSEWYNDVWAIMYAWYFPKG--------FWDADPHWRHDWSNAVLWID 132
Query 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTG-- 198
NP LEN +LG+S+S S T ++ T+ + + + AL ++ G
Sbjct 133 NPALENPKILGLSLSTSENKYHTKNTYSPTINSTAPALCRDLPS-VASAALVSSDVCGRP 191
Query 199 -EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
E QDLI W QL+ AR +LN DQ FG ++P+ D F + L++ WP
Sbjct 192 LETQDLIMWGQLTDAARAALN----DQDNFGRT--EVPISDDHFPKHLEEAWPL 239
>PHYSO_365942
Length=233
Score = 181 bits (460), Expect = 6e-56, Method: Compositional matrix adjust.
Identities = 100/223 (45%), Positives = 128/223 (57%), Gaps = 28/223 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVTVS+KTAVKFKP L+I GCHPYPAV G S GLK GP+DGE
Sbjct 1 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLQIVGGCHPYPAVNAAGETSAGLKGRGPKDGE 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y R+ W D+WAI+Y WYFPK + + G RH W VVW+DN
Sbjct 61 CKGSALGSQVYGRAIWYKDLWAIVYGWYFPKDKGY----GSILAKGQRHKWVSAVVWLDN 116
Query 142 PGLENATVLGVSM-SASIGYS--KQAPTDV----------KYVDGTSVKVAY-------Y 181
P LE +L +S + GY K P +Y++ T+ ++Y
Sbjct 117 PALETPKILAISTWNVEGGYDILKNEPPQCYRYSCDAKFAEYINMTTPMLSYERCRPEPS 176
Query 182 YNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQ 224
Y+ L TA TGE QDL+ W+QLS AR +L D+ +
Sbjct 177 YHTLRPTTA----RGTGELQDLVMWEQLSEEARIALGEADFGE 215
>PPTG_04799
Length=245
Score = 181 bits (460), Expect = 8e-56, Method: Compositional matrix adjust.
Identities = 104/241 (43%), Positives = 138/241 (57%), Gaps = 28/241 (12%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQL--KIDAGCHPYPAVQKDGSMSGGLKWSGPQD 79
I HD++ PFPQP PVT+S+K A+KFKPQL I C P+PAV G ++GGLK + D
Sbjct 22 IDHDKIEPFPQPKPVTMSEKAAIKFKPQLFTSIKTVCAPFPAVNAAGDVTGGLKGTNGND 81
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
C +R GSQ+Y R+ W D+WAIMYAWYFPKG ++ F RH+W+ VVVWI
Sbjct 82 A-CRFARKGSQVYGRAGWHKDMWAIMYAWYFPKGF-------WMDFPTRRHDWKNVVVWI 133
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTD---------VKYVDGTSVKVAYYYNHLLGNTA 190
DNP LE+ ++ VSMS S G S D TS++ ++Y LG+
Sbjct 134 DNPDLESPKIVAVSMSKS-GRSYHTEDQSGGLISRSFFNGFDRTSLR--FHYQTDLGSPY 190
Query 191 LQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
L GE+QDLI W+QL+ AR +LN ++ ++P D FE+ LDK WP
Sbjct 191 LNFAWWGGEYQDLIMWEQLTDPARVALND------IYNFGDAEVPFSDNNFEDYLDKAWP 244
Query 251 F 251
F
Sbjct 245 F 245
>PITG_23211
Length=245
Score = 181 bits (460), Expect = 9e-56, Method: Compositional matrix adjust.
Identities = 106/227 (47%), Positives = 130/227 (57%), Gaps = 20/227 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+P T ++KTAVKFKP L + AGCHPYP V G GLK +G DGE
Sbjct 6 IDHDTVQPFAQPEPTTDAEKTAVKFKPSLAVKAGCHPYPVVNAAGDTGAGLKGTGRSDGE 65
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQ+Y+RS + WAIMYAWYFPK L G RH+W +VVW+DN
Sbjct 66 CTGSPLGSQVYSRSTLYENKWAIMYAWYFPKNMQNI----GLIKKGVRHDWVNLVVWLDN 121
Query 142 PGLENATVLGVSMSASIGYSKQ-----APTDVKYVDGTSVKVAYYYNHLLG-NTALQLTE 195
P L T+L S S Y Q P ++GT+ KV Y + G +T Q E
Sbjct 122 PTLAKPTILATSAST---YGTQYVISKPPKRSDIINGTTAKVRYDEDDRDGWHTIFQFHE 178
Query 196 DTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFE 242
+ GE+QDLIQW QL+ AR +L +TD FG +P D FE
Sbjct 179 E-GEYQDLIQWTQLTDAAREALENTD-----FGDFA-NVPFNDAYFE 218
>PHYRA_71310
Length=237
Score = 181 bits (459), Expect = 9e-56, Method: Compositional matrix adjust.
Identities = 119/249 (48%), Positives = 149/249 (60%), Gaps = 14/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R FVAA SLA AQA VI HDQV PF QP P T Q +KFKPQ+ I GCHPYP
Sbjct 1 MNLRDFFVAAAVSLAFAQADVISHDQVVPFTQPTPTTTEQTAGIKFKPQIHISNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV + G+ SGGLK +G C GS GSQIY R V+A+MY+WYFPK T
Sbjct 61 AVDEAGNTSGGLKPTGSSSAGCKGSGYGSQIYGRITTYEGVYALMYSWYFPKDSPVT--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
GHRH+WE+VVVW+D+ L++ +++ VS SA GY+ P + +DG S KV Y
Sbjct 118 ----GLGHRHDWEHVVVWVDDITLDSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDY 173
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ ++ N AL T D+GE QDLI W QL+ AR +L +TD FG A +P+KDG
Sbjct 174 SSSWVVVNHALDSTSDSGESQDLIMWGQLTDAARTALGNTD-----FGDA--HVPMKDGN 226
Query 241 FEELLDKTW 249
F L +
Sbjct 227 FLTKLGNAY 235
>PPTG_15234
Length=235
Score = 181 bits (458), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 99/220 (45%), Positives = 129/220 (59%), Gaps = 16/220 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP P T Q AV+FKPQ+ I+ GCHPYPAV +DG+ SGGLK +G +
Sbjct 22 IDHDQVVPFAQPTPNTTVQSVAVQFKPQIYINNGCHPYPAVDEDGNTSGGLKPTGSESAG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY R+ + V+A MY+WY PK L GHRH+WE VVW+D+
Sbjct 82 CKGSGYGSQIYGRAVEYDGVYAFMYSWYMPKDET-------LDGLGHRHDWENCVVWLDS 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L+N +++ +S S Y P D Y+DG S K+ Y + ++ + +L T GE Q
Sbjct 135 --LDNPSIVALSASYHSTYLYYYPPDSDYLDGDSAKIEYSTSWVILDHSLSATSTVGETQ 192
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVF 241
DLI WDQL+ AR +L TD FG A +P K+ F
Sbjct 193 DLIMWDQLTDAARTALEDTD-----FGDA--NVPFKETNF 225
>PHYRA_72531
Length=236
Score = 180 bits (457), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 102/230 (44%), Positives = 131/230 (57%), Gaps = 15/230 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+ VT+++K+ VKFKPQL I+ GC PYPAV G S GL+ +G D
Sbjct 22 IGHDKVQPFPQPEAVTITEKSGVKFKPQLDIEYGCSPYPAVNAAGETSEGLETNGVFD-- 79
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C L SQ+Y R+ W NDVWAIMYAWYFPKG P RH+W VVWIDN
Sbjct 80 CIIPSLSSQVYGRAEWYNDVWAIMYAWYFPKGFWDGTP-------WWRHDWSNAVVWIDN 132
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P E VLG+S+S S + ++ + + + AL + GEFQ
Sbjct 133 PAHEKPKVLGLSLSTSENKYGNTYVPAEGIENGTTPTLSRNVLPMRSAALGPAVNPGEFQ 192
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
DL+ WDQL+ AR +LN DQ FG ++P+ D F + L K WPF
Sbjct 193 DLVMWDQLTDAARAALN----DQDNFGRT--EVPISDDHFPKHLKKAWPF 236
>PHYRA_52260
Length=234
Score = 180 bits (457), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 103/249 (41%), Positives = 141/249 (57%), Gaps = 15/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R +F+ + + +A + +D+V+PFPQPDPVT ++K+ VKFKPQL I+ GC YP
Sbjct 1 MNIRQIFIVVAVAFSSVEALSVDYDKVQPFPQPDPVTTTEKSGVKFKPQLDIEYGCSSYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G ++GGL SG D C + GSQ+Y R+ W NDVWAIMYAWYFPKG P
Sbjct 61 AVNAAGDINGGLPTSGIAD--CQFALGGSQVYGRAEWYNDVWAIMYAWYFPKGFWDAAP- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
RH+W VVWIDNP LEN +LG+S+S S + ++ +
Sbjct 118 ------YWRHDWSNAVVWIDNPALENPKILGLSLSTSENKYGNTYVPAEAIENGTTPTLN 171
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ L+ + + GEFQDLI W QL+ AR +LN DQ FG ++P+ D
Sbjct 172 RNLPVFRAAELRPSTNRGEFQDLIMWGQLTDAARAALN----DQDTFGRT--EVPISDDH 225
Query 241 FEELLDKTW 249
F + L++ W
Sbjct 226 FPKRLEEAW 234
>PHYSO_527850
Length=195
Score = 179 bits (453), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 90/176 (51%), Positives = 112/176 (64%), Gaps = 9/176 (5%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PFP+ +PV S+K AVKFKPQL+I G H YPAV++DG++S GLKW G DGE
Sbjct 20 INHDEVQPFPELEPVGASEKAAVKFKPQLQISYGFHTYPAVRRDGAVSNGLKWGGKPDGE 79
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQ+Y RS W WAIMYAWYFPK HRH W Y+VVWIDN
Sbjct 80 CKGSAWGSQVYTRSDWYQGKWAIMYAWYFPKAWQEN------DLISHRHLWLYIVVWIDN 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDT 197
P N VLGV + + G ++AP D K+ +G+S+K YY + G T LQ T+
Sbjct 134 PEAVNPAVLGVYVRTAGGSERRAPPDAKFFEGSSLKSEYYKS---GKTGLQRTDKA 186
>PHYCA_544885
Length=256
Score = 181 bits (459), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 114/269 (42%), Positives = 150/269 (56%), Gaps = 31/269 (12%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKI-DAGCHPY 59
MN R + A+LA + + HDQ+ PFPQP+PVTVS+K A+KFKPQL C P+
Sbjct 1 MNLRLLVATVFAALAANASATVNHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPKIVCVPF 60
Query 60 PAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVP 119
PAV G ++GGLK + DG C + G+QIY R+ W D+WAIMY+WYFPKG
Sbjct 61 PAVNAAGEVTGGLKGTNGNDG-CKYAPKGAQIYGRAGWYKDLWAIMYSWYFPKGFGWFDS 119
Query 120 PDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSAS-IGYSKQAPTDVKYVDG--TSV 176
P RH+W+ VVVWIDNP LE ++GV+MS S YSK+ Y G T
Sbjct 120 PT------RRHDWKNVVVWIDNPDLETPKIVGVAMSKSDTDYSKEVKIWPSYFVGYRTEG 173
Query 177 KVAYYYNHLLGNTALQLTEDT--------------GEFQDLIQWDQLSSLARYSLNHTDW 222
+ + +L NT+L+ DT GE+QDLI W+QL+ AR +LN
Sbjct 174 RFSSRVEYLGSNTSLRFEYDTSDIGNPLMHFAAWDGEYQDLIMWEQLTDAARVALN---- 229
Query 223 DQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
D FG A ++P D +E+ L K WPF
Sbjct 230 DGKSFGKA--EVPFNDEHYEDHLGKAWPF 256
>PHYCA_123205
Length=177
Score = 178 bits (451), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 90/161 (56%), Positives = 111/161 (69%), Gaps = 11/161 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+P T S+ +AVK+KPQL+I AVQ DGS+S GLKW+G DG+
Sbjct 24 INHDKVQPFTQPEPTTNSENSAVKYKPQLRIST------AVQADGSVSAGLKWAGWSDGD 77
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMYAWYFPKGR FGHRH W Y +VW+D+
Sbjct 78 CKGSELGSQVYSRSDWYKDKWAIMYAWYFPKGRQYISK----YRFGHRHYWSYAIVWMDS 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYY 181
+N+T+LGVSMSA +GYSK+ KY VDGT+VK Y
Sbjct 134 DVPDNSTILGVSMSAGVGYSKETLPKSKYVVDGTTVKFESY 174
>PHYSO_504553
Length=257
Score = 180 bits (457), Expect = 3e-55, Method: Compositional matrix adjust.
Identities = 101/221 (46%), Positives = 130/221 (59%), Gaps = 27/221 (12%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVTVS+KTAVKFKP L I GCHPYPAV G S GLK SG DG+
Sbjct 24 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLHIVDGCHPYPAVNAAGETSAGLKGSGRIDGK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y R+ W D+WAI+Y WYFPK + DFL G RH W VVW+DN
Sbjct 84 CKGSALGSQVYGRAIWYKDLWAIVYGWYFPKDKV-----DFLN-KGQRHKWVSAVVWLDN 137
Query 142 PGLENATVLGVSM-SASIGYS--KQAPTD----------VKYVDGTSVKVAYYYN----- 183
P +E +L +S + GY K P + V+Y++ T+ ++Y +
Sbjct 138 PAVETPKILAISTWNVKGGYDILKNEPPECYRYGCDPKFVEYINMTTPMLSYVRSLEEPV 197
Query 184 HLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQ 224
H L T + TGE QDL+ W+QLS AR +L D+ +
Sbjct 198 HTLRPTTAR---GTGELQDLVMWEQLSEEARIALGEADFGE 235
>PPTG_08703
Length=254
Score = 180 bits (456), Expect = 4e-55, Method: Compositional matrix adjust.
Identities = 101/247 (41%), Positives = 139/247 (56%), Gaps = 31/247 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKI-DAGCHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HD++ P PQP+PVT+SQK A+KFKPQL + C +PAV G ++GGLK + D
Sbjct 22 VDHDKIEPIPQPEPVTISQKAAIKFKPQLYTSEIACVSFPAVNAAGEVTGGLKGTNGNDA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + GSQ+Y R+ W D+WAIMYAWYFPKG ++ F RH+W+ VVVWID
Sbjct 82 -CKYAPKGSQVYGRAGWYKDLWAIMYAWYFPKGF-------WMDFPTRRHDWKNVVVWID 133
Query 141 NPGLENATVLGVSMSAS---------------IGYSKQAPTDVK-YVDGTSVKVAYYYNH 184
NP LE ++GVSMS S GY + + Y+ G++ + + Y
Sbjct 134 NPDLETPKIVGVSMSKSDKKYFKETKIWASNFAGYRMEGRRYHRTYIYGSNTSLRFQYQT 193
Query 185 LLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
LG+ + GE+QDLI W+QL+ + R +LN D FG A ++P D FE+
Sbjct 194 TLGSPYMNFARWDGEYQDLIMWEQLTDVVRVALN----DSKNFGKA--EVPFSDEHFEDH 247
Query 245 LDKTWPF 251
LDK WP
Sbjct 248 LDKAWPL 254
>PITG_23051
Length=280
Score = 180 bits (457), Expect = 6e-55, Method: Compositional matrix adjust.
Identities = 108/244 (44%), Positives = 136/244 (56%), Gaps = 33/244 (14%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLK-WSGPQD 79
+ HD+V PFPQP+PVT+S+K A+KFK QL I G C YPAV G + GGL W D
Sbjct 22 VDHDKVEPFPQPEPVTISEKAAIKFKTQLVIPQGVCVSYPAVNAAGEVGGGLNDWDNGND 81
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFF-GHRHNWEYVVVW 138
C + LGSQ+Y R+ W D WAIMYAWYFPK DF F HRH+W+ VVVW
Sbjct 82 A-CLSAALGSQVYGRAGWHKDRWAIMYAWYFPK--------DFWTGFPTHRHDWKSVVVW 132
Query 139 IDNPGLENATVLGVSMSAS-----------IGYSKQAPTDVKYVDGTSVKVAYYYNHLLG 187
IDNP LE + GVSMS S Y APT +G++ + + Y G
Sbjct 133 IDNPALEIPKIEGVSMSKSDTKYKKKLKLKESYFSGAPT-----NGSNTSLRFEYEAGFG 187
Query 188 NTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
+T + T GE+Q+LI W+QL+ AR +LN D FG +P D FE+ LD+
Sbjct 188 STFMGFTRWDGEYQNLIMWEQLTDAARATLN----DGNNFGKEA-SVPFSDEHFEDRLDE 242
Query 248 TWPF 251
WPF
Sbjct 243 AWPF 246
>PITG_22981
Length=259
Score = 179 bits (455), Expect = 7e-55, Method: Compositional matrix adjust.
Identities = 106/228 (46%), Positives = 130/228 (57%), Gaps = 20/228 (9%)
Query 24 HDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECT 83
HD V+PF QP+P T ++KTAVKFKP L + AGCHPYP V G GLK +G DGECT
Sbjct 22 HDTVQPFAQPEPTTDAEKTAVKFKPSLAVKAGCHPYPVVNAAGDTGAGLKGTGRSDGECT 81
Query 84 GSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPG 143
GS LGSQ+Y+RS + WAIMYAWYFPK L G RH+W +VVW+DNP
Sbjct 82 GSPLGSQVYSRSTLYENKWAIMYAWYFPKDMQDI----GLIKKGVRHDWVNLVVWLDNPT 137
Query 144 LENATVLGVSMSASIGYSKQ-----APTDVKYVDGTSVKVAYYYNHLLG-NTALQLTEDT 197
L T+L S S Y Q P ++GT+ KV Y + G +T Q E+
Sbjct 138 LAKPTILATSAST---YGTQYVISKPPKRSDIINGTTAKVRYDEDDRDGWHTIFQFLEE- 193
Query 198 GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELL 245
GE+QDLIQW QL+ AR +L +TD FG +P D FE L
Sbjct 194 GEYQDLIQWTQLTDAAREALENTD-----FGDFA-NVPFNDAYFETNL 235
>PHYRA_72403
Length=239
Score = 179 bits (453), Expect = 7e-55, Method: Compositional matrix adjust.
Identities = 105/233 (45%), Positives = 131/233 (56%), Gaps = 18/233 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDA--GCHPYPAVQKDGSMSGGLKWSGPQD 79
I HD+V+PFPQPDPVT+++K+ VKFKP+L ID GC YPAV G SGGLK +
Sbjct 22 IDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCASYPAVNSAGETSGGLKGTKGTS 81
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGH-RHNWEYVVVW 138
CTG LGSQ+Y R+ W NDVWAIMYAWYFPKG F + RH+W VVW
Sbjct 82 A-CTGPILGSQVYGRAEWHNDVWAIMYAWYFPKG--------FWDSRAYWRHDWSNAVVW 132
Query 139 IDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTG 198
ID+P LEN VLG+S+S S + + + Y L +G
Sbjct 133 IDDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSLYRMMPTYECAELVPYYASG 192
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
E QDLI WDQL+ AR +LN DQ FG ++P+ D F + L+K WP
Sbjct 193 EVQDLIMWDQLTDAARAALN----DQDNFGRT--EVPINDDHFLKHLEKAWPL 239
>PITG_23076
Length=276
Score = 180 bits (456), Expect = 8e-55, Method: Compositional matrix adjust.
Identities = 106/270 (39%), Positives = 141/270 (52%), Gaps = 55/270 (20%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QPDPVT+S+K AVKFKPQL ID GC +P V G +SGGLK + DG
Sbjct 22 IDHDKVQPFAQPDPVTISEKAAVKFKPQLHIDRGCVSFPVVNAAGEISGGLKGTKGTDG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S LGSQ Y+RSAW D WAI++AWYFPKG AA P RH W +V+WIDN
Sbjct 81 CRESPLGSQTYSRSAWYQDRWAIVFAWYFPKGFAAGQP-------RIRHYWSSMVLWIDN 133
Query 142 PGLENATVLGVSMSASI----------------------------GYSKQAPTDVKYVDG 173
P L+ T+LGVS+S + G+ T V ++G
Sbjct 134 PALDTPTILGVSLSQQLLKPAKFLIGLFTAELQEPYNKQTSIPPAGFVGAQATVVSQING 193
Query 174 ------------TSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTD 221
S++V++ Y + AL GE+ DL+ WDQL+ AR +LN D
Sbjct 194 WSNPSNYSGGSNVSIRVSHTYTNKDDWLALTFATQDGEYHDLVTWDQLTEEARAALNSAD 253
Query 222 WDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
+ ++ K+P D F+ L+ +W F
Sbjct 254 FGES-------KVPFSDQNFQRTLELSWLF 276
>PHYKE_208
Length=187
Score = 176 bits (447), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 95/172 (55%), Positives = 113/172 (66%), Gaps = 7/172 (4%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R V A+A++A +A VI HDQV PF QP+ T+S+K AVKFKPQ+ + GCHPYP
Sbjct 1 MNLRTFVVTAVAAIAAVEADVISHDQVVPFAQPEATTISEKAAVKFKPQIHVTNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV G SGGLK +G G C GS GSQ+Y RS W + WAIMY+WYFPK +T
Sbjct 61 AVNSAGDTSGGLKPTGAPSGSCKGSGYGSQVYGRSTWYSGRWAIMYSWYFPKDSPST--- 117
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVD 172
GHRH+WE+VVVWIDNP +EN T+LGVS SA GYSK P VD
Sbjct 118 ----GLGHRHDWEHVVVWIDNPDVENPTILGVSPSAHSGYSKYVPPSSDTVD 165
>PPTG_13026
Length=238
Score = 177 bits (450), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 96/231 (42%), Positives = 132/231 (57%), Gaps = 15/231 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ ++V P QP P T +QK A+KFKP+L I GC +PAV G S GL+
Sbjct 22 VDFNKVVPIAQPSPSTSAQKAAIKFKPRLSITNGCVSFPAVNSAGETSSGLQEGYRGSSG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CT + LGSQ+Y R+ W N +AI+Y WYFPKG + + RH+W VVWIDN
Sbjct 82 CTNAPLGSQVYGRTTWYNGTFAILYTWYFPKGF-------WNEYATRRHDWASAVVWIDN 134
Query 142 PGLENATVLGVSMS-ASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P L + ++LG+S+S A + AP DGT+ ++A+ N G L T+ G+F
Sbjct 135 PELASPSILGLSVSTADWKFKTFAPASSGITDGTTPRLAHVLNVEKGYPYLTTTDTVGDF 194
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
Q+LI WDQL++ AR +LN TD FG+A K+P+ D F+ L K WPF
Sbjct 195 QELIMWDQLTTAARTALNTTD-----FGVA--KVPVSDAAFDTKLKKAWPF 238
>PHYRA_52426
Length=152
Score = 175 bits (443), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 84/160 (53%), Positives = 111/160 (69%), Gaps = 8/160 (5%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +++++PF +P+P T S+K AVKFKPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 1 IDNEKIQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPADGE 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMY WY PKG P + R RH WE VVWID+
Sbjct 61 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKG----CPTKYQR----RHFWETAVVWIDD 112
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYY 181
P L N+T+LGVS++ ++ P +++DG+SVK+ Y
Sbjct 113 PALANSTILGVSLNYGWRSKEETPVAPRFLDGSSVKLNSY 152
>PHYRA_75425
Length=237
Score = 177 bits (449), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 104/228 (46%), Positives = 131/228 (57%), Gaps = 14/228 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP P T Q AVKFKPQ+ I+ GCHPYPAV +DG+ SGGLK +G Q
Sbjct 22 IDHDAVVPFAQPTPTTTLQTLAVKFKPQIYINNGCHPYPAVDEDGNTSGGLKPTGSQSSG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQIY R+ V+A MY+WY PK L GHRH+WE VVW+D+
Sbjct 82 CTGSSLGSQIYGRAVEYEGVYAFMYSWYMPKDET-------LDGVGHRHDWENCVVWLDD 134
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L+ ++ +S S Y P D Y+DG S K+ Y + +L + +L T +GE Q
Sbjct 135 ITLDEPNIVALSASYHSTYLYYYPPDSDYLDGDSAKIEYSTSWVLLDHSLSATSTSGETQ 194
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL+ AR +L TD FG A +P K+ FE L +
Sbjct 195 DLIMWDQLTDAARTALEDTD-----FGDA--NVPFKEANFETKLANAY 235
>PHYCA_576423
Length=234
Score = 177 bits (449), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 99/228 (43%), Positives = 129/228 (57%), Gaps = 16/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP P T Q A++FKPQ+ I+ GCHPYPAV DG+ SGGLK +G Q
Sbjct 21 IDHDQVIPFAQPMPNTTLQSVAIQFKPQIYINNGCHPYPAVDADGNTSGGLKPTGSQSAG 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY R+ V+A MY+WY PK L GHRH+WE VVW+D+
Sbjct 81 CKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDET-------LDGQGHRHDWENCVVWLDS 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L+ +++ +S S Y+ P Y+DG S K+ Y + ++ + +L T GE Q
Sbjct 134 --LDRPSIVALSASYHSTYNYYYPPSSSYLDGNSAKIQYSTSWIVLDHSLSATSTAGEIQ 191
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL+ AR +L TD FG A +P K+ F L K +
Sbjct 192 DLIMWDQLTDAARTALEDTD-----FGSA--NVPFKEDNFIAKLAKAY 232
>PPTG_00471
Length=239
Score = 177 bits (449), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 97/224 (43%), Positives = 129/224 (58%), Gaps = 13/224 (6%)
Query 24 HDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECT 83
HD+V+PF QP+P+T ++K A+K+KP L + AGCHPYPAV G S GLK +G DGEC
Sbjct 22 HDKVQPFAQPEPITDAEKAAIKYKPSLAVKAGCHPYPAVNAAGETSAGLKGTGAPDGECE 81
Query 84 GSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPG 143
GS LGSQ+Y+RS W WAIMYAWYFPK + L G RH+W +VVW+DNP
Sbjct 82 GSPLGSQVYSRSTWYEGKWAIMYAWYFPK----DIKDVGLIKKGLRHDWVNLVVWLDNPA 137
Query 144 LENATVLGVSMSASIGYSKQAP--TDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L +L + S Y K + + ++G + KV Y + G + + GE+Q
Sbjct 138 LAKPKILATATSTFGAYYKISKPFKRSEVINGITPKVCYDNDDYKGWHTIFPFHEEGEYQ 197
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELL 245
DLIQW+QL+ AR + + D FG A + P D FE L
Sbjct 198 DLIQWNQLTDAAREAFENGD-----FGEANV--PFNDAYFETNL 234
>PHYSO_560790
Length=237
Score = 177 bits (449), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 106/244 (43%), Positives = 138/244 (57%), Gaps = 18/244 (7%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN R +A +AS A A VI HDQV PF QP P T Q+ AVK+KPQ+ I GCHPYP
Sbjct 1 MNLRPALLATLASFAYVSASVINHDQVVPFTQPTPTTALQQAAVKYKPQIHISNGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV +G+ SGGL +G + C GS G+QIY R+ V+A MY+WY PK
Sbjct 61 AVDNNGNTSGGLNPTGSESAGCKGSGYGTQIYGRAVKYQGVYAFMYSWYMPKDET----- 115
Query 121 DFLRFFGHRHNWEY--VVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKV 178
L GHRH+WE VVW+D+ L+N +++ +S S Y P D Y+DG S K+
Sbjct 116 --LTGLGHRHDWEACNCVVWLDS--LDNPSIVALSASYHSTYLYYYPPDSDYLDGNSAKI 171
Query 179 AYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKD 238
Y + ++ + +L T GE QDLI WDQL+ AR +L TD FG A +P K+
Sbjct 172 EYSTSWVILDHSLSATSTAGETQDLIMWDQLTDAARTALEDTD-----FGDA--NVPFKE 224
Query 239 GVFE 242
FE
Sbjct 225 ANFE 228
>PHYSO_254099
Length=235
Score = 177 bits (448), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 94/228 (41%), Positives = 127/228 (56%), Gaps = 18/228 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF Q + S+K A+KFKPQL+I GCHPYPAVQ DG++S GLKW G DG+
Sbjct 24 INHDQVHPFAQVEAANASEKAAIKFKPQLQISYGCHPYPAVQADGAVSDGLKWGGKPDGK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
GS LGSQ+Y+ Y + + + + W Y+V+WIDN
Sbjct 84 YQGSGLGSQVYSARPGTR---------YERREQVSAIAT---------CGWLYMVIWIDN 125
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P N +LGV + G ++ P D K++DG+S+K+ YY T LQLT+D GEFQ
Sbjct 126 PEAINPAILGVCVRTEGGNEQRVPPDAKFLDGSSLKLDYYKRTWHRKTGLQLTKDKGEFQ 185
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DL+ W+Q++ AR +L D+D L +P DG F L+K W
Sbjct 186 DLVTWEQMTEEARITLTEADFDDHWQERNDLDVPFIDGEFTVNLEKAW 233
>PHYSO_516261
Length=227
Score = 176 bits (447), Expect = 4e-54, Method: Compositional matrix adjust.
Identities = 101/231 (44%), Positives = 128/231 (55%), Gaps = 26/231 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V+PF QP+PVTVS+K AVKF+P L +++GC P+PAV G SGGLK +G G
Sbjct 22 IDHDAVQPFAQPNPVTVSEKAAVKFQPLLFVESGCVPFPAVNSAGETSGGLKGTGGTSGC 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
GSQ+Y R+ W D WAIMYAWYFPKG + R+ H+W +VVWIDN
Sbjct 82 KEAGATGSQVYGRAVWYKDDWAIMYAWYFPKGF-------WSRWASRHHDWASIVVWIDN 134
Query 142 PGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P LE ++G+S S Y P DV Y L QL + G+
Sbjct 135 PALETPKMIGISTSEGDNDYRTAGPDDV-----------YETTPRLRRVLAQLFKILGDT 183
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
Q LI W+QL+ AR +LN TD FG A K+P+ D F+ L+K WPF
Sbjct 184 QPLIMWEQLTDEARITLNTTD-----FGKA--KVPMSDANFQGKLEKAWPF 227
>PHYSO_482931
Length=254
Score = 177 bits (449), Expect = 4e-54, Method: Compositional matrix adjust.
Identities = 100/247 (40%), Positives = 124/247 (50%), Gaps = 36/247 (15%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP PVT+S+K AVKFKP L I CHPYPAV G S GLK G + +
Sbjct 24 IVHDKVQPFAQPAPVTISEKVAVKFKPSLAIRETCHPYPAVNAAGETSRGLKGEGKPESK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y R+ W +WAIMYAWYFPK D + FG RH W VVW+DN
Sbjct 84 CRGSELGSQVYGRATWHKGMWAIMYAWYFPK--------DSVSKFGQRHKWNAAVVWLDN 135
Query 142 PGLENATVLGVSMSASIG-------------YSKQA-----PTDVKYVDGTSVKVAYYYN 183
P + +L VS G Y ++ P V ++GT+ + Y
Sbjct 136 PAIVKPEILAVSAIGVNGVYDIRTISGPPRCYKTRSSEWCEPALVDCINGTTPMLRYIPG 195
Query 184 HLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEE 243
+ GEFQDLI W+QL+ AR +L D FG P DG F+
Sbjct 196 KIASGLMTTTNRGRGEFQDLIMWEQLTEAARSALTAAD-----FG-----APFVDGAFKS 245
Query 244 LLDKTWP 250
LD P
Sbjct 246 NLDSARP 252
>PHYRA_76603
Length=239
Score = 177 bits (448), Expect = 5e-54, Method: Compositional matrix adjust.
Identities = 104/232 (45%), Positives = 130/232 (56%), Gaps = 16/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDA--GCHPYPAVQKDGSMSGGLKWSGPQD 79
I HD+V+PFPQPDPVT+++K+ VKFKP+L ID GC YPAV G SGGLK +
Sbjct 22 IDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCVSYPAVNSAGETSGGLKGTKGTS 81
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
CTG LGSQ+Y R+ W NDVWAIMYAWYFPKG + R RH+W VVWI
Sbjct 82 A-CTGPILGSQVYGRAEWYNDVWAIMYAWYFPKGF-------WDRRAYWRHDWSNAVVWI 133
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
D+P LEN VLG+S+S S + + + Y L +GE
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSLYRMMPTYKCAELVPYYASGE 193
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W QL+ AR +LN DQ FG ++P+ D F + L+K WP
Sbjct 194 VQDLIMWGQLTDAARAALN----DQGNFGRT--EVPINDDHFLKHLEKAWPL 239
>PYVX_22469
Length=474
Score = 182 bits (463), Expect = 7e-54, Method: Compositional matrix adjust.
Identities = 112/251 (45%), Positives = 146/251 (58%), Gaps = 15/251 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN + V V+ +A L++AQA VI HD V F QP P T S++ A+ +KPQL I GCHPYP
Sbjct 1 MNIKTVLVSLLAPLSIAQAAVINHDAVAAFAQPSPTTTSEEIAITYKPQLYIANGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV DG+ SGGLK +G QD +C GS LG+QIY R+ N V+AIMY+WY PK
Sbjct 61 AVDADGNTSGGLKPTGAQDSDCKGSALGTQIYGRATEYNGVYAIMYSWYMPKDSP----- 115
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
L GHRH WE VVVW+D+ + +++ VS SA Y P V+GTS KV
Sbjct 116 --LSGLGHRHEWENVVVWLDSATASSPSIVAVSPSAHGNYHIYNPPSSSNVNGTSAKVK- 172
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
Y + ++ N +L +T +GE Q LI ++QLS AR +L TD FG A +P K+
Sbjct 173 YESQVVINHSLDITTVSGETQPLILYEQLSEAARQALETTD-----FGSA--TVPFKNTT 225
Query 241 FEELLDKTWPF 251
F L P
Sbjct 226 FTANLALASPI 236
Score = 170 bits (431), Expect = 4e-49, Method: Compositional matrix adjust.
Identities = 100/228 (44%), Positives = 127/228 (56%), Gaps = 14/228 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD V PF QP P T Q AVKFKP L ID GCHPYPAV +DG+ SGGLK +G G
Sbjct 259 IDHDAVVPFAQPTPNTTEQSAAVKFKPTLYIDNGCHPYPAVDEDGNTSGGLKPTGSTTGG 318
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CTGS LGSQIY R + VWAIMY+WY PK + + GHRH+WE V+W+D+
Sbjct 319 CTGSSLGSQIYGRVMEYDGVWAIMYSWYMPKDEPS-------PYIGHRHDWENAVIWVDD 371
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
+ +++ +S S GY P Y G + K+ Y L + L T GE Q
Sbjct 372 ITSASPSIVAISASEHSGYKVYYPPSADYYSGYTAKIKYESVFFLVDHCLYATSTAGETQ 431
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL++ A+ +L TD FG A +P K+ F + K +
Sbjct 432 DLIMWDQLTAAAQTALEDTD-----FGSA--NVPFKEANFATKVAKAY 472
>PHYRA_72541
Length=239
Score = 176 bits (446), Expect = 8e-54, Method: Compositional matrix adjust.
Identities = 104/232 (45%), Positives = 131/232 (56%), Gaps = 16/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDA--GCHPYPAVQKDGSMSGGLKWSGPQD 79
I HD+V+PFPQPDPVT+++K+ VKFKP+L ID GC YPAV G SGGLK +
Sbjct 22 IDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCASYPAVNSAGETSGGLKGTKGTS 81
Query 80 GECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWI 139
CTG LGSQ+Y R+ W NDVWAIMYAWYFPKG D ++ RH+W VVWI
Sbjct 82 A-CTGPILGSQVYGRAEWHNDVWAIMYAWYFPKGFW-----DSRAYW--RHDWSNAVVWI 133
Query 140 DNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
D+P LEN VLG+S+S S + + + Y L +GE
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSLYRMMPTYKCAELVPYYASGE 193
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W QL+ AR +LN DQ FG ++P+ D F + L+K WP
Sbjct 194 VQDLIMWGQLTDAARAALN----DQGNFGRT--EVPINDDHFLKHLEKAWPL 239
>PHYCA_124462
Length=280
Score = 177 bits (449), Expect = 9e-54, Method: Compositional matrix adjust.
Identities = 108/275 (39%), Positives = 141/275 (51%), Gaps = 65/275 (24%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHDQV+PFPQP+PVT+S+K AVK+KP L I GC +PAV G ++GGLK G +D E
Sbjct 26 IGHDQVKPFPQPEPVTISEKAAVKYKPLLSIGNGCVSFPAVNAAGEITGGLK--GTKDTE 83
Query 82 -CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGH----RHNWEYVV 136
CT + LG+Q+Y RS W D WA+MY+WYFPK F GH RH+W VV
Sbjct 84 DCTEAPLGTQVYGRSTWFQDKWAMMYSWYFPK-----------NFCGHKAADRHDWANVV 132
Query 137 VWIDNPGLENATVLGVSMSA-----------SIGYSKQAPTDV-------------KYVD 172
+WIDNP LENAT LG S+S ++ K+ P + V
Sbjct 133 IWIDNPALENATFLGASLSQQTLEPKKFVFLTVAKRKEEPYQKQKAIPMMAFAGTEQIVT 192
Query 173 GTSVKVAYYYNHLLG-NTALQ---------------LTEDTGEFQDLIQWDQLSSLARYS 216
G + +Y Y ++ G NT ++ GE QDLI W+QL+ AR +
Sbjct 193 GRVSRHSYTYKYVGGSNTTMRFIHKYPEKSAWIGMSFANSDGESQDLIMWNQLTDKARAA 252
Query 217 LNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
L D+ T ++P D FE L WPF
Sbjct 253 LESADFGNT-------QVPFTDKNFETNLQAAWPF 280
>PITG_00957
Length=298
Score = 176 bits (447), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 101/229 (44%), Positives = 130/229 (57%), Gaps = 18/229 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP P+T +K AVKFKP L + +GCHPYPAV G S GLK +G DG
Sbjct 58 IDHDKVQPFAQPQPITDVEKAAVKFKPSLAVMSGCHPYPAVNAAGETSAGLKGTGEPDGG 117
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W WAIMYAWYFPK + L G RH+W VVVW++N
Sbjct 118 CEGSELGSQVYSRSTWYEGRWAIMYAWYFPK----DIQNGGLAKKGIRHDWVNVVVWLNN 173
Query 142 PGLENATVLGVSMS--ASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLG---NTALQLTED 196
P + T+L S S + + P +DG + K+ Y+ G +T Q +
Sbjct 174 PAVAAPTILATSASTYGTRYVISKPPKSSDIIDGITAKLR--YDEEGGEEWHTIFQFYGE 231
Query 197 TGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELL 245
GEFQDLIQWDQL+ AR +L +TD+ + +P D FE L
Sbjct 232 -GEFQDLIQWDQLTDAAREALQNTDFGDY------VNVPFNDAYFETNL 273
>PHYRA_47241
Length=176
Score = 172 bits (437), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 85/160 (53%), Positives = 109/160 (68%), Gaps = 8/160 (5%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP+PVT S+K AV+FKP L+I +GCHPYPAV G S GLK +GP G+
Sbjct 24 IDHDKVQPFAQPEPVTDSEKAAVRFKPSLQIFSGCHPYPAVNAAGETSAGLKGTGPSSGD 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+YAR+ W +D+WAIMYAWYFPK + P F + G RH+W VVVW+DN
Sbjct 84 CKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDK-----PTFRK--GERHDWVNVVVWLDN 136
Query 142 PGLENATVLGVSMSASI-GYSKQAPTDVKYVDGTSVKVAY 180
P LE T++GVS S+ + Y K P + GT+ + Y
Sbjct 137 PALERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTSMINY 176
>HYAP_07436
Length=267
Score = 175 bits (444), Expect = 4e-53, Method: Compositional matrix adjust.
Identities = 96/230 (42%), Positives = 132/230 (57%), Gaps = 14/230 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+++PF + +P T ++K V+FKPQ+K GCH Y AV G SGGLK G +G+
Sbjct 48 LPHDKIQPFSELEPKTPAEKAGVRFKPQIKFVDGCHSYAAVDAAGHNSGGLKPKGQPEGK 107
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY RSA + WAIMYA YFPK + G+RH +E+V+VWID+
Sbjct 108 CKGSGFGSQIYGRSAPFGNKWAIMYALYFPKDMK-------VLNRGYRHAFEHVIVWIDD 160
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L++ +L V+ + Y K D + +DG SVK+ Y L G L + GEFQ
Sbjct 161 IALKDPKILAVTSRRNKEYQKIVSPDPRCMDGDSVKLFYESEVLDGYHQLSCSTFPGEFQ 220
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI W+QL++ AR +L +W + KMPL D F E L++ WPF
Sbjct 221 PLIMWEQLTNEARTALETVNWGRD-------KMPLGDVAFNESLEQAWPF 263
>HYAP_07925
Length=267
Score = 175 bits (443), Expect = 5e-53, Method: Compositional matrix adjust.
Identities = 96/230 (42%), Positives = 132/230 (57%), Gaps = 14/230 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ HD+++PF + +P T ++K V+FKPQ+K GCH Y AV G SGGLK G +G+
Sbjct 48 LPHDKIQPFSELEPKTPAEKAGVRFKPQIKFVDGCHSYAAVDAAGHNSGGLKPKGQPEGK 107
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY RSA + WAIMYA YFPK + G+RH +E+V+VWID+
Sbjct 108 CKGSGFGSQIYGRSAPFGNKWAIMYALYFPKDMK-------VLNRGYRHAFEHVIVWIDD 160
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
L++ +L V+ + Y K D + +DG SVK+ Y L G L + GEFQ
Sbjct 161 IALKDPKILAVTSRRNKEYQKIVSPDPRCMDGDSVKLFYESEVLDGYHQLSCSTFPGEFQ 220
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
LI W+QL++ AR +L +W + KMPL D F E L++ WPF
Sbjct 221 PLIMWEQLTNEARTALETVNWGRD-------KMPLGDVAFNESLEQAWPF 263
>PHALS_12600
Length=267
Score = 175 bits (443), Expect = 5e-53, Method: Compositional matrix adjust.
Identities = 96/231 (42%), Positives = 140/231 (61%), Gaps = 15/231 (6%)
Query 25 DQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTG 84
D+V+PF Q P T+SQ++A+K+KP+L +D GCHPYP VQ++GS+S G++W C G
Sbjct 48 DEVQPFYQRKPTTISQESAIKYKPRLYVDEGCHPYPVVQENGSLSEGMQWKNYFRPSCEG 107
Query 85 SRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFF--GHRHNWEYVVVWIDNP 142
S GSQIY+RS W WA++Y WY P +T +F GHRH W +VV+W D+P
Sbjct 108 SPRGSQIYSRSDWYQGKWAMLYTWYLPMALDSTA------WFVDGHRHFWLWVVIWTDSP 161
Query 143 GLENATVLGVSMSA-SIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
+++T+L SMS K AP KY + ++KV + + L+LT+ GEF
Sbjct 162 DPDDSTILAASMSGFGDEIKKYAPLKSKYLIHDKTLKVKSTESRIRKKHGLELTKRVGEF 221
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QLS AR +L++ L A P++D +F E+L+K++PF
Sbjct 222 QDLITWEQLSDEARAALSNF---HRLEKRAN--PPIQDKLFYEVLEKSYPF 267
>PHYSO_480321
Length=254
Score = 174 bits (441), Expect = 6e-53, Method: Compositional matrix adjust.
Identities = 99/247 (40%), Positives = 123/247 (50%), Gaps = 36/247 (15%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QP PVT+S+K AVKFKP L I CHPYPAV G S GLK G + +
Sbjct 24 IVHDKVQPFAQPAPVTISEKVAVKFKPSLAIRETCHPYPAVNAAGETSRGLKGEGKPESK 83
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y R+ W +WAIMYAWYFPK D + FG RH W VVW+DN
Sbjct 84 CRGSELGSQVYGRATWHKGMWAIMYAWYFPK--------DSVSKFGQRHKWNAAVVWLDN 135
Query 142 PGLENATVLGVSMSASIG-------------YSKQA-----PTDVKYVDGTSVKVAYYYN 183
P + +L VS G Y ++ P V ++GT+ + Y
Sbjct 136 PAIVKPEILAVSAIGVNGVYDIRTISGPPRCYKTRSSEWCEPALVDCINGTTPMLRYIPG 195
Query 184 HLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEE 243
+ GEFQDLI W+QL+ AR +L D FG P D F+
Sbjct 196 KIASGLMTTTNRGRGEFQDLIMWEQLTEAARSALTAAD-----FG-----APFVDEAFKS 245
Query 244 LLDKTWP 250
LD P
Sbjct 246 NLDSARP 252
>PHYCA_129892
Length=234
Score = 172 bits (437), Expect = 1e-52, Method: Compositional matrix adjust.
Identities = 105/228 (46%), Positives = 132/228 (58%), Gaps = 16/228 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV PF QP P T Q AV++KPQ+ I GCHPYPAV +DG+ SGGLK +G Q
Sbjct 21 IDHDQVVPFAQPTPTTTLQTLAVQYKPQIYIANGCHPYPAVDEDGNTSGGLKPTGSQSAG 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY R+ V+A MY+WY PK T+P GHRH+WE VVW+D+
Sbjct 81 CKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDE--TLPG-----LGHRHDWEACVVWLDS 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
LEN V+ +S S Y P D Y+DG S K+ Y + ++ + +L T +GE Q
Sbjct 134 --LENPNVVALSASYHSTYLTYYPPDSGYLDGNSAKIEYSTSWVILDHSLSATSTSGETQ 191
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
DLI WDQL+ AR +L TD FG A +P KD FE L +
Sbjct 192 DLIMWDQLTDAARTALEDTD-----FGDA--NVPFKDANFETKLANAY 232
>PHYSO_253029
Length=252
Score = 173 bits (438), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 131/232 (56%), Gaps = 16/232 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLKWSGPQDG 80
I ++V PF QP T +QK AVKFKP+L I +G C +PAV G S GL G
Sbjct 22 IDLNKVAPFAQPTASTSAQKAAVKFKPRLSIGSGACVSFPAVNSAGDTSSGLSEEGKGST 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
+CT + LGSQ+Y R+AW N +AI+YAWYFPKG P RH+W VVWID
Sbjct 82 DCTNAPLGSQVYGRAAWYNTRFAILYAWYFPKGFWNDYPT-------RRHDWASAVVWID 134
Query 141 NPGLENATVLGVSMS-ASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGE 199
NP +LG+S+S A YS QAP DGT+ K+++ + G+ L T+ +G+
Sbjct 135 NPDSNTPKILGLSLSTADWEYSTQAPATSGISDGTTPKLSHELSVECGDPYLTTTDGSGD 194
Query 200 FQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
FQ LI W+QL++ AR +LN D FG A K+P D FE L WPF
Sbjct 195 FQPLIMWEQLTTAARTALNSAD-----FGNA--KVPTSDVNFEMKLKSAWPF 239
>PHYCA_109163
Length=247
Score = 173 bits (438), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 98/241 (41%), Positives = 139/241 (58%), Gaps = 26/241 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HDQ+ PFPQP+PVTVS+K A+KFKPQL C P+PAV G ++GGLK + +G
Sbjct 22 VDHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPGNLCAPFPAVNAAGEVTGGLKGTN-GNG 80
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + G+Q+Y R+ W DVWAIMY+WYFPKG ++L F RH+W+ VVVWID
Sbjct 81 ACKHATKGAQVYGRAGWYKDVWAIMYSWYFPKGF------NWLGFPTRRHDWKNVVVWID 134
Query 141 NPGLENATVLGVSMSAS-IGYSKQAPTDVKYVDGTSVKV---------AYYYNHLLGNTA 190
NP LE ++GV++S S Y K Y G+ ++ ++YN + +
Sbjct 135 NPALETPKIVGVALSKSDTKYRKVREVWPPYFVGSEIRYDSSPASSTNIHFYN--VAGSD 192
Query 191 LQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
L GE+ DLI W+QL+ AR +LN+++ FG A ++P D +E LD+ P
Sbjct 193 LDFARWDGEYHDLIMWEQLTDAARVALNNSE----FFGDA--EVPFSDEHYENHLDRACP 246
Query 251 F 251
Sbjct 247 L 247
>PHYCA_109162
Length=257
Score = 173 bits (438), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 98/247 (40%), Positives = 133/247 (54%), Gaps = 28/247 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HD++ PFPQP+PVTVS+K A+KFKPQL C P+PAV G ++GGL + D
Sbjct 22 VDHDKIEPFPQPEPVTVSEKAAIKFKPQLYTHKQLCAPFPAVNAAGEVTGGLSGANGNDA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + G+Q+Y R+ W DVWAIMY+WYFPKG ++L F RH+W+ VVVWID
Sbjct 82 -CKYALKGAQVYGRAGWYKDVWAIMYSWYFPKGF------NWLGFPTRRHDWKNVVVWID 134
Query 141 NPGLENATVLGVSMSAS-IGYSKQAPTDVKYVDGTSVKVAYYYNHLL------------- 186
NP LE ++GV+M+ S Y ++ G+ V+V
Sbjct 135 NPELETPKIIGVAMAGSDTKYRREREMYNSNFVGSQVQVTRRDRRYYRSDSPGSSTNLRF 194
Query 187 --GNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
G T L G++QDLI W+QL+ AR +LN D FG + ++P D FE
Sbjct 195 ENGATHLDFARQDGDYQDLIMWEQLTDAARIALN----DNGSFGYSYAEVPFSDEHFEAN 250
Query 245 LDKTWPF 251
DK WP
Sbjct 251 RDKAWPL 257
>PPTG_13004
Length=255
Score = 173 bits (438), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 96/249 (39%), Positives = 139/249 (56%), Gaps = 34/249 (14%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ D V+PF QP+PVTV +K A+KFKP L ID GC +PAV + G++S GL+ DG
Sbjct 22 VDCDFVKPFAQPEPVTVLEKVALKFKPTLLIDGGCVSFPAVNEAGAISSGLRPLNGNDG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C + GSQ+Y RS D WAIM+AWYFPKG + +P RH+W +VVWID+
Sbjct 81 CIKAPQGSQVYGRSTQFQDKWAIMFAWYFPKGFWSGMP-------SRRHDWASMVVWIDD 133
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVK-----------------YVDG--TSVKVAYYY 182
P E +LGVS+S S +A + YV+G TS+++++
Sbjct 134 PDFETPKLLGVSLSKSKKRYTKATAPLSEVYFAGFQEYGRRGYKTYVNGSSTSIRISHSS 193
Query 183 NHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFE 242
G +L L+ G++QDLI W QL+ AR +LN ++ +++ +P D FE
Sbjct 194 GFFFGPASLDLSTRDGDYQDLIMWKQLTEEARKALNSANFGKSV-------VPFNDDNFE 246
Query 243 ELLDKTWPF 251
++L+K WPF
Sbjct 247 DMLEKAWPF 255
>HYAP_14846
Length=221
Score = 172 bits (435), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 105/237 (44%), Positives = 131/237 (55%), Gaps = 29/237 (12%)
Query 22 IGHDQVRPFPQ----PDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGP 77
I HDQV+PF Q P V+ A+KFKPQL I +GCH YPAV G SGGLK +G
Sbjct 4 IKHDQVQPFQQVVGDDSPTAVA---ALKFKPQLHISSGCHSYPAVNTVGEFSGGLKPTGH 60
Query 78 QDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVV 137
+G+C GS GSQ+Y RSAW D WAIMY WYFPK RH+WE++VV
Sbjct 61 DNGKCKGSGYGSQVYGRSAWHQDKWAIMYVWYFPKDNRDD----------DRHDWEHIVV 110
Query 138 WIDNPGLENATVLGVSM---SASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLT 194
W+DNP + N +L VS+ S ++ P V +VDG+SVK+ Y + T L LT
Sbjct 111 WLDNPAVANQKLLAVSLWNGRKSDYWTLAIPGPV-FVDGSSVKLDYGKANKDERT-LSLT 168
Query 195 EDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
GEFQ LI W Q+S AR + N W + MPL D FE+ L K + F
Sbjct 169 HLAGEFQPLIMWGQMSEKARTTFNTVLWRKEF-------MPLSDSCFEQHLKKAYDF 218
>PHYSO_328418
Length=219
Score = 171 bits (434), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 95/213 (45%), Positives = 115/213 (54%), Gaps = 21/213 (10%)
Query 40 QKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVN 99
QK AVKFKPQLK+ CHPY AV G +SGGL C GS LG+QIYARSAW +
Sbjct 27 QKAAVKFKPQLKLSNTCHPYAAVDAHGYISGGLNSELHIRNNCGGSDLGAQIYARSAWHS 86
Query 100 DVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIG 159
DVWA +YAWYFPK P R W Y ++W+ PG+ V+G ++
Sbjct 87 DVWATVYAWYFPKNSNNGGGP--------RSLWMYAIIWVGGPGVGAPEVVGATLKTDDD 138
Query 160 YSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNH 219
K AP D Y+DGTS + + YN L T+ TG +QDLI W+QL +AR
Sbjct 139 TEKHAPVDADYIDGTSFECKFTYNFWTTKAKLTATKKTGGYQDLITWEQLPEVART---- 194
Query 220 TDWDQTLFGLAGLK-MPLKDGVFEELLDKTWPF 251
GLAG MPL +G FEELL WPF
Sbjct 195 --------GLAGYADMPLLNGTFEELLTNGWPF 219
>PHYKE_8391
Length=778
Score = 183 bits (465), Expect = 3e-52, Method: Compositional matrix adjust.
Identities = 88/144 (61%), Positives = 108/144 (75%), Gaps = 4/144 (3%)
Query 105 MYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQA 164
MYAWYFPKGR T GHRHNWEY +VWIDNP L+N+T+LGVSMSAS GYSK +
Sbjct 1 MYAWYFPKGRKITGGAGL----GHRHNWEYAIVWIDNPALDNSTILGVSMSASFGYSKSS 56
Query 165 PTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQ 224
P K+VDG+SVK+ YYY+ + GNTAL+ TED GE QDLI WDQL +A+ +LN+TDWD
Sbjct 57 PPKAKHVDGSSVKLDYYYSVIRGNTALRYTEDVGETQDLITWDQLPVVAQDALNNTDWDT 116
Query 225 TLFGLAGLKMPLKDGVFEELLDKT 248
TL+ + +KMPLKDG F + L +T
Sbjct 117 TLWNMCDVKMPLKDGEFTKNLAET 140
>PHYCA_69122
Length=249
Score = 172 bits (436), Expect = 4e-52, Method: Compositional matrix adjust.
Identities = 104/246 (42%), Positives = 138/246 (56%), Gaps = 31/246 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKI-DAGCHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HDQ+ PFPQP+PVTVS+K A+KFKPQL C P+PAV G ++GGLK + DG
Sbjct 17 VNHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPKLVCVPFPAVNTAGEITGGLKGTNGNDG 76
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + G+QIY R+ W D+WAIMY+WYFPKG P RH+W+ +VVWID
Sbjct 77 -CKYAPKGAQIYGRAGWYKDLWAIMYSWYFPKGFGWFDSPT------RRHDWKNIVVWID 129
Query 141 NPGLENATVLGVSMSAS-IGYSKQAPTDVKYVDG--TSVKVAYYYNHLLGNTALQLTEDT 197
NP LE ++GV+MS S YSK+ Y G T + + +L NT+L+ DT
Sbjct 130 NPDLETPKIVGVAMSKSDTDYSKEVKIWPSYFVGYRTEGRFSSRVEYLGSNTSLRFEYDT 189
Query 198 --------------GEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEE 243
GE+QDLI W+QL+ AR +LN D F A ++P D +E+
Sbjct 190 SDIGNPLMHFAAWDGEYQDLIMWEQLTDAARVALN----DGKSFEKA--EVPFSDEHYED 243
Query 244 LLDKTW 249
L K W
Sbjct 244 HLGKAW 249
>PHYSO_521124
Length=254
Score = 172 bits (436), Expect = 4e-52, Method: Compositional matrix adjust.
Identities = 99/242 (41%), Positives = 137/242 (57%), Gaps = 27/242 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D+V+PFP+ +P T+S+K A+K+KP L I GCH Y AV G SGG+ P G
Sbjct 11 IDYDKVQPFPELEPKTISEKAAIKYKPSLAIWDGCHSYAAVNAAGDTSGGMDPKAPDGGT 70
Query 82 ---------CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRA---ATVPPDFLRFFGHR 129
C GS LGSQ+Y+RS W DVWAIMYAWYFP+ + + PP R
Sbjct 71 QVQNPYGHGCRGSVLGSQVYSRSGWYRDVWAIMYAWYFPRDISWYEESSPP-------VR 123
Query 130 HNWEYVVVWIDNPGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGN 188
H+W +VW+DNP LEN ++LGVS S Y PT Y++GT K+ YY ++G
Sbjct 124 HDWINTIVWLDNPALENPSLLGVSASREGAVYVTYPPTVKGYMNGTHPKMEYYLGFIVGG 183
Query 189 -TALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
+ ++ + G+FQDL+ W QL+ AR +L D FG+ +P D FE+ L++
Sbjct 184 YHTIDVSLEAGDFQDLVHWSQLTDQARKALETAD-----FGVV-TPVPFNDVNFEKNLER 237
Query 248 TW 249
W
Sbjct 238 GW 239
>PHALS_13513
Length=240
Score = 171 bits (434), Expect = 5e-52, Method: Compositional matrix adjust.
Identities = 96/236 (41%), Positives = 133/236 (56%), Gaps = 24/236 (10%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I + V+PFP+ P T S+++A+K+KP L + GCHPYPAVQ++GS+S G +W
Sbjct 23 IDANSVQPFPEQKPQTDSERSALKYKPHLHVSEGCHPYPAVQQNGSVSAGFEWDEDYSQP 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPK-----GRAATVPPDFLRFFGHRHNWEYVV 136
C S GSQIY+RS+W WAIMYAWYFPK GR + G RH W + +
Sbjct 83 CGRSPQGSQIYSRSSWYKGKWAIMYAWYFPKAAVHIGRGVS---------GRRHYWLHAI 133
Query 137 VWIDNPGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTE 195
VW D N+++LGV+MSA IG K+ Y + GT++K+ Y + AL+ T
Sbjct 134 VWTDEENPNNSSILGVTMSAGIGLLKRTKIKSHYIIGGTTLKLMSYVSFWGRRLALKFTV 193
Query 196 DTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
GE QDLI W+QLS AR +L D+ PL+D F+ L+ + +PF
Sbjct 194 KLGETQDLITWEQLSHEARKALA-LDYKS--------DTPLQDYRFDGLIKEAYPF 240
>PPTG_16647
Length=254
Score = 172 bits (435), Expect = 6e-52, Method: Compositional matrix adjust.
Identities = 100/247 (40%), Positives = 137/247 (55%), Gaps = 31/247 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLKWSGPQDG 80
+ HD+V PFPQP PVT+S+K A+KFKPQL C P+P V G ++GGLK + D
Sbjct 22 VDHDKVEPFPQPVPVTISEKAAIKFKPQLYTPYNICVPFPGVNAVGEVTGGLKGTNGNDA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C + GSQIY R W D+WAIMYA Y PKG +P RH+ + VVVWI+
Sbjct 82 -CKYAPKGSQIYGRGGWYKDIWAIMYACYLPKGFWMDLP-------SRRHDGKSVVVWIN 133
Query 141 NPGLENATVLGVSMSAS---------------IGYSKQA-PTDVKYVDGTSVKVAYYYNH 184
NPG E ++GVSMS S GY K+ ++ Y+ G++ + + Y
Sbjct 134 NPGFETPKIVGVSMSKSDTKYYKETKIGPFAFAGYRKEGRRSERAYIYGSNTSLRFQYES 193
Query 185 LLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
LG++ L + GE+QDLI W+QL+ AR +LN D FG A ++P D +++
Sbjct 194 GLGSSYLSFADCDGEYQDLIMWEQLTDAARAALN----DGNNFGDA--EVPFSDEHYKQH 247
Query 245 LDKTWPF 251
LDK WP
Sbjct 248 LDKAWPL 254
>PHYCA_114913
Length=224
Score = 171 bits (432), Expect = 6e-52, Method: Compositional matrix adjust.
Identities = 95/227 (42%), Positives = 124/227 (55%), Gaps = 26/227 (11%)
Query 25 DQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGECTG 84
D+V PFP+ +P T+SQK AV+ KPQL I GCHPY AV G ++ G+ + +D +C+G
Sbjct 21 DKVEPFPELEPTTISQKAAVRLKPQLHISKGCHPYAAVNAAGEITAGI--TTTRDPDCSG 78
Query 85 SRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDNPGL 144
+GSQ+Y RS W DVWAIMYAWYFP H+W+ +VVWIDNP L
Sbjct 79 RGIGSQVYVRSTWYKDVWAIMYAWYFPSSLI--------------HDWKNIVVWIDNPSL 124
Query 145 ENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQDLI 204
VLGVS GY + + DG S K+ Y Y L T GEFQ+LI
Sbjct 125 AVPRVLGVSAQVDGGYLRYNKFNWDKFDGASPKIKYDYPD------LDWTSKRGEFQNLI 178
Query 205 QWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
WDQL+ AR +LN+T++ G +P D F+ LD P+
Sbjct 179 MWDQLTEAARTALNNTNFK----GNGDATVPFIDANFKANLDFAIPY 221
>PHYRA_72430
Length=238
Score = 171 bits (433), Expect = 8e-52, Method: Compositional matrix adjust.
Identities = 99/231 (43%), Positives = 127/231 (55%), Gaps = 15/231 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +V P QP P T ++K VKFKPQL I GC +PAV G + GLK
Sbjct 22 IDCTKVAPITQPSPSTTAEKVGVKFKPQLTIRDGCVSFPAVNAAGETNAGLKEGDSGGIG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C+ + LGSQ+Y RSAW N +AI+YAWYFPKG A V RH+W VVWID
Sbjct 82 CSSAPLGSQVYGRSAWYNGKYAILYAWYFPKGFWANVAT-------RRHDWASAVVWIDR 134
Query 142 PGLENATVLGVSMS-ASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P + ++LG+S+S A Y QAP GT+ ++++ G L T+ TG
Sbjct 135 PDAASPSILGLSISTADWVYKTQAPASSGITGGTTARLSHGLQAEKGPAYLTTTDSTGSP 194
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QLSS AR +L+ TD FG A K+P+ D F+ L K WPF
Sbjct 195 QDLIMWEQLSSAARTALSTTD-----FGNA--KVPMSDANFQTKLKKAWPF 238
>PHYRA_72306
Length=238
Score = 171 bits (433), Expect = 8e-52, Method: Compositional matrix adjust.
Identities = 99/231 (43%), Positives = 127/231 (55%), Gaps = 15/231 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +V P QP P T ++K VKFKPQL I GC +PAV G + GLK
Sbjct 22 IDCTKVAPITQPSPSTTAEKVGVKFKPQLTIRDGCVSFPAVNAAGETNAGLKEGDSGGIG 81
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C+ + LGSQ+Y RSAW N +AI+YAWYFPKG A V RH+W VVWID
Sbjct 82 CSSAPLGSQVYGRSAWYNGKYAILYAWYFPKGFWANVAT-------RRHDWASAVVWIDR 134
Query 142 PGLENATVLGVSMS-ASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P + ++LG+S+S A Y QAP GT+ ++++ G L T+ TG
Sbjct 135 PDAASPSILGLSISTADWVYKTQAPASSGITGGTTARLSHGLQAEKGPAYLTTTDSTGSP 194
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
QDLI W+QLSS AR +L+ TD FG A K+P+ D F+ L K WPF
Sbjct 195 QDLIMWEQLSSAARTALSTTD-----FGNA--KVPMSDANFQTKLKKAWPF 238
>PHYRA_52427
Length=124
Score = 167 bits (422), Expect = 8e-52, Method: Compositional matrix adjust.
Identities = 79/132 (60%), Positives = 94/132 (71%), Gaps = 8/132 (6%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF +P+P T S+K AVKFKPQL + GC+PYPAVQ DGS+S GL+ SGP DGE
Sbjct 1 IDHDKVQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPADGE 60
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W D WAIMY WY PKGR+ RH WE VVWID+
Sbjct 61 CRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRSTR--------HQRRHFWETAVVWIDD 112
Query 142 PGLENATVLGVS 153
P L N+T+LGVS
Sbjct 113 PALANSTILGVS 124
>PHYCA_553546
Length=280
Score = 171 bits (434), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 104/271 (38%), Positives = 137/271 (51%), Gaps = 57/271 (21%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PFPQP+PVT+S+K AVK+KPQL+I GC +PAV G ++GGLK G +D E
Sbjct 26 IDHDQVKPFPQPEPVTISEKAAVKYKPQLEIGDGCVSFPAVNAAGEITGGLK--GTKDTE 83
Query 82 -CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
CT + LGSQ+Y RS W D WA+MY+WYFPK A RH+W VV+WID
Sbjct 84 ACTEAPLGSQVYGRSTWFQDKWAMMYSWYFPKNFCAYKA-------AGRHDWANVVIWID 136
Query 141 NPGLENATVLGVSMSAS-----------IGYSKQAPTD---------------------- 167
NP EN T LG S+S +G + P
Sbjct 137 NPAAENVTFLGASLSQQTLEPIKLAILPMGTRNEEPYQNQKAIPMMAFAGAERITTGRVG 196
Query 168 -----VKYVDG--TSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHT 220
KYV G T+++ ++ Y G + + GE QDLI W+QL+ AR +L
Sbjct 197 RWSYTYKYVAGSNTTMRFSHSYPGTWGWIDMTFADSDGESQDLIMWNQLTDKARAALESA 256
Query 221 DWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
D+ T ++P D F+ L WPF
Sbjct 257 DFGDT-------QVPFTDKNFDTNLQAAWPF 280
>PHYSO_514298
Length=264
Score = 171 bits (433), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 97/242 (40%), Positives = 137/242 (57%), Gaps = 27/242 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D+V+PFP+ +P T+S+K A+K+KP L I GC Y AV G SGG+ P G
Sbjct 22 IDYDKVQPFPELEPKTISEKAAIKYKPSLAIKDGCRSYAAVNAAGDTSGGMDPMAPDGGT 81
Query 82 ---------CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRA---ATVPPDFLRFFGHR 129
C GS LGSQ+Y+RS W DVWAIMYAWYFP+ + A+ PP R
Sbjct 82 VEKNPYGHGCRGSVLGSQVYSRSGWYRDVWAIMYAWYFPRDISWYEASYPP-------VR 134
Query 130 HNWEYVVVWIDNPGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGN 188
H+W +VW++NP LEN ++LGVS S Y PT ++++GT K+ Y+ +G
Sbjct 135 HDWINTIVWLNNPALENPSLLGVSASREDAEYVAYPPTVKEFMNGTHPKMEYFMGFYVGG 194
Query 189 -TALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
+ ++ D G+FQDL+ W QL+ AR +L D FG+ +P D FE+ L++
Sbjct 195 YHTIDVSLDAGDFQDLVHWSQLTDQARKALETAD-----FGVV-TPVPFNDVNFEKNLER 248
Query 248 TW 249
W
Sbjct 249 GW 250
>PHYRA_47103
Length=226
Score = 169 bits (429), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 96/220 (44%), Positives = 124/220 (56%), Gaps = 15/220 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PFPQP+ VT+++K+ VKFKPQL I+ GC PYPA G S GL+ +G D
Sbjct 22 IGHDKVQPFPQPEAVTITEKSGVKFKPQLDIEXGCSPYPAANAAGETSEGLETNGAFD-- 79
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C LGSQ+Y R+ W NDVWAIMYAWYFPKG P RH+W VVWIDN
Sbjct 80 CIIPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDGTP-------WWRHDWSNAVVWIDN 132
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
P E VLG+S+S S + ++ + + + AL + GEFQ
Sbjct 133 PAHEKPKVLGLSLSTSENKYGNTYVPAEGIENGTTPTLSRNVLPMRSAALGPAVNPGEFQ 192
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVF 241
DL+ W QL+ AR +LN DQ FG ++P+ D F
Sbjct 193 DLVMWTQLTDAARAALN----DQDNFGRT--EVPISDDHF 226
>PHYSO_365377
Length=220
Score = 169 bits (428), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 101/232 (44%), Positives = 131/232 (56%), Gaps = 20/232 (9%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +DQV PFP+ P T+S+K A+KFKP L I GCHPY AV G SGGL D E
Sbjct 1 IDYDQVEPFPELGPKTISEKAAIKFKPTLFIKDGCHPYAAVNAAGDTSGGLD-PKASDDE 59
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS W + WA MYAWYFPK L G RH+W +VW+DN
Sbjct 60 CKGSTLGSQVYSRSTWYRNTWATMYAWYFPKDTN-------LYLRGVRHDWVSAIVWLDN 112
Query 142 PGLENATVLGVSMS---ASIG--YSKQAPTDVKYVDGTSVKVAYY-YNHLLGNTALQLTE 195
P L N T++GVS S AS G + ++ YVDGT K+ Y + G + +E
Sbjct 113 PALANQTLIGVSFSSGGASYGGFHLDRSRMWDGYVDGTHPKMEYSAADTRSGYHTIDASE 172
Query 196 DTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
D G+FQDLI W QL+ AR +L D FG + +P + F++ L++
Sbjct 173 DVGDFQDLIHWSQLTEEARNALETGD-----FG-SDTPVPFNNANFKKNLER 218
>PHALS_14425
Length=302
Score = 171 bits (434), Expect = 3e-51, Method: Compositional matrix adjust.
Identities = 93/230 (40%), Positives = 132/230 (57%), Gaps = 10/230 (4%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+G D V PFP+ T SQK+A+ F+PQL I+ GCHPYPAVQ +GS++ GL++ +D
Sbjct 81 LGADSVHPFPRTKARTSSQKSALMFQPQLYIEDGCHPYPAVQSNGSLNAGLEYELFRDPT 140
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS LGSQ+Y+RS+W WA +Y WYFP P GHRH W + +VW +
Sbjct 141 CEGSPLGSQVYSRSSWYQMKWATIYTWYFPVAYDHASP----FSTGHRHYWLWAIVWTTD 196
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
P L VSMS + G S +K+ V+GT+V + + + + AL LTE +GE
Sbjct 197 PNPAEGHFLAVSMSGNFGISSYTLPHIKHLVNGTTVLLKSHKSLMSARLALDLTEKSGEK 256
Query 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWP 250
+DLI W++L+ AR +L+ + A PL+D F LL+K +P
Sbjct 257 EDLITWEELTPEARAALSSVKRTE-----ATANSPLQDNKFFSLLEKAYP 301
>PPTG_00542
Length=238
Score = 169 bits (427), Expect = 5e-51, Method: Compositional matrix adjust.
Identities = 115/255 (45%), Positives = 145/255 (57%), Gaps = 21/255 (8%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPY 59
MNFR + +L +A I HD+ P PQP+PVTVS+K AVKFKP+L I G C +
Sbjct 1 MNFRRFIITITVALLSVEAISINHDKAEPIPQPEPVTVSEKAAVKFKPELTIGKGTCASF 60
Query 60 PAVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVP 119
PAV G SGGLK G C S LGSQ+Y R+ W NDVWAIMYAWYFPKG P
Sbjct 61 PAVNTAGETSGGLK-GSGGTGGCKVSLLGSQVYGRAQWYNDVWAIMYAWYFPKGFWDASP 119
Query 120 PDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMS-ASIGYSKQAPTDVKYVDGTSVKV 178
F+ RH+W VVW+DNP EN VLG+S+S +S Y+K+ P + +G + V
Sbjct 120 -----FW--RHDWANAVVWVDNPAAENPKVLGISLSKSSDRYNKEVPA--RLANGNT-PV 169
Query 179 AYYYNHLLGNTALQLTEDTGEFQ--DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPL 236
YYN L AL + + DLI W+QL+ +AR SLN D+ FG + + P
Sbjct 170 VTYYNRGLNTAALMSSSTSSGESPLDLIMWEQLTDVARASLN----DKENFGRSDV--PF 223
Query 237 KDGVFEELLDKTWPF 251
D F L+K WPF
Sbjct 224 SDENFPGRLEKAWPF 238
>PHYSO_334500
Length=235
Score = 169 bits (427), Expect = 6e-51, Method: Compositional matrix adjust.
Identities = 109/249 (44%), Positives = 143/249 (57%), Gaps = 16/249 (6%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MN RA+ + SLA+ VI HD V PF QP P T Q AVKFKPQ+ I GCHPYP
Sbjct 1 MNLRAIVATTVGSLALVSGAVIDHDTVVPFAQPTPTTTLQTLAVKFKPQIYIANGCHPYP 60
Query 61 AVQKDGSMSGGLKWSGPQDGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPP 120
AV +DG+ SGGLK +G + TGS LGSQIY R+ V+A MY+WY PK T+P
Sbjct 61 AVDEDGNTSGGLKPTGSESSGYTGSSLGSQIYGRAVEYEGVYAFMYSWYMPKDE--TLPG 118
Query 121 DFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAY 180
GHRH+WE VVW+D+ L++ +++ +S S Y P D Y+DG S K+ Y
Sbjct 119 -----LGHRHDWEACVVWLDS--LDDPSIVALSASYHSTYLTYYPPDSDYLDGNSAKIEY 171
Query 181 YYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGV 240
+ ++ + +L T GE QDLI WDQL+ AR +L TD FG A +P K+
Sbjct 172 STSWVILDHSLSATSTAGETQDLIMWDQLTDAARTALEDTD-----FGSA--NVPFKEAN 224
Query 241 FEELLDKTW 249
F + K +
Sbjct 225 FATKVAKAY 233
>PPTG_18463
Length=254
Score = 169 bits (428), Expect = 6e-51, Method: Compositional matrix adjust.
Identities = 105/270 (39%), Positives = 144/270 (53%), Gaps = 35/270 (13%)
Query 1 MNFRavfvaamaslavaqaqvIGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYP 60
MNF A V + +L I D V+PF QP PVT+S+K A+KFKPQL I GC +P
Sbjct 1 MNFFAAIVVCLVALQSVYCATINRDLVQPFAQPGPVTISEKAAIKFKPQLFILDGCVSFP 60
Query 61 AVQKDGSMSGGLKWSGPQDGE-CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVP 119
AV G +GGL +G Q GE C+ + LGSQ+Y RS W D WA+M+AWY PK A +
Sbjct 61 AVNAAGDTTGGL--NGTQGGEGCSKAPLGSQVYGRSTWYQDKWAMMFAWYIPKSYMAAIT 118
Query 120 PDFLRFFGHRHNWEYVVVWIDNPGLENATVLGVSMSASI----------------GYSKQ 163
RH+W +VVWI+NP LE +LGVS+S S GY +
Sbjct 119 -------SRRHDWASMVVWIENPSLEIPEILGVSLSNSANGYLRYTGNIYDWNFSGYVAR 171
Query 164 APTDVKYVDG--TSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTD 221
+ + + G TS++V + + L L + G++QDLI W QL+ AR +LN TD
Sbjct 172 SRRRDRDIPGSSTSLRVEHTVRKDFRSAFLNLAQTDGDYQDLIMWGQLTEEARMALNTTD 231
Query 222 WDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
+ ++ K+P DG F L + +PF
Sbjct 232 FGRS-------KVPFNDGNFLIKLRQAYPF 254
>PHYSO_246397
Length=264
Score = 169 bits (428), Expect = 7e-51, Method: Compositional matrix adjust.
Identities = 96/242 (40%), Positives = 137/242 (57%), Gaps = 27/242 (11%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I +D+V+PFP+ +P T+S+K A+K+KP L I GC Y AV G SGG+ P G
Sbjct 22 IDYDKVQPFPELEPKTISEKAAIKYKPSLAIKDGCRSYAAVNAAGDTSGGMDPMAPDGGT 81
Query 82 ---------CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRA---ATVPPDFLRFFGHR 129
C GS LGSQ+Y+RS W DVWAIMYAWYFP+ + A+ PP R
Sbjct 82 VEKNPYGHGCRGSVLGSQVYSRSGWYRDVWAIMYAWYFPRDISWDEASYPP-------VR 134
Query 130 HNWEYVVVWIDNPGLENATVLGVSMSASIG-YSKQAPTDVKYVDGTSVKVAYYYNHLLGN 188
H+W +VW++NP LEN ++LGVS S Y PT ++++GT K+ Y+ +G
Sbjct 135 HDWINTIVWLNNPALENPSLLGVSASREDAEYVAYPPTVKEFMNGTHPKMEYFMGFYVGG 194
Query 189 -TALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
+ ++ + G+FQDL+ W QL+ AR +L D FG+ +P D FE+ L++
Sbjct 195 YHTIDVSLEAGDFQDLVHWSQLTDQARKALETAD-----FGVV-TPVPFNDVNFEKNLER 248
Query 248 TW 249
W
Sbjct 249 GW 250
>PHYCA_124383
Length=280
Score = 169 bits (429), Expect = 9e-51, Method: Compositional matrix adjust.
Identities = 103/270 (38%), Positives = 132/270 (49%), Gaps = 55/270 (20%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+PVT+S+K AVK+KP L I GC +PAV G ++GGLK +
Sbjct 26 IDHDQVKPFRQPEPVTISEKAAVKYKPLLSIGDGCVSFPAVNTAGEITGGLK-GTKNTKD 84
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
CT + LGSQ+Y RSAW D WA+MY WYFPK A RH+W VVVWIDN
Sbjct 85 CTEAPLGSQVYGRSAWYQDKWAMMYTWYFPKNFCAYKA-------AGRHDWANVVVWIDN 137
Query 142 PGLENATVLGVSMSA-----------SIGYSKQAPTD----------------------- 167
P LENAT LG S+S ++ K+ P +
Sbjct 138 PALENATFLGASLSQQTLEPIKLVFLALAQRKEEPYENQKEIPMMAFAGTEQIATAMVGR 197
Query 168 ----VKYVDG--TSVKVAYYYNHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTD 221
KYV G T+++ + Y + GE QDLI W+QL+ AR +L D
Sbjct 198 WSYIYKYVGGSNTTMRFIHKYPQKFAWIGMSFAYSDGESQDLIMWNQLTDKARAALESAD 257
Query 222 WDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
+ T ++P D FE L WPF
Sbjct 258 FGNT-------QVPFTDKNFETNLQAAWPF 280
>PHYRA_52296
Length=237
Score = 168 bits (425), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 101/231 (44%), Positives = 126/231 (55%), Gaps = 18/231 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PFPQPDPVT+S+K VKFK L I GC YPAV G SGGLK SG G
Sbjct 22 IAHDEVQPFPQPDPVTISEKAGVKFKIPLNIQEGCASYPAVNAAGETSGGLKGSGGISG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C S LGSQ+Y R+ W NDVWAIMYAWYFPKG + P RH+W ++WIDN
Sbjct 81 CELSLLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDSTP-------WWRHDWSNAILWIDN 133
Query 142 PGLENATVLGVSMSAS---IGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTG 198
P EN +LG+S+S S G P +A + + + T
Sbjct 134 PAHENPKILGLSLSTSENKYGNKNTYPPAENSTXSPLSPIAVRRKCCISDLHVCGTPPP- 192
Query 199 EFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTW 249
E QDLI W QL+ AR +LN DQ FG ++P+ D F + L++ W
Sbjct 193 ENQDLIMWSQLTDAARAALN----DQDNFGRT--EVPISDDHFPKHLEEAW 237
>PPTG_03796
Length=255
Score = 168 bits (425), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 104/249 (42%), Positives = 136/249 (55%), Gaps = 34/249 (14%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQL---KIDAGCHPYPAVQKDGSMSGGLKWSGPQ 78
+ HD+V PFPQPDP T+S+K A+KFKPQL K++ C +PAV G ++GGLK +
Sbjct 22 VDHDKVEPFPQPDPATISEKAAIKFKPQLYSAKLEY-CVSFPAVNAVGEVTGGLKGTNGN 80
Query 79 DGECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVW 138
D C + LGSQIY R+ W ND WAIMYAWYFPKG +P RH+W+ VVVW
Sbjct 81 DA-CRLAPLGSQIYGRAGWHNDRWAIMYAWYFPKGFYMGLP-------TRRHDWKSVVVW 132
Query 139 IDNPGLENATVLGVSMSAS---------------IGYSKQAPT-DVKYVDGTSVKVAYYY 182
IDN LE +LGVS S S GY Q P V G++ + +
Sbjct 133 IDNAELETPKILGVSTSVSDTRYKRDLVIFPRNFAGYQLQGPRFHHTEVFGSNTSLRFKI 192
Query 183 NHLLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFE 242
L + + GE+QDLI W+QL+ AR +LN D FG A ++P D ++
Sbjct 193 WPTLFVPYMGFADFDGEYQDLIMWEQLTDAARAALN----DDNNFGRA--EVPFSDTHYK 246
Query 243 ELLDKTWPF 251
E L+ WPF
Sbjct 247 EHLENAWPF 255
>PHYCA_109089
Length=277
Score = 168 bits (426), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 104/272 (38%), Positives = 136/272 (50%), Gaps = 60/272 (22%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HDQV+PF QP+PVT+S+K AVKFKPQ+ I GC P+PAV G +SGGL + DG
Sbjct 24 INHDQVQPFAQPEPVTISEKAAVKFKPQIHITDGCVPFPAVNAAGEVSGGLNPTKYTDG- 82
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGH-RHNWEYVVVWID 140
CT S +GSQ+Y R++W D WAIMYAWYFPK +F FF RH W +V+W+D
Sbjct 83 CTESPMGSQVYGRASWYRDHWAIMYAWYFPK--------NFRAFFARGRHGWANMVLWLD 134
Query 141 NPGLENATVLGVSMSASIGYSKQ---APTDVK---------------------------- 169
NP LEN +LG S+S +++ P D +
Sbjct 135 NPALENQKLLGASLSQQTLKAEKILFIPLDEREKEPYQKFNGIPPMGFVGMQEIRHTQLS 194
Query 170 -------YVDGTSVKVAYYYNHLLGN---TALQLTEDTGEFQDLIQWDQLSSLARYSLNH 219
Y G++V H++ L GE+QDLI W+QL+ AR LN
Sbjct 195 RWSWNYTYEGGSNVSTRVI--HMMDKFDWIHLSFLGRDGEYQDLIMWEQLTDEARAGLNS 252
Query 220 TDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
D+ T P D F+ L+K WPF
Sbjct 253 ADFGDTF-------APFTDDNFKTALEKAWPF 277
>PHYCA_109192
Length=278
Score = 168 bits (425), Expect = 3e-50, Method: Compositional matrix adjust.
Identities = 104/275 (38%), Positives = 135/275 (49%), Gaps = 63/275 (23%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
I HD+V+PF QPDPVTVS+K AVK+KPQL I +GC +PAV G ++GGLK + DG
Sbjct 22 IDHDKVQPFKQPDPVTVSEKAAVKYKPQLVIGSGCVSFPAVNAAGDITGGLKGTKSTDG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFG----HRHNWEYVVV 137
CT + LGSQ+Y RS W D WA+M+AWYFPK F+G RH W +VV
Sbjct 81 CTEAPLGSQVYGRSTWYQDKWAMMFAWYFPK-----------NFWGGEGESRHLWSNMVV 129
Query 138 WIDNPGLENATVLGVSMS------------------ASIGYSKQAPTDVKYVDGTSV--- 176
WIDNP LE +LG S+S + Y K D + G
Sbjct 130 WIDNPALETPKILGASLSRQTLDPPKALFLFSLADRQKVPYKKVTGIDPMHFVGMQAIQT 189
Query 177 ----KVAYYYNHLLGNT----------------ALQLTEDTGEFQDLIQWDQLSSLARYS 216
+ Y YN+ G+ L+ GE+QDLI W+QL+ AR +
Sbjct 190 GRIGRYRYTYNYTGGSNTSTRVYHGFPDSSAWIGLEFVNVNGEYQDLIMWNQLTDQARAT 249
Query 217 LNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
L D+ + K+P D FE L + WPF
Sbjct 250 LESADFGEK------TKVPFNDKNFEAALAQAWPF 278
>PHALS_14423
Length=379
Score = 170 bits (431), Expect = 5e-50, Method: Compositional matrix adjust.
Identities = 95/236 (40%), Positives = 135/236 (57%), Gaps = 19/236 (8%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ ++V+PF Q P T SQK+A+K++P+L + C+PYPAVQ DGS+S GL W
Sbjct 157 VNVNEVQPFKQRKPTTDSQKSAIKYQPRLYVLGACYPYPAVQADGSLSEGLPWKIFFQSR 216
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C GS GSQIY+RS W WAIMYAWY P+ + + GH H W +VVVW D+
Sbjct 217 CNGSPRGSQIYSRSDWYRGKWAIMYAWYLPRA----LDQNIWDVDGHSHFWTFVVVWTDS 272
Query 142 PGLENATVLGVSMSASIG--YSKQAPTDVKY-VDGTSVKVAYYYNHLLGNTALQLTEDTG 198
P + +T+L S S +G K +P KY ++ S+KV + NH T L+LTE G
Sbjct 273 PDPDVSTILAASTSG-VGNRIKKYSPLKSKYLLNHKSLKVKLHENHFWDKTGLKLTEKVG 331
Query 199 EFQDLIQWDQLSSLARYSL---NHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
E Q LI W+QL+ AR +L +++DW ++ P++D F +L +PF
Sbjct 332 ELQTLITWEQLTDEARAALSSVHYSDWR--------MESPIQDKWFRPMLSSAYPF 379
>PHYCA_109174
Length=277
Score = 167 bits (424), Expect = 5e-50, Method: Compositional matrix adjust.
Identities = 103/274 (38%), Positives = 141/274 (51%), Gaps = 62/274 (23%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
IGHD+V+PF QPDPVTVS+K AVK+KPQL+I C +PAV G ++GGLK + DG
Sbjct 22 IGHDKVQPFAQPDPVTVSEKAAVKYKPQLQISDSCVSFPAVNAAGEITGGLKGTKGTDG- 80
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFG----HRHNWEYVVV 137
CT + LGSQ+Y RS W D WA+M+AWYFPK F+G RH W +V+
Sbjct 81 CTEAPLGSQVYGRSTWYQDKWAMMFAWYFPK-----------NFWGGGAKSRHLWANMVL 129
Query 138 WIDNPGLENATVLGVSMSA-----------SIGYSKQAPTD-------VKYVDGTSVKVA 179
WIDNP LE +LG S+S S+G ++ P + +V +++ +
Sbjct 130 WIDNPALETPKILGASLSRQTLEVPKAVFLSMGEQQKDPYSKVTAIPPMGFVGMQAIQTS 189
Query 180 ------YYYNHLLGN----------------TALQLTEDTGEFQDLIQWDQLSSLARYSL 217
Y YN+ G+ +L GE+QDLI W+QL+ AR +L
Sbjct 190 RISRFRYTYNYTGGSDISTRVSQGYPDNSAWISLTFAGTDGEYQDLIMWNQLTDQARAAL 249
Query 218 NHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
D+ + K+P D FE L + WPF
Sbjct 250 ESADFGED------TKVPFNDKNFEAALAQAWPF 277
>PPTG_10591
Length=254
Score = 166 bits (420), Expect = 1e-49, Method: Compositional matrix adjust.
Identities = 95/247 (38%), Positives = 132/247 (53%), Gaps = 31/247 (13%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAG-CHPYPAVQKDGSMSGGLKWSGPQDG 80
I HD+V+ FPQP+PVT S+KTA+KFKP+L C PYPAV G +SGGLK + D
Sbjct 22 IDHDKVQAFPQPEPVTASEKTAIKFKPRLYTPRHVCVPYPAVNAAGEVSGGLKGTNGNDA 81
Query 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
C S GSQ+Y R+ W D+WAIMY WYFPKG F F RH+W+ VVVWI+
Sbjct 82 -CKYSIQGSQVYGRAGWYRDLWAIMYTWYFPKGF-------FADFASKRHDWQNVVVWIN 133
Query 141 NPGLENATVLGVSMSAS---------------IGYSKQAPTDVKY-VDGTSVKVAYYYNH 184
NP LE ++GVSMS GY + + + G++ + + Y
Sbjct 134 NPDLEWPKIVGVSMSNVDSEYTTKLEMMAYYFSGYRMEGTRGYRRSIYGSATSLRFAYEM 193
Query 185 LLGNTALQLTEDTGEFQDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEEL 244
+L + L ++ GE+Q LI W+QL+ AR +LN + ++P D + +
Sbjct 194 ILTSPYLDFADEDGEYQSLIMWEQLTDAARAALNDSS------NFEEREIPFSDEHYMDH 247
Query 245 LDKTWPF 251
L+ WP
Sbjct 248 LEMAWPL 254
>PPTG_15262
Length=233
Score = 165 bits (418), Expect = 1e-49, Method: Compositional matrix adjust.
Identities = 93/226 (41%), Positives = 125/226 (55%), Gaps = 15/226 (7%)
Query 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSGPQDGE 81
+ +D + PF QP PVT+++K AV+FKPQ+ + GC+PYP V DG+ L SGP
Sbjct 20 VRYDDIVPFAQPVPVTITEKRAVEFKPQVHTNGGCYPYPVVDTDGNTGDCLASSGPDSKS 79
Query 82 CTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWIDN 141
C G +GSQ+Y R+ D WAIMYAWY PK RH W +VW+D+
Sbjct 80 CNGPSVGSQVYGRAKRFTDKWAIMYAWYLPKISNG-------WGIESRHLWLETIVWLDS 132
Query 142 PGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEFQ 201
LE+ T+L V+ Y K P+ ++GTSVK+ N L L +T GE Q
Sbjct 133 FVLESPTILAVTTWHQGKYQKYLPSLADTLNGTSVKLD-CTNTLEYGYMLDVTNRIGETQ 191
Query 202 DLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDK 247
DLI W+QL+ AR +L TD++ GL P+ DG FEELL+K
Sbjct 192 DLIMWNQLTDAARSALQWTDFN-------GLSAPISDGRFEELLEK 230
Lambda K H a alpha
0.321 0.138 0.454 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: 13825374792
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