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_81103
Length=253
Score E
Sequences producing significant alignments: (Bits) Value
PHYRA_81103 480 1e-173
PHYRA_81102 305 3e-104
PHYRA_72504 305 3e-104
PHYCA_129485 293 8e-100
PPTG_17125 294 2e-99
PHYKE_6286 280 2e-94
PITG_18453 276 5e-93
PHYRA_71825 270 1e-90
PHYCA_121494 269 3e-90
PHYCA_10034 268 2e-89
PHYCA_118548 262 2e-87
PITG_19936 258 1e-85
PPTG_07664 254 2e-84
PPTG_16851 254 3e-84
PHYCA_9298 253 6e-84
PHYCA_132252 253 9e-84
PPTG_08893 249 2e-82
PHYRA_72386 249 2e-82
PHYRA_72344 249 2e-82
PITG_09716 248 6e-82
PHYCA_118674 247 3e-81
PHYSO_254108 246 3e-81
PHYCA_129784 244 2e-80
PHYSO_526774 244 2e-80
PHYSO_526623 244 3e-80
PYVX_22467 243 4e-80
PITG_19938 242 9e-80
PHYRA_74306 241 2e-79
PHYSO_261265 241 3e-79
PHYRA_74310 241 3e-79
PHYSO_507736 241 3e-79
PHYCA_122048 241 3e-79
PPTG_17049 241 4e-79
PITG_22053 240 6e-79
PHYRA_74343 239 1e-78
PITG_04208 239 1e-78
PHYSO_329843 239 2e-78
PPTG_15230 238 6e-78
PHYRA_72438 237 1e-77
PHYRA_74307 237 1e-77
PHYSO_249692 236 3e-77
PPTG_15233 236 3e-77
PHYCA_11951 235 5e-77
PITG_04267 236 5e-77
PHYRA_71308 234 1e-76
PHYRA_52440 234 1e-76
PHYRA_76249 234 2e-75
PHYKE_4946 232 2e-75
PPTG_17409 231 3e-75
PHYCA_107869 234 4e-75
PHYSO_526071 231 5e-75
PPTG_17245 231 5e-75
PHYCA_108039 229 8e-75
PHYRA_74356 229 9e-75
PHYRA_71404 229 1e-74
PHYRA_72433 229 1e-74
PHYRA_71931 229 2e-74
PHYRA_42876 227 3e-74
PYIR_13251 228 5e-74
PPTG_19331 231 1e-73
PYU1_G011231 226 2e-73
PYU1_G011237 225 3e-73
PPTG_07671 224 8e-73
PHYRA_71477 224 1e-72
PHYSO_397673 223 1e-72
PHYSO_526832 224 1e-72
PITG_04248 224 1e-72
PHYSO_468315 224 2e-72
PHYCA_123779 224 3e-72
PHYKE_4438 226 3e-72
PHYKE_7566 224 4e-72
PHYKE_2376 225 7e-72
PPTG_13736 221 1e-71
PHYKE_7564 228 2e-71
PHYKE_5753 221 2e-71
PYIR_13252 220 3e-71
PPTG_15231 221 3e-71
PPTG_07089 221 4e-71
PYU1_G011235 220 4e-71
PPTG_07660 219 8e-71
PHYSO_406265 218 2e-70
PPTG_08017 229 3e-70
PHYCA_118551 218 4e-70
PITG_22668 226 6e-70
PPTG_08005 230 1e-69
PHYSO_510888 216 2e-69
PPTG_19330 217 1e-68
PHYSO_414520 213 1e-68
PPTG_07661 213 1e-68
PHYCA_9358 214 2e-68
PPTG_19506 212 5e-68
PHYRA_54327 211 6e-68
PHYCA_119748 213 8e-68
PYIW_25259 212 9e-68
PYIR_13275 211 2e-67
PYU1_G011230 210 3e-67
PHYRA_46230 209 4e-67
PPTG_12853 213 9e-67
PPTG_12847 212 9e-67
PHYSO_249751 209 1e-66
PPTG_22174 222 2e-66
PPTG_12852 211 3e-66
PHYCA_108409 209 3e-66
PHYSO_334487 208 4e-66
PHYRA_74617 211 4e-66
PITG_16866 207 5e-66
PYU1_G011233 207 8e-66
PHYRA_72345 207 8e-66
PHYKE_8391 219 1e-65
PITG_04200 206 2e-65
PHYCA_69477 205 2e-65
HYAP_09243 206 3e-65
PHYRA_72475 205 4e-65
PHYRA_72385 204 5e-65
PHYRA_52423 202 7e-65
PPTG_13769 207 8e-65
PPTG_18464 204 9e-65
PHYSO_527352 204 1e-64
PHYSO_254112 203 1e-64
PHYRA_71618 203 2e-64
PPTG_15224 204 2e-64
PYU1_G011236 202 3e-64
PHYRA_71310 202 3e-64
PHYRA_83592 202 4e-64
PHYCA_6835 201 6e-64
PHALS_06162 209 7e-64
PHYCA_69480 201 7e-64
PITG_08522 206 8e-64
PHYCA_69479 201 9e-64
PHYRA_74630 204 2e-63
PPTG_07277 202 3e-63
PHYSO_336498 200 3e-63
PHYRA_72390 200 3e-63
PHYRA_72477 200 4e-63
PHYSO_329114 199 4e-63
PHYRA_71588 200 5e-63
PHYRA_76657 196 7e-62
PHYCA_69457 195 9e-62
PHYRA_72165 196 1e-61
PHYRA_41766 195 1e-61
PHYKE_7568 200 1e-61
PHYRA_86968 196 2e-61
PHYRA_84273 194 4e-61
PHYRA_49009 194 5e-61
PPTG_06973 192 5e-61
PHYCA_576423 193 2e-60
PHYCA_118356 193 2e-60
PHYSO_334498 192 3e-60
PITG_22916 193 3e-60
PHALS_06084 193 3e-60
PHYSO_490000 192 6e-60
PHYRA_72403 191 1e-59
PHYRA_39489 190 2e-59
PPTG_15234 190 2e-59
PPTG_13026 190 3e-59
PYVX_22469 197 3e-59
PITG_23228 190 3e-59
PHYSO_259736 189 4e-59
PHYRA_71307 189 4e-59
PHYCA_18373 189 6e-59
PHYRA_84277 189 6e-59
PHYRA_43347 188 8e-59
PHYSO_496064 189 1e-58
PPTG_00460 189 1e-58
PPTG_18463 189 1e-58
PHYCA_124383 189 2e-58
PHYRA_72531 187 2e-58
PHYRA_72541 187 2e-58
PHYRA_75425 187 3e-58
PHYRA_76603 187 3e-58
PHYRA_83851 187 3e-58
PHYCA_124462 188 5e-58
PHYCA_553546 187 1e-57
PHYSO_560790 186 1e-57
PHYSO_330015 186 2e-57
PPTG_00471 186 2e-57
PHYRA_52960 185 2e-57
PHYRA_52955 185 2e-57
PPTG_17295 184 4e-57
PHYKE_4541 181 4e-57
PPTG_11469 184 6e-57
PHYSO_334500 184 7e-57
PPTG_07991 185 8e-57
HYAP_08306 184 2e-56
PHYKE_208 181 2e-56
PHYCA_129892 182 3e-56
PITG_22734 179 4e-56
PHALS_13513 181 8e-56
PHYSO_253029 181 8e-56
PPTG_04504 181 9e-56
PPTG_17453 181 1e-55
PHALS_12600 181 2e-55
PHYRA_45457 179 2e-55
PITG_23211 180 2e-55
PHYRA_44405 180 2e-55
PHYCA_109089 181 3e-55
PPTG_08703 179 6e-55
PHYSO_480350 179 1e-54
PHYSO_516261 178 1e-54
PITG_00957 180 1e-54
PHYRA_72430 178 1e-54
PHYRA_72306 178 1e-54
PPTG_14652 178 1e-54
PHYCA_12462 176 1e-54
PHYSO_249691 177 2e-54
PHYCA_123797 178 2e-54
PHYRA_52260 177 3e-54
PITG_22981 177 3e-54
PHYCA_544885 177 6e-54
HYAP_06628 176 7e-54
HYAP_05559 177 7e-54
PHYSO_526541 176 1e-53
PHALS_14423 180 1e-53
PHALS_13512 176 1e-53
PHYKE_5655 176 1e-53
HYAP_05558 176 2e-53
PHYSO_254223 174 3e-53
HYAP_04977 175 3e-53
HYAP_07436 175 3e-53
PHYCA_123205 172 4e-53
HYAP_07925 175 5e-53
PHYRA_47103 172 2e-52
PHYRA_52296 172 3e-52
PPTG_04799 172 3e-52
PHYCA_109163 172 3e-52
PITG_23076 173 4e-52
PPTG_05581 172 5e-52
PPTG_03796 172 6e-52
PPTG_13004 171 7e-52
PHALS_14425 172 9e-52
PPTG_15220 171 1e-51
PPTG_16647 171 1e-51
PHYCA_109174 172 1e-51
PPTG_10591 170 3e-51
PITG_22709 171 3e-51
PHYRA_52426 166 5e-51
PHYRA_47241 166 1e-50
PITG_23051 169 1e-50
PHYSO_504553 169 1e-50
PPTG_06202 169 1e-50
PHYSO_255972 167 1e-50
PHYSO_365942 167 2e-50
PHYSO_423056 167 2e-50
PHYCA_109162 168 2e-50
PHYSO_251206 167 3e-50
PHYCA_69122 167 4e-50
PHYSO_365377 166 5e-50
HYAP_14846 166 6e-50
PPTG_05868 166 1e-49
PHYCA_114913 164 2e-49
PITG_23075 166 2e-49
PHYCA_10715 164 3e-49
PHYSO_521124 165 3e-49
PHYCA_108964 165 4e-49
PHYSO_328418 163 4e-49
PHYCA_109095 164 7e-49
PHYCA_132529 162 1e-48
PITG_23094 162 1e-48
PHYRA_52427 158 2e-48
PHYRA_45462 160 2e-48
PHYCA_109192 163 2e-48
PHYCA_10570 163 2e-48
PYAP_24304 161 5e-48
PHYCA_132177 160 1e-47
PPTG_15262 160 1e-47
PHYSO_480321 160 1e-47
PHYCA_123587 161 2e-47
PHYSO_514298 160 2e-47
PHYSO_527850 158 2e-47
PHYSO_482931 159 3e-47
PPTG_11475 160 5e-47
PHYSO_246397 159 5e-47
PITG_23062 159 6e-47
PHYKE_7565 157 8e-47
PHYSO_254099 158 9e-47
PHYCA_544875 158 1e-46
PPTG_00542 157 2e-46
PHYCA_118700 156 3e-46
HYAP_14784 157 5e-46
PHYRA_72357 154 2e-45
PHYCA_133455 152 2e-45
PPTG_15219 154 4e-45
PHALS_03592 154 5e-45
PHYSO_481543 151 4e-44
PHYCA_133546 152 4e-44
PITG_23055 149 1e-43
PHALS_08480 150 1e-43
PPTG_15218 149 2e-43
PPTG_07667 145 3e-43
PHYCA_59113 145 7e-43
PHALS_02474 148 9e-43
PPTG_07668 143 3e-42
PYAP_24757 145 6e-42
PPTG_11648 147 8e-42
PHYKE_5284 144 2e-41
PHYSO_449487 140 2e-41
PHYSO_327908 152 5e-41
PITG_10839 139 6e-41
PHALS_08947 143 7e-41
PYIW_24350 141 7e-41
PHALS_08445 142 1e-40
PHALS_05391 140 8e-40
PHALS_08945 140 1e-39
PHYCA_109151 136 2e-39
PPTG_15860 137 3e-39
PYAR_24955 138 3e-39
PHALS_05247 137 1e-38
PHYSO_327912 135 3e-38
PHYSO_263794 134 7e-38
PHYSO_477165 132 7e-38
PHALS_01213 135 9e-38
PHYSO_526791 132 1e-37
PYAP_24339 132 4e-37
PHYSO_245789 129 2e-36
PHYSO_264058 129 3e-36
HYAP_08846 131 5e-36
PHYRA_39485 127 1e-35
PHYCA_109441 128 1e-35
PHALS_08447 129 2e-35
PHYSO_260049 127 3e-35
PHYRA_44618 125 4e-35
PHYCA_11676 127 5e-35
PHYRA_39486 125 7e-35
PHYSO_246660 126 2e-34
PHYCA_5621 125 3e-34
PHYSO_257244 126 3e-34
PHYSO_327911 123 1e-33
PYAR_25201 121 2e-33
PHYSO_338051 122 2e-33
PHYKE_1224 119 4e-33
PPTG_11479 122 5e-33
PHYRA_52174 119 6e-32
PHYSO_342831 116 2e-31
PHYCA_507156 115 2e-31
PHYSO_508915 116 3e-31
PHALS_13274 117 9e-31
HYAP_05562 110 9e-29
HYAP_07033 110 1e-28
PHYCA_59410 107 2e-28
PYAR_21977 109 6e-28
PHYSO_335497 108 2e-27
PHYKE_7051 103 5e-27
HYAP_07922 101 7e-26
PHYSO_251461 102 1e-25
PHYCA_18619 97.4 2e-24
PHYCA_73404 93.6 1e-23
PHALS_14424 95.5 1e-23
PPTG_23721 101 1e-23
PHYSO_509491 93.2 2e-23
PPTG_11420 95.9 3e-23
PHYSO_341539 97.1 3e-23
PHYSO_444351 91.3 8e-23
PHYCA_73406 87.8 2e-21
PHYCA_73407 87.8 2e-21
PHYKE_4231 88.2 4e-21
PHYCA_119285 85.9 1e-20
PHYKE_6288 84.7 5e-20
PITG_22876 85.5 6e-20
PHYSO_333132 85.9 8e-20
PHYSO_264049 83.2 3e-19
PPTG_07690 82.4 6e-19
PHYSO_261711 85.1 6e-19
PPTG_05373 83.6 9e-19
HYAP_07496 80.1 3e-18
PHYSO_245887 79.7 1e-17
PYU1_G011232 77.8 1e-17
HYAP_08078 79.7 2e-17
PHYCA_73400 77.4 2e-17
PHYSO_526695 77.8 3e-17
PPTG_08713 78.6 3e-17
PITG_23039 77.4 9e-17
PYIW_25932 73.9 3e-16
PHYSO_377094 73.2 7e-16
PHYCA_108999 73.2 2e-15
PHYSO_445618 71.6 4e-15
PHYSO_515401 70.5 2e-14
PYAR_26314 69.3 5e-14
PPTG_19242 65.1 2e-12
PHYSO_336673 64.7 4e-12
PPTG_11472 67.8 6e-12
PHYSO_260072 62.4 5e-11
PPTG_04456 56.2 1e-09
HYAP_07372 58.5 2e-09
HYAP_11184 55.5 4e-09
PHYSO_335499 57.8 1e-08
PPTG_23679 55.5 2e-08
PYIR_26577 50.8 1e-07
PYAR_26415 50.8 2e-07
PPTG_20067 50.8 3e-07
PHYRA_85280 52.4 8e-07
PPTG_17455 48.5 2e-06
PPTG_20194 48.5 3e-06
PPTG_19622 45.4 6e-06
PHYKE_6287 44.7 1e-05
HYAP_08850 47.4 2e-05
HYAP_03446 44.3 3e-05
HYAP_12828 42.4 8e-05
PYVX_16508 42.0 0.002
PYIW_15316 36.2 0.008
PHYSO_333483 38.1 0.013
PYVX_21088 37.4 0.056
PYAP_24306 35.4 0.058
PPTG_17109 31.2 0.74
PPTG_23675 28.5 3.9
PYVX_13846 31.6 5.4
PITG_09411 31.2 7.6
>PHYRA_81103
Length=252
Score = 480 bits (1236), Expect = 1e-173, Method: Compositional matrix adjust.
Identities = 252/252 (100%), Positives = 252/252 (100%), Gaps = 0/252 (0%)
Query 1 MNFCvffvatlvslvvltavqaqTNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG 60
MNFCVFFVATLVSLVVLTAVQAQTNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG
Sbjct 1 MNFCVFFVATLVSLVVLTAVQAQTNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG 60
Query 61 CYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGS 120
CYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGS
Sbjct 61 CYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGS 120
Query 121 ETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKV 180
ETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKV
Sbjct 121 ETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKV 180
Query 181 SYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDD 240
SYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDD
Sbjct 181 SYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDD 240
Query 241 VFTKKLKKSWPF 252
VFTKKLKKSWPF
Sbjct 241 VFTKKLKKSWPF 252
>PHYRA_81102
Length=251
Score = 305 bits (780), Expect = 3e-104, Method: Compositional matrix adjust.
Identities = 152/231 (66%), Positives = 177/231 (77%), Gaps = 6/231 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PF QP+ +TVSQK AVKFKPQLK GC+PYPAVQ DGS SGGL+W+ Q G
Sbjct 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSG-PQDG 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL----GHRHNWEFVVVWID 142
+CT LGSQIYARS W DVWAIMY WYFPKG + GHRHNWE+VVVWID
Sbjct 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
Query 143 NPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
NP L+N+T+LGVSMSASIGYSK+AP KY+DGTSVKV+Y+Y+ + GNTAL+LTED GE
Sbjct 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
Query 203 QDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLI WDQL +AR +LN TDWD TL+ L +MPLKD VF + L K+WPF
Sbjct 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
>PHYRA_72504
Length=251
Score = 305 bits (780), Expect = 3e-104, Method: Compositional matrix adjust.
Identities = 152/231 (66%), Positives = 177/231 (77%), Gaps = 6/231 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PF QP+ +TVSQK AVKFKPQLK GC+PYPAVQ DGS SGGL+W+ Q G
Sbjct 22 IGHDQVRPFPQPDPVTVSQKTAVKFKPQLKIDAGCHPYPAVQKDGSMSGGLKWSG-PQDG 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL----GHRHNWEFVVVWID 142
+CT LGSQIYARS W DVWAIMY WYFPKG + GHRHNWE+VVVWID
Sbjct 81 ECTGSRLGSQIYARSAWVNDVWAIMYAWYFPKGRAATVPPDFLRFFGHRHNWEYVVVWID 140
Query 143 NPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
NP L+N+T+LGVSMSASIGYSK+AP KY+DGTSVKV+Y+Y+ + GNTAL+LTED GE
Sbjct 141 NPGLENATVLGVSMSASIGYSKQAPTDVKYVDGTSVKVAYYYNHLLGNTALQLTEDTGEF 200
Query 203 QDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLI WDQL +AR +LN TDWD TL+ L +MPLKD VF + L K+WPF
Sbjct 201 QDLIQWDQLSSLARYSLNHTDWDQTLFGLAGLKMPLKDGVFEELLDKTWPF 251
>PHYCA_129485
Length=251
Score = 293 bits (751), Expect = 8e-100, Method: Compositional matrix adjust.
Identities = 144/234 (62%), Positives = 176/234 (75%), Gaps = 12/234 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PF QP +TVS KAAVKFKPQLK DGC+PYPAVQ DGS +GGL+W+ Q G
Sbjct 22 IGHDQVRPFPQPKPVTVSDKAAVKFKPQLKIADGCHPYPAVQKDGSITGGLKWSG-PQDG 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-------GHRHNWEFVVV 139
+CT LGSQIYARS W DVWAIMY WYFPKG G + L GHRHNWE+V+V
Sbjct 81 ECTGSKLGSQIYARSAWVNDVWAIMYAWYFPKGR---GAVPLPLITRLFGHRHNWEYVIV 137
Query 140 WIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDA 199
WIDNP NSTILGVSMSA++GY+ + PP++ Y+DG SVK+ Y+Y+ + G+T+L+LTED
Sbjct 138 WIDNPKSKNSTILGVSMSAAVGYASQTPPEAMYVDGDSVKLEYYYNHLLGSTSLQLTEDT 197
Query 200 GETQDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
GE QDLI WD+L +AR +LN TDWD TL++L +MPLKD VF + L K+WPF
Sbjct 198 GEFQDLITWDELSKLARYSLNHTDWDETLFDLAGLKMPLKDGVFQELLDKAWPF 251
>PPTG_17125
Length=283
Score = 294 bits (752), Expect = 2e-99, Method: Compositional matrix adjust.
Identities = 142/234 (61%), Positives = 177/234 (76%), Gaps = 12/234 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I H+QV+PF +P +T SQKAAVK+KPQLK DGC+PYPAVQ DGS SGGL+W+ Q G
Sbjct 54 IGHNQVRPFPEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP-QDG 112
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-------GHRHNWEFVVV 139
+CT LGSQIYARS W DVWAIMY WYFPKG G + + GHRHNWE+ +V
Sbjct 113 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR---GAVPVPLILRLFGHRHNWEYAIV 169
Query 140 WIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDA 199
WIDNP L+NSTILGVSMSAS+GY+ + PP+++Y+DG SVK+ Y+Y+ + G+T+L+LTE
Sbjct 170 WIDNPELENSTILGVSMSASVGYASQTPPETRYVDGDSVKLKYYYNHLLGSTSLQLTEAT 229
Query 200 GETQDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
GE QDLI WD+L +AR +LN TDWD TL+NL +MPLKD VF + L K+WPF
Sbjct 230 GEFQDLITWDELSKLARYSLNHTDWDETLFNLAGLKMPLKDGVFDELLNKAWPF 283
>PHYKE_6286
Length=250
Score = 280 bits (715), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 137/231 (59%), Positives = 171/231 (74%), Gaps = 5/231 (2%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N+I HDQVQPFAQP ++ ++KAAVKFKPQL GC PYPAV ++GS S GL+W G+
Sbjct 22 NTISHDQVQPFAQPEPVSDAEKAAVKFKPQLAVTYGCDPYPAVDSNGSISAGLKW--AGK 79
Query 85 -RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
GDCT PLGSQ+Y+R+ WY D WAIMY WYFPK + GHRH W++ VVWID+
Sbjct 80 PDGDCTGSPLGSQVYSRADWYEDKWAIMYAWYFPKARQRLSKYFYGHRHMWQWAVVWIDD 139
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVF-GNTALELTEDAGET 202
PA DNST+ GVSMSAS+GY KR+PPKSKY+D +SVK+ + + G +L LTED GET
Sbjct 140 PASDNSTVQGVSMSASVGYQKRSPPKSKYVDDSSVKLDSYVDFWWSGKASLRLTEDTGET 199
Query 203 QDLIMWDQLPDVARDALNT-DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLI WDQL D AR++L++ D+D +LWN +MPLKD VFTK LK+S+PF
Sbjct 200 QDLIQWDQLTDAARESLSSFDFDESLWNTKKIKMPLKDGVFTKNLKRSYPF 250
>PITG_18453
Length=252
Score = 276 bits (706), Expect = 5e-93, Method: Compositional matrix adjust.
Identities = 141/234 (60%), Positives = 174/234 (74%), Gaps = 12/234 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I H+QV+PF +P +T SQKAAVK+KPQLK DGC+PYPAVQ DGS SGGL+W+ Q G
Sbjct 23 IGHNQVRPFLEPEPVTFSQKAAVKYKPQLKIEDGCHPYPAVQKDGSISGGLKWSGP-QDG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIG-------LGHRHNWEFVVV 139
+CT LGSQIYARS W DVWAIMY WYFPKG G + GHRHNWE+ +V
Sbjct 82 ECTGSKLGSQIYARSKWVNDVWAIMYAWYFPKGR---GAVPAPLILRLFGHRHNWEYAIV 138
Query 140 WIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDA 199
WIDNP L+NSTILGVS+SASI Y+ PP++ ++DG SVK+ Y+Y+ +FG+T+L+LTED
Sbjct 139 WIDNPELENSTILGVSISASISYASETPPEANHVDGESVKLEYYYNHLFGSTSLQLTEDT 198
Query 200 GETQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
GE QDL+ WDQL +AR +L NTDWD TL+NL +MPLKD F + L K+WPF
Sbjct 199 GEFQDLVTWDQLTKLARYSLNNTDWDETLFNLAGLKMPLKDGEFDELLNKAWPF 252
>PHYRA_71825
Length=254
Score = 270 bits (691), Expect = 1e-90, Method: Compositional matrix adjust.
Identities = 135/231 (58%), Positives = 170/231 (74%), Gaps = 6/231 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
IPHD V+PFAQP T ++KAAVK+KP+L DGC+PY AVQADG+ SGGL W+ Q G
Sbjct 25 IPHDTVEPFAQPRPKTDAEKAAVKYKPRLLVEDGCHPYAAVQADGAISGGLEWSG-PQDG 83
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKG-SETSGGIGL---GHRHNWEFVVVWID 142
+C PLGSQ+YAR +DVWAIMY WYFPKG + + L GHR+ WE+ VVW+D
Sbjct 84 ECRGSPLGSQVYARWMKVKDVWAIMYAWYFPKGRAPLPVPLSLRFFGHRNGWEYAVVWLD 143
Query 143 NPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
N NST+L S+SA++G+SK APPK KY DGTS+ VSY+Y+ +FGNTA++ TEDAGE
Sbjct 144 NLNAKNSTVLATSLSAAVGWSKEAPPKEKYFDGTSLMVSYYYNHIFGNTAVKYTEDAGEF 203
Query 203 QDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LI WDQLPD+AR AL NTDWD T N+ +MP+KD VF +KL+ ++PF
Sbjct 204 QPLITWDQLPDLARKALNNTDWDATPSNVARVKMPMKDGVFLEKLEGAYPF 254
>PHYCA_121494
Length=248
Score = 269 bits (687), Expect = 3e-90, Method: Compositional matrix adjust.
Identities = 129/229 (56%), Positives = 166/229 (72%), Gaps = 2/229 (1%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+IP+D V P S T +QKAAVK+ PQL DGC+PY AVQADG+ S GL+W+ Q
Sbjct 21 KAIPYDTVVPIPSQTSKTDAQKAAVKYHPQLHIEDGCHPYAAVQADGAISDGLKWSG-PQ 79
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C PLGSQ+YARSTW + WAIMY WYFP G +GLGHR+ WE+ V+W+D P
Sbjct 80 DGACKGSPLGSQVYARSTWVKGKWAIMYAWYFPMGQAPVPPVGLGHRNGWEYAVIWLDRP 139
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
DNST+LGVS+SA++G+SK AP K K++DG S+KVSY+Y+ +F NTA++ TE+ GE Q
Sbjct 140 TADNSTLLGVSLSAAVGWSKEAPAKQKWMDGNSLKVSYYYNNIFRNTAVKYTEEKGEFQT 199
Query 205 LIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LI WDQLPD AR+AL NTDWD T +N+ +MP+KD VF +KL ++PF
Sbjct 200 LITWDQLPDAARNALINTDWDETPFNVARVKMPMKDGVFMEKLTGAYPF 248
>PHYCA_10034
Length=274
Score = 268 bits (685), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 128/229 (56%), Positives = 165/229 (72%), Gaps = 2/229 (1%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+IP+D V P S T +QKAAVK+ PQL DGC+PY AVQADG+ S GL+W+
Sbjct 47 KAIPYDTVVPIPSQTSKTDAQKAAVKYHPQLHIEDGCHPYAAVQADGAISDGLKWSG-PH 105
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C PLGSQ+YARSTW + WAIMY WYFP G +GLGHR+ WE+ V+W+D P
Sbjct 106 DGACKGSPLGSQVYARSTWVKGKWAIMYAWYFPMGQAPVPPVGLGHRNGWEYAVIWLDRP 165
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
DNST+LGVS+SA++G+SK AP K K++DG S+KVSY+Y+ +F NTA++ TE+ GE Q
Sbjct 166 TADNSTLLGVSLSAAVGWSKEAPAKQKWMDGNSLKVSYYYNNIFHNTAVKYTEEKGEFQT 225
Query 205 LIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LI WDQLPD AR+AL NTDWD T +N+ +MP+KD VF +KL ++PF
Sbjct 226 LITWDQLPDAARNALINTDWDETPFNVARVKMPMKDGVFMEKLTGAYPF 274
>PHYCA_118548
Length=246
Score = 262 bits (669), Expect = 2e-87, Method: Compositional matrix adjust.
Identities = 131/231 (57%), Positives = 158/231 (68%), Gaps = 8/231 (3%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
N + HDQVQPFAQP IT SQK+AVK+KPQL GC+PY AVQADGS SGGL W+ G
Sbjct 22 VNRVNHDQVQPFAQPEPITDSQKSAVKYKPQLHISYGCHPYAAVQADGSASGGLEWS--G 79
Query 84 Q-RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWID 142
+ GDCT LGSQ+Y+RS WY D WAIMY WYFPKG GG HRH WE+ +VW D
Sbjct 80 RVDGDCTGSQLGSQVYSRSDWYHDKWAIMYAWYFPKGRYHLGG----HRHYWEYAIVWTD 135
Query 143 NPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
+P NS+I GVSMSA +GY K PP KYIDG S+K +S++ AL+LT++AGE
Sbjct 136 SPTSSNSSIQGVSMSAGVGYGKATPPMLKYIDGNSIKFDSHFSLLGNKAALQLTKEAGER 195
Query 203 QDLIMWDQLPDVARDALNTD-WDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLI WDQL ARD LN D D W ++P KDD+F K+L+K++PF
Sbjct 196 QDLITWDQLTVAARDTLNGDALDGKAWFTDKDEVPFKDDIFVKRLQKAFPF 246
>PITG_19936
Length=249
Score = 258 bits (658), Expect = 1e-85, Method: Compositional matrix adjust.
Identities = 128/228 (56%), Positives = 160/228 (70%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQPFAQP SQK+AVK+KPQL GC+PYPAVQ DGS S GL+W G
Sbjct 24 IDHDAVQPFAQPEPTMESQKSAVKYKPQLHISYGCHPYPAVQEDGSISAGLKW-AGWPNG 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY+ WAIMY WYFPK + GHRH W + +VW +NP
Sbjct 83 DCKGSALGSQVYSRSDWYKGKWAIMYAWYFPKSRQYVDKYRFGHRHYWSYAIVWTNNPNP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILGVSMS+ +GY KR+PPKSKY +DGT+VK+ +++S L+LTE +GETQDL
Sbjct 143 DNSTILGVSMSSGVGYMKRSPPKSKYVVDGTTVKLDWYWSFWGSKQGLQLTEKSGETQDL 202
Query 206 IMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+QL + AR+AL+ D+D + W A MPLKDD+FT +LKK++PF
Sbjct 203 ITWEQLSEEARNALSEADFDVS-WAFTKAVMPLKDDIFTSRLKKAYPF 249
>PPTG_07664
Length=245
Score = 254 bits (650), Expect = 2e-84, Method: Compositional matrix adjust.
Identities = 124/227 (55%), Positives = 161/227 (71%), Gaps = 6/227 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD+VQPFAQ IT SQK+AVK+KPQL GC+PYPAVQA+GS SGGL W+ G
Sbjct 24 VNHDKVQPFAQLQPITDSQKSAVKYKPQLHISYGCHPYPAVQANGSASGGLEWSGPVD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DCT PLGSQ+Y+RS WY++ WAIMY WYFPKG GI GHRH WE+ +VW D+
Sbjct 83 DCTGSPLGSQVYSRSAWYKEKWAIMYAWYFPKGRY---GI-TGHRHYWEYAIVWTDSATS 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NS+I GVSMSA +G++K PP KY+DG+S+K+ ++S + AL+LT++ GETQDLI
Sbjct 139 TNSSIQGVSMSAGVGHAKATPPMLKYVDGSSIKLDSYFSFMGNKAALQLTKEHGETQDLI 198
Query 207 MWDQLPDVARDALNTD-WDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
WDQL ARD LN+D D +W ++P KDD+F ++LK ++PF
Sbjct 199 TWDQLTVAARDTLNSDALDGNVWLTNKDEVPFKDDIFMQRLKNAFPF 245
>PPTG_16851
Length=249
Score = 254 bits (648), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 126/231 (55%), Positives = 167/231 (72%), Gaps = 4/231 (2%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
+ +IP+D VQPF+Q T +QKA +K+KPQLK +GC+PYPAVQ DGS S GL+W+
Sbjct 21 SKAIPYDSVQPFSQQVPNTDAQKAILKYKPQLKIEEGCHPYPAVQKDGSISSGLKWSGPD 80
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKG-SETSGGIGLGHRHNWEFVVVWID 142
G C PLGSQ+YAR+TW + WA+MY WYFPKG + GHRH WE+ VVW+D
Sbjct 81 NIG-CKGSPLGSQVYARATWLKGKWAVMYAWYFPKGRAPIPAPRSYGHRHGWEYAVVWLD 139
Query 143 NPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
A NST+LG SMSA+IG++K +P +Y+DG S+KV+Y+++ NTA++ T+DAGE
Sbjct 140 K-ASANSTLLGTSMSAAIGWAKESPTPKEYLDGNSLKVAYYFNDDSINTAVKYTQDAGEF 198
Query 203 QDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLI+WDQLPDVAR+AL NTDWD T N+ +MP+KD VF +KL ++PF
Sbjct 199 QDLIIWDQLPDVARNALVNTDWDETPLNVARVKMPMKDGVFMEKLNGAYPF 249
>PHYCA_9298
Length=248
Score = 253 bits (646), Expect = 6e-84, Method: Compositional matrix adjust.
Identities = 126/228 (55%), Positives = 156/228 (68%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPFAQP T S+K+AVK+KPQL DGC+PYPAVQADG+ S GL+W G
Sbjct 23 IDHDQVQPFAQPEPTTNSEKSAVKYKPQLHISDGCHPYPAVQADGAVSAGLKWAGTAS-G 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQ+Y+RS WY++ WAIMY WYFPKG + GHRH W + +VW+D+
Sbjct 82 QCKGSGLGSQVYSRSDWYKNKWAIMYAWYFPKGRQYISKYRFGHRHFWSYAIVWMDSDVP 141
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILGVSMSA +GYSK PPKSKY +DGT+VK ++S A+ LT GE+QDL
Sbjct 142 DNSTILGVSMSAGVGYSKETPPKSKYVVDGTTVKFKSYHSFWGSKLAVGLTTKEGESQDL 201
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+QL D AR L + D+D W+ MP+ D VFT+KLKK++PF
Sbjct 202 IAWEQLTDEARSGLTDADFDVD-WSFRKVVMPMTDGVFTEKLKKNYPF 248
>PHYCA_132252
Length=249
Score = 253 bits (645), Expect = 9e-84, Method: Compositional matrix adjust.
Identities = 129/230 (56%), Positives = 159/230 (69%), Gaps = 8/230 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRW--TVVGQ 84
I HDQVQPFAQP T S+K+AVK+KPQL DGC+ YPAVQADG+ S GL+W +V GQ
Sbjct 24 IDHDQVQPFAQPEPTTNSEKSAVKYKPQLHISDGCHSYPAVQADGAVSAGLKWAGSVSGQ 83
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
C LGSQ+Y+RS WY+D WAIMY WYFPKG + GHRH W + +VW+D+
Sbjct 84 ---CKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYISKYRFGHRHFWSYAIVWMDSD 140
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
DNSTILGVSMSA +GY+K+ PPKSKY +DGT+VK + S G A+ LT GETQ
Sbjct 141 VPDNSTILGVSMSAGVGYNKKTPPKSKYVVDGTTVKFDSYQSFWGGKLAVGLTTKEGETQ 200
Query 204 DLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLI W+QL D R L + D+D W++ MP+ DDVF KKLKK++PF
Sbjct 201 DLITWEQLTDEGRTGLTDADFDVD-WSIRKVVMPMADDVFVKKLKKNYPF 249
>PPTG_08893
Length=251
Score = 249 bits (637), Expect = 2e-82, Method: Compositional matrix adjust.
Identities = 123/228 (54%), Positives = 161/228 (71%), Gaps = 3/228 (1%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
IP+D VQPF QP T +QKA +K+KPQLK +GC PYPAVQ DG+ S GLRW+ G
Sbjct 25 IPYDTVQPFPQPVPTTEAQKAILKYKPQLKVEEGCRPYPAVQQDGAISSGLRWSGPEDIG 84
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKG-SETSGGIGLGHRHNWEFVVVWIDNPA 145
C GSQIYARS ++D WA+MYTWYFPKG + G GHRH WE+ VVW+D
Sbjct 85 -CKGSLRGSQIYARSKLFKDKWAVMYTWYFPKGRAPIPGPRSSGHRHGWEYAVVWLDKLT 143
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILG S+SA++G++K +P +Y+DG S+KV+Y+++ F NTA++ T+ G QDL
Sbjct 144 ADNSTILGTSLSAAVGWAKESPTPKEYLDGNSLKVAYYFNDDFKNTAVKYTQAGGAFQDL 203
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I+WDQL DVAR +L NTDWD T +N+ +MP+KD VF +KL ++PF
Sbjct 204 IIWDQLSDVARASLSNTDWDETPFNVARVKMPMKDGVFEEKLSGAYPF 251
>PHYRA_72386
Length=245
Score = 249 bits (636), Expect = 2e-82, Method: Compositional matrix adjust.
Identities = 127/227 (56%), Positives = 156/227 (69%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQV+PFAQP +T+S++AA+KFKPQL +DGC+PYPAV G GGL+ T
Sbjct 30 TISHDQVRPFAQPEPVTISERAAMKFKPQLNVIDGCHPYPAVNDAGEVGGGLKTTGSPTA 89
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQIY RSTW+RD+WAIMY+WYFPK S ++ GLGHRH+WE V+VWIDNP
Sbjct 90 G-CKGSGWGSQIYGRSTWHRDIWAIMYSWYFPKDSPST---GLGHRHDWEHVIVWIDNPD 145
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N IL VS SA GYSK APP + +DGTS K+ Y S N AL+ T DAGE QDL
Sbjct 146 VPNPIILAVSPSAHSGYSKYAPPGADILDGTSAKIRYESSYPM-NHALDATTDAGEFQDL 204
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMW+Q+ D+AR ALNT N G+A +P+ D F KL K+WPF
Sbjct 205 IMWEQMSDLARQALNT------MNFGDANVPMNDGNFVGKLDKAWPF 245
>PHYRA_72344
Length=245
Score = 249 bits (636), Expect = 2e-82, Method: Compositional matrix adjust.
Identities = 127/227 (56%), Positives = 156/227 (69%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQV+PFAQP +T+S++AA+KFKPQL +DGC+PYPAV G GGL+ T
Sbjct 30 TISHDQVRPFAQPEPVTISERAAMKFKPQLNVIDGCHPYPAVNDAGEVGGGLKTTGSPTA 89
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQIY RSTW+RD+WAIMY+WYFPK S ++ GLGHRH+WE V+VWIDNP
Sbjct 90 G-CKGSGWGSQIYGRSTWHRDIWAIMYSWYFPKDSPST---GLGHRHDWEHVIVWIDNPD 145
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N IL VS SA GYSK APP + +DGTS K+ Y S N AL+ T DAGE QDL
Sbjct 146 VPNPIILAVSPSAHSGYSKYAPPGADILDGTSAKIRYESSYPM-NHALDATTDAGEFQDL 204
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMW+Q+ D+AR ALNT N G+A +P+ D F KL K+WPF
Sbjct 205 IMWEQMSDLARQALNT------MNFGDANVPMNDGNFVGKLDKAWPF 245
>PITG_09716
Length=250
Score = 248 bits (633), Expect = 6e-82, Method: Compositional matrix adjust.
Identities = 121/228 (53%), Positives = 162/228 (71%), Gaps = 3/228 (1%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
IP+D +QPF QP T +QKA +K+KPQLK +GC+PYPAVQ +G S GLRW+ G
Sbjct 24 IPYDTLQPFPQPIPTTDAQKAILKYKPQLKVEEGCHPYPAVQRNGDISSGLRWSGPEDIG 83
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGI-GLGHRHNWEFVVVWIDNPA 145
C LGSQIYARS ++D WA+MYTWYFPKG G+ GHRH WE+ VVW+D
Sbjct 84 -CKGSSLGSQIYARSKLFKDKWAVMYTWYFPKGRAPIPGLRSSGHRHGWEYAVVWLDRLD 142
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
++STILG S+SA++G++K +P +Y+DG S+KV+Y+++ F NTA++ T+D G QDL
Sbjct 143 ANSSTILGTSLSAAVGWAKESPTPKEYLDGHSLKVAYYFNDDFSNTAVKYTQDGGAFQDL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I WDQL D AR +L NTDWD TL+N+ +MP+KD VF +KL ++PF
Sbjct 203 IQWDQLSDPARASLINTDWDETLFNVARVKMPMKDGVFEEKLSGAYPF 250
>PHYCA_118674
Length=281
Score = 247 bits (631), Expect = 3e-81, Method: Compositional matrix adjust.
Identities = 126/227 (56%), Positives = 151/227 (67%), Gaps = 3/227 (1%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPF QP T S+K+AVK+KPQL DGC+PYPAVQA+GS SGGL+W G
Sbjct 57 INHDQVQPFTQPEPTTDSEKSAVKYKPQLHISDGCHPYPAVQANGSVSGGLKWAGRSD-G 115
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQIY+RS W+ D WAIMY WYFPKG+E GHRH W + +VW +P
Sbjct 116 DCKRSALGSQIYSRSDWHNDKWAIMYAWYFPKGNEFQANFDSGHRHYWSYAIVWTGSPNP 175
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+NST+LGVSMS+S GY K+APPKSKY IDGT+VK + S A+ LT+ GE QDL
Sbjct 176 ENSTVLGVSMSSS-GYGKKAPPKSKYVIDGTTVKFDSYVSFWASKQAIRLTKKEGEAQDL 234
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+QL AR AL+ MPLKDDVF+ LKK++PF
Sbjct 235 ITWEQLTQEARTALSEADFKAESTFSKVVMPLKDDVFSSILKKAYPF 281
>PHYSO_254108
Length=246
Score = 246 bits (628), Expect = 3e-81, Method: Compositional matrix adjust.
Identities = 121/225 (54%), Positives = 154/225 (68%), Gaps = 5/225 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQP AQP +T +QK AVK+KPQL+ GC+PYPAVQA+GS SGGL W+ G
Sbjct 26 INHDQVQPMAQPTPVTDAQKLAVKYKPQLRVSYGCHPYPAVQANGSVSGGLEWSGPAD-G 84
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+YARS W++D WA MYTWYFPKG + GHRH WE+ ++W D+P+
Sbjct 85 DCEGSSLGSQVYARSDWFKDKWATMYTWYFPKGRQDV----WGHRHFWEYAIIWTDSPSP 140
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
DNST LG+SMSA +G+ K+ P KY++G SVK+ YS++ AL+LT+D+G+ QDLI
Sbjct 141 DNSTFLGISMSAGVGHGKQTPVLLKYMNGNSVKLESHYSVLGNKAALQLTKDSGDFQDLI 200
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
W QLP ARDALN D + +MPLKD VF L K++P
Sbjct 201 TWGQLPVPARDALNGDAFDVTYFFNKFEMPLKDRVFMSVLNKAYP 245
>PHYCA_129784
Length=246
Score = 244 bits (623), Expect = 2e-80, Method: Compositional matrix adjust.
Identities = 125/227 (55%), Positives = 157/227 (69%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQV+PF QP +T+S++AA+KFKPQL +DGC+PYPAV G T GGL+ T
Sbjct 31 TIDHDQVKPFPQPQPVTISERAAMKFKPQLHVVDGCHPYPAVNDAGETGGGLKTTGSPTA 90
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTW+RDVWAIMY+WYFPK S ++G LGHRH+WE V+VWI NP
Sbjct 91 G-CKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWISNPD 146
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N TIL V+ SA GYSK APP + +DGTS+KV Y S N A ++T +AGE QDL
Sbjct 147 VPNPTILAVTPSAHSGYSKYAPPSADTVDGTSIKVRY-ESTYPMNHATDVTTEAGEFQDL 205
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQ+ D AR+ALNT + G+A +P+ D F KL K+WPF
Sbjct 206 IMWDQMTDAARNALNT------VSFGDANVPMNDGNFVPKLDKAWPF 246
>PHYSO_526774
Length=249
Score = 244 bits (623), Expect = 2e-80, Method: Compositional matrix adjust.
Identities = 124/228 (54%), Positives = 151/228 (66%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQP AQP T S+K AVK+KPQL GC+PYPAVQADGS S GL+W+ G
Sbjct 24 INHDTVQPVAQPEPTTDSEKTAVKYKPQLHISYGCHPYPAVQADGSVSAGLKWSGWAN-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQ+Y+RS WY+ WAIMY WYFPKG G GH H W + +VWIDNP
Sbjct 83 KCKGSGLGSQVYSRSDWYKGKWAIMYAWYFPKGRRMGDGYNSGHHHYWSYAIVWIDNPNP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILGVSMSA +GY K +PPKSKY +DG +VK + S + LT +G+ QDL
Sbjct 143 DNSTILGVSMSAGVGYRKASPPKSKYVVDGVTVKFDSYRSFWGSKQGVRLTTKSGDQQDL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+QL D AR AL + D+D W+L N MPLKDD ++L+K++PF
Sbjct 203 ITWEQLTDEARTALSDADFDVN-WSLKNVVMPLKDDALRERLEKAYPF 249
>PHYSO_526623
Length=249
Score = 244 bits (622), Expect = 3e-80, Method: Compositional matrix adjust.
Identities = 125/228 (55%), Positives = 152/228 (67%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQPFAQP T S+K AVKFKPQL GC+PYPAV+A+GS S GL+WT G
Sbjct 24 INHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVEANGSVSAGLKWTGWAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY+D WAIMY WYFPKG + + GHRH W + +VW D+
Sbjct 83 DCKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYASQYRSGHRHFWSYAIVWTDSDKP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTI GVSMSA +GY K PPKSKY +DG +VK ++S + T GETQDL
Sbjct 143 DNSTIQGVSMSAGVGYGKATPPKSKYVVDGVTVKFDSYFSFWGSKVGIRTTTKTGETQDL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+QL D AR AL + D+D W+ MPL DDVFT+KL+K++PF
Sbjct 203 ITWEQLTDEARTALTDADFDVD-WSYKKVVMPLLDDVFTEKLEKAYPF 249
>PYVX_22467
Length=236
Score = 243 bits (620), Expect = 4e-80, Method: Compositional matrix adjust.
Identities = 128/225 (57%), Positives = 149/225 (66%), Gaps = 13/225 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP + + S KAAVKFKPQL DGC+PYPAV + G+TSGGL+ + G
Sbjct 22 IDHDQVVPFAQPTATSTSHKAAVKFKPQLHISDGCHPYPAVDSSGNTSGGLKPSGSSSAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY RSTWY VWAIMY+WYFPK S ++G LGHRH+WE VVVWI NPA+
Sbjct 82 -CKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPSTG---LGHRHDWEHVVVWISNPAV 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D+ T+ VS SA GYS PP S Y+DG S K+ YF IV N A +T AGETQDLI
Sbjct 138 DSPTVYAVSTSAHSGYSIYYPPSSSYMDGNSAKIDYF-KIVVINHAFRMTSSAGETQDLI 196
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQ+ D AR AL NTD G+A +P KD F KL +W
Sbjct 197 MWDQMTDAARIALENTD-------FGDANVPFKDGNFMTKLASAW 234
>PITG_19938
Length=245
Score = 242 bits (618), Expect = 9e-80, Method: Compositional matrix adjust.
Identities = 122/226 (54%), Positives = 158/226 (70%), Gaps = 8/226 (4%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HD+VQPF QP IT SQK+AVK+KPQL GC+PYPAV+ +GS SGGL W+ GDC
Sbjct 26 HDEVQPFTQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNGSASGGLEWSGPAD-GDC 84
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNPALD 147
T PLGSQ+Y+RS WY++ WAIMY WYFPKG GL GHRH WE+VVVW D+
Sbjct 85 TGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR-----YGLTGHRHYWEYVVVWADSSTST 139
Query 148 NSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIM 207
+S+I GVSMSA +G++K PP KYI G+SVK+ ++S + AL+LT++ GETQDLI
Sbjct 140 SSSIQGVSMSAGVGHAKATPPMLKYIHGSSVKLDSYFSFLGSKAALQLTKETGETQDLIT 199
Query 208 WDQLPDVARDALNTD-WDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
WDQ+ ARD LN+D D +W ++P KD +F K+L+ ++PF
Sbjct 200 WDQMTVAARDTLNSDTLDGNVWLTNKDEVPFKDTIFLKRLEDAFPF 245
>PHYRA_74306
Length=245
Score = 241 bits (616), Expect = 2e-79, Method: Compositional matrix adjust.
Identities = 125/227 (55%), Positives = 154/227 (68%), Gaps = 6/227 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPFA+P +T S+KAAVKFKPQL GCYPYPAVQADGS S GLR + G
Sbjct 24 IDHDKVQPFAEPEPMTDSEKAAVKFKPQLLVSYGCYPYPAVQADGSVSAGLRGSGPAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RS WY D WAIMYTWY PKG T RH WE VVWID+PAL
Sbjct 83 ECRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRSTRHQ----RRHFWETAVVWIDDPAL 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NSTILGVSM+ ++ P K KY+DG+SVK+ + + F L+ T++ G+ QDLI
Sbjct 139 ANSTILGVSMNYGWRSKEQTPVKVKYLDGSSVKLESYRAYGFPKPRLQFTQEDGQFQDLI 198
Query 207 MWDQLPDVARDALNT-DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
W+QL + ARDAL+T D+DT L +MPLKDD+F +LK +WPF
Sbjct 199 TWEQLTEEARDALSTADFDTYLIEQKKREMPLKDDIFEYRLKDAWPF 245
>PHYSO_261265
Length=247
Score = 241 bits (616), Expect = 3e-79, Method: Compositional matrix adjust.
Identities = 113/229 (49%), Positives = 158/229 (69%), Gaps = 3/229 (1%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N IP+D+V PFAQP +T K +K+KP LK +GC+PYPAVQ +G SGGL W+
Sbjct 21 NVIPYDEVHPFAQPAPVTDLHKTMLKYKPHLKIKEGCHPYPAVQKNGDISGGLEWSSPTD 80
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
+C PLGSQ+YARS+W + +AIMY WYFP G + + GHR+ WE+ +VW+D+
Sbjct 81 NAECKGSPLGSQVYARSSWVKGKFAIMYAWYFPMGR--APLLPFGHRNGWEYAIVWLDSV 138
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ NSTILG S+SA++G++K P KY+DG ++KV+Y+++ TA+E TE+ GE QD
Sbjct 139 SSTNSTILGTSLSAAVGWAKEVPRNRKYLDGNNLKVAYYFNRDVRCTAVEYTEEIGEFQD 198
Query 205 LIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+I WDQLP RD+L NTDWD T +N+ +MP+KD VF +KL ++PF
Sbjct 199 VITWDQLPAPTRDSLSNTDWDHTPFNVALLKMPMKDGVFQEKLNSAYPF 247
>PHYRA_74310
Length=249
Score = 241 bits (616), Expect = 3e-79, Method: Compositional matrix adjust.
Identities = 123/228 (54%), Positives = 153/228 (67%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQPFAQP T S+K AVKFKPQL GC+PYPAV A+GS + GL+W G
Sbjct 24 IDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVDANGSVNAGLKWAGWAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC +GSQ+Y+RS WY+D WAIMY WYFPKG + + GHRH W + +VW D+ +
Sbjct 83 DCKGSAMGSQVYSRSDWYKDKWAIMYAWYFPKGRQYTSKYRAGHRHYWSYGIVWTDSSSP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILGVSMSA +G+ K PPKSKY IDGT+VK F+S ++LT G TQ L
Sbjct 143 DNSTILGVSMSAGVGFGKATPPKSKYVIDGTTVKFDSFWSFWGSKLGVKLTTKEGATQAL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+Q+ + AR AL + D+D W+ MP+ DDVFTKKLKK++PF
Sbjct 203 ITWEQMTEEARTALTDADFDVD-WSFRKVVMPMSDDVFTKKLKKAYPF 249
>PHYSO_507736
Length=236
Score = 241 bits (614), Expect = 3e-79, Method: Compositional matrix adjust.
Identities = 125/225 (56%), Positives = 148/225 (66%), Gaps = 13/225 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP + SQ AAVKFKPQL +GC+PYPAV ADG+TSGGL T G
Sbjct 22 IDHDQVVPFAQPTPTSTSQTAAVKFKPQLHITNGCHPYPAVDADGNTSGGLNPTGSSSAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY RSTWY VWAIMY+WYFPK S S G GHRH+WE +VVW++NPA+
Sbjct 82 -CKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS---GFGHRHDWEHIVVWLNNPAV 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ +L VS SA GY+ PP S Y+DG S K+ Y Y+++ N A +T D+GETQDLI
Sbjct 138 TSPELLAVSTSAHSGYTTYYPPSSSYLDGNSAKIDY-YNVLLINHAFRMTSDSGETQDLI 196
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL NTD G+A +P KD F KL +W
Sbjct 197 MWDQLTDAARTALENTD-------FGDANVPFKDANFETKLANAW 234
>PHYCA_122048
Length=236
Score = 241 bits (614), Expect = 3e-79, Method: Compositional matrix adjust.
Identities = 126/227 (56%), Positives = 152/227 (67%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I H+QV PFAQP + T+SQKAA+KFKPQ+ +GC+PYPAV G TSGGL+ T
Sbjct 21 TIDHNQVVPFAQPEATTISQKAAIKFKPQIHITNGCHPYPAVNEAGETSGGLK-TSGAPS 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C GSQ+Y RSTWY WAIMY+WYFPK S ++G LGHRH+WE VVVWIDNP
Sbjct 80 SSCKGSGWGSQVYGRSTWYNGKWAIMYSWYFPKDSPSTG---LGHRHDWEHVVVWIDNPD 136
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N TIL S SA GYS APP S +DGTSVKV+Y + N AL++T +GETQDL
Sbjct 137 VANPTILATSPSAHSGYSFYAPPSSDSVDGTSVKVNYESNWPI-NHALDMTSKSGETQDL 195
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQL + AR ALNT + G A +P+ D F KL K+WPF
Sbjct 196 IMWDQLSEAARYALNTT------DFGKANVPMNDGNFVAKLGKAWPF 236
>PPTG_17049
Length=255
Score = 241 bits (615), Expect = 4e-79, Method: Compositional matrix adjust.
Identities = 123/235 (52%), Positives = 163/235 (69%), Gaps = 11/235 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+S+ HD+V+PF QP IT SQKAAVKFKPQL GC+PYPAVQADG+ SGGL+++ G+
Sbjct 23 SSVGHDRVKPFPQPEPITTSQKAAVKFKPQLSIAFGCHPYPAVQADGAVSGGLKYS--GK 80
Query 85 -RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL--GHRHNWEFVVVWI 141
GDC LGSQ+Y+RSTWYRDVWAI Y WY PKG E G+ + GHRH W +V VWI
Sbjct 81 PDGDCKGSALGSQVYSRSTWYRDVWAITYAWYLPKGYERFSGLSMVEGHRHFWGYVTVWI 140
Query 142 DNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIV---FGNTALELTED 198
+NPA++N+ ILGVSMS +G+ +AP K +DG+++K+ + ++ G L E
Sbjct 141 NNPAVENAYILGVSMSGQLGHDTQAPVDKKCVDGSTLKLEFDGHVMDGAKGKQGLRCVEA 200
Query 199 AGETQDLIMWDQLPDVARDALNT-DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
G+ QDLI WDQL + ARD+LNT ++D+ ++G +PLKD VFT L +WPF
Sbjct 201 VGKFQDLITWDQLTEAARDSLNTYNFDSIGRDMGT--VPLKDGVFTNLLNSTWPF 253
>PITG_22053
Length=245
Score = 240 bits (613), Expect = 6e-79, Method: Compositional matrix adjust.
Identities = 120/228 (53%), Positives = 155/228 (68%), Gaps = 8/228 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD+VQPFAQP IT SQK+AVK+KPQL GC+PYPAV+ + SGGL W G
Sbjct 24 VNHDEVQPFAQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNSYASGGLEWPGPAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNPA 145
DCT PLGSQ+Y+RS WY++ WAIMY WYFPKG GL GHRH WE+VVVW D P
Sbjct 83 DCTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR-----YGLTGHRHYWEYVVVWTDTPT 137
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
NS+I GVSMSA +G++K PP KYI G+S+K+ ++S + AL+LT++ GE QDL
Sbjct 138 STNSSIQGVSMSAGVGHAKATPPMLKYIHGSSIKLDSYFSFLGSKAALQLTKETGEIQDL 197
Query 206 IMWDQLPDVARDALNTD-WDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I WDQ+ AR LN+D D +W ++P KD +F K+L+ ++PF
Sbjct 198 ITWDQMTVSARYTLNSDALDGNVWLTNIDEVPFKDTIFLKRLENAFPF 245
>PHYRA_74343
Length=249
Score = 239 bits (611), Expect = 1e-78, Method: Compositional matrix adjust.
Identities = 122/228 (54%), Positives = 152/228 (67%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQPFAQP T S+K AVKFKPQL GC+PYPAV A+GS + GL+W G
Sbjct 24 IDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVNANGSVNAGLKW-AGWDDG 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY+D WAIMY WYFPKG + + GHRH W + +VW D+ +
Sbjct 83 DCKGSGLGSQVYSRSDWYKDKWAIMYAWYFPKGRQYTSAYRTGHRHYWSYGIVWTDSSSP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILGVSMSA +G+ K PPKSKY +DGT+VK F S ++LT GE QDL
Sbjct 143 DNSTILGVSMSAGVGFGKATPPKSKYVVDGTTVKFDSFRSFWGSKMGVKLTTKEGEMQDL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+Q+ + AR AL + D+D W++ MP+ DDVF KLKK++PF
Sbjct 203 ITWEQMTEEARTALTDADFDVD-WSVRKVVMPMSDDVFMTKLKKAYPF 249
>PITG_04208
Length=245
Score = 239 bits (611), Expect = 1e-78, Method: Compositional matrix adjust.
Identities = 120/228 (53%), Positives = 154/228 (68%), Gaps = 8/228 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD+VQPFAQP IT SQK+AVK+KPQL GC+PYPAV+ + SGGL W G
Sbjct 24 VNHDEVQPFAQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNSYASGGLEWPGPAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNPA 145
DCT PLGSQ+Y+RS WY++ WAIMY WYFPKG GL GHRH WE+VVVW D P
Sbjct 83 DCTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR-----YGLTGHRHYWEYVVVWTDTPT 137
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
NS+I GVSMSA +G++K PP KYI G+S+K+ ++S + AL+LT++ GE QDL
Sbjct 138 STNSSIQGVSMSAGVGHAKATPPMLKYIHGSSIKLDSYFSFLGSKAALQLTKETGEIQDL 197
Query 206 IMWDQLPDVARDALNTD-WDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I WDQ+ AR LN+D D +W ++P KD +F K+L ++PF
Sbjct 198 ITWDQMTVSARYTLNSDALDGNVWLTNIDEVPFKDTIFLKRLANAFPF 245
>PHYSO_329843
Length=239
Score = 239 bits (609), Expect = 2e-78, Method: Compositional matrix adjust.
Identities = 126/226 (56%), Positives = 151/226 (67%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP ++T+SQKAAVKFKPQ+ +GC+PYPA G TSGGL+ T
Sbjct 25 IDHDQVVPFAQPEAVTISQKAAVKFKPQIHITNGCHPYPAANEAGQTSGGLKPTGA-PSS 83
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY WAIMY+WYFPK S ++G LGHRH+WE VVVWIDNP +
Sbjct 84 SCKGSGWGSQVYGRSTWYSGRWAIMYSWYFPKDSPSTG---LGHRHDWEHVVVWIDNPDV 140
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N TIL S SA GYS PP + IDGTSVKV+Y N AL++T ++GE QDLI
Sbjct 141 ENPTILSTSPSAHSGYSYYVPPSADSIDGTSVKVNYESHWPI-NHALDMTSESGEFQDLI 199
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MWDQL D AR ALNT + G+A +P+ D F KL K+WPF
Sbjct 200 MWDQLSDAARLALNTT------SFGSANVPMNDGNFLTKLGKAWPF 239
>PPTG_15230
Length=252
Score = 238 bits (607), Expect = 6e-78, Method: Compositional matrix adjust.
Identities = 124/227 (55%), Positives = 156/227 (69%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQV+PFAQP +T+S++AA+KFKPQ+ DGC+PYPAV G T GGL+ T
Sbjct 37 TIGHDQVKPFAQPQPVTISERAAIKFKPQIHIGDGCHPYPAVNDIGETGGGLKTTGSPTA 96
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTW+RDVWAIMY+WYFPK S ++ GLGHRH+WE V+VWI+NP
Sbjct 97 G-CKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST---GLGHRHDWEHVIVWINNPD 152
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ + IL V+ SA GYSK APP + +DGTSVKV+Y S N A ++T D GE QDL
Sbjct 153 VPDPIILAVTPSAHSGYSKYAPPNADTLDGTSVKVNY-ESTYPMNHATDVTTDPGEFQDL 211
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQ+ D AR ALNT + G+A +P+ D F KL K+WPF
Sbjct 212 IMWDQMTDAARLALNT------VSFGDANVPMNDGNFIPKLDKAWPF 252
>PHYRA_72438
Length=236
Score = 237 bits (604), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 125/224 (56%), Positives = 146/224 (65%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PFAQP +VSQ AAV FKPQL +GC+PYPAV ADG+TSGGL T G
Sbjct 22 IDHDTVVPFAQPTPTSVSQVAAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPTGSSSAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY RSTWY VWAIMY+WYFPK S S G GHRH+WE +VVW++NPA+
Sbjct 82 -CKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS---GFGHRHDWEHIVVWLNNPAV 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ IL VS SA GY+ PP S Y+DG S K+ Y YS++ N A +T D GETQDLI
Sbjct 138 SSPEILAVSTSAHSGYTFYYPPDSDYLDGNSAKIDY-YSVLLINHAFRMTSDTGETQDLI 196
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P KD F KL +W
Sbjct 197 MWDQLTDAARTALE---DT---DFGDANVPFKDTNFETKLANAW 234
>PHYRA_74307
Length=249
Score = 237 bits (605), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 123/228 (54%), Positives = 154/228 (68%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQPFAQP T S+K AVKFKPQL GC+PYPAV A+GS + GL+W G
Sbjct 24 IDHDTVQPFAQPEPTTDSEKTAVKFKPQLHISYGCHPYPAVNANGSVNAGLKWAGWAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS Y+D WAIMY WYFPKG + GHRH W + +VW D+ +
Sbjct 83 DCKGSGLGSQVYSRSDSYKDKWAIMYAWYFPKGRQYIHKYHSGHRHYWSYGIVWTDSSSP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTILGVSMSA +GY K +PPKSK+ IDGT+VK + S + LT+ G+TQDL
Sbjct 143 DNSTILGVSMSAGVGYRKVSPPKSKFVIDGTTVKFDSYKSFWGSKQGVRLTKKTGDTQDL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+Q+ + AR AL +TD+D W+L MPL DD FT++L+KS+PF
Sbjct 203 ITWEQMTEEARTALVDTDFDVE-WSLKKVVMPLSDDAFTERLEKSYPF 249
>PHYSO_249692
Length=248
Score = 236 bits (602), Expect = 3e-77, Method: Compositional matrix adjust.
Identities = 118/227 (52%), Positives = 157/227 (69%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQV+PFAQP +T+S++AAVKFKPQL +GC+PYPAV G TSGGL+ +
Sbjct 33 TISHDQVRPFAQPEPVTISERAAVKFKPQLHVTNGCHPYPAVNDAGETSGGLKTSGAPSA 92
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTW+RDVWAIMY+WYFPK S ++ GLGHRH+WE V+VWI+NP
Sbjct 93 G-CKGSGWGSQVYGRSTWHRDVWAIMYSWYFPKDSPST---GLGHRHDWEHVIVWINNPD 148
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ + IL V+ SA GYSK +PP + +DGTS+KV+Y + N A ++T + G+ QDL
Sbjct 149 VPDPIILAVTPSAHSGYSKYSPPNADTLDGTSIKVNYESNYPM-NHATDVTTEGGDFQDL 207
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQ+ D+AR ALN + G+A +P+ D F KL ++WPF
Sbjct 208 IMWDQMSDLARRALNE------VSFGDANVPMNDGNFVGKLDRAWPF 248
>PPTG_15233
Length=235
Score = 236 bits (601), Expect = 3e-77, Method: Compositional matrix adjust.
Identities = 123/224 (55%), Positives = 146/224 (65%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP +VSQ AA FKPQL +GC+PYPAV DG+TSGGL T G
Sbjct 21 IDHDQVVPFAQPTPTSVSQIAAFNFKPQLHITNGCHPYPAVDTDGNTSGGLNPTGSSSAG 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY RSTWY VWAIMY+WYFPK S S G GHRH+WE +VVW++NPA+
Sbjct 81 -CKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS---GFGHRHDWEHIVVWLNNPAV 136
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ IL VS SA GY+ PP S Y+DG S K+ Y YS++ N + +T D+GETQDLI
Sbjct 137 TSPEILAVSTSAHSGYTVYYPPSSDYLDGNSAKIDY-YSVLLINHSFRMTSDSGETQDLI 195
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P KD F KL +W
Sbjct 196 MWDQLTDAARTALE---DT---DFGDANVPFKDANFETKLANAW 233
>PHYCA_11951
Length=234
Score = 235 bits (599), Expect = 5e-77, Method: Compositional matrix adjust.
Identities = 122/223 (55%), Positives = 145/223 (65%), Gaps = 13/223 (6%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HDQV PFAQP ++SQ AV FKPQL +GC+PYPAV ADG+TSGGL G C
Sbjct 22 HDQVVPFAQPTPTSISQTTAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPAGSSSAG-C 80
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
GSQIY RS WY VWAIMY+WYFPK S +S G GHRH+WE +VVW+DNPA+ +
Sbjct 81 KGSGYGSQIYGRSAWYNGVWAIMYSWYFPKDSPSS---GFGHRHDWEHIVVWLDNPAVAS 137
Query 149 STILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMW 208
IL VS SA GY+ PP S Y++G S K+ Y YSI+ N A +T DAGETQ+LIMW
Sbjct 138 PKILAVSTSAHSGYTVYYPPNSNYLNGKSAKIDY-YSILLINHAFRMTSDAGETQNLIMW 196
Query 209 DQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
DQ+ D AR AL NTD G+A +P KD F KL +W
Sbjct 197 DQMTDAARTALQNTD-------FGDANVPFKDGNFESKLANAW 232
>PITG_04267
Length=279
Score = 236 bits (603), Expect = 5e-77, Method: Compositional matrix adjust.
Identities = 124/229 (54%), Positives = 157/229 (69%), Gaps = 4/229 (2%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQVQPF Q T S+K+A+K+KPQL DGC+PYPAVQ++GS SGGL+W+
Sbjct 53 TINHDQVQPFEQIKPATDSEKSAIKYKPQLHISDGCHPYPAVQSNGSISGGLKWSGKAN- 111
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
GDC +P LGSQ+Y+RS W++ WAIMY WYFPKG + GHRH W + ++W D+P
Sbjct 112 GDCKEPGLGSQVYSRSAWFKGKWAIMYAWYFPKGPQFVLRFDTGHRHFWSYAILWTDDPN 171
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYI-DGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
DNSTILGVSMS S GY K + PK+KYI GT+VK+ + S G AL+LT+ GETQD
Sbjct 172 HDNSTILGVSMSGSRGYVKESSPKAKYIVKGTTVKLDSYASFWMGVQALQLTKKLGETQD 231
Query 205 LIMWDQLPDVARDALNTDWD-TTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LI W+QL D A DAL T++D + + MPL DD FT LK S+PF
Sbjct 232 LITWEQLTDEACDAL-TEFDFESDPSRAMVVMPLGDDNFTPILKDSYPF 279
>PHYRA_71308
Length=236
Score = 234 bits (597), Expect = 1e-76, Method: Compositional matrix adjust.
Identities = 124/224 (55%), Positives = 145/224 (65%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PFAQP +VSQ AAV FKPQL +GC+PYPAV ADG+TSGGL T G
Sbjct 22 IDHDTVVPFAQPTPTSVSQIAAVNFKPQLHITNGCHPYPAVDADGNTSGGLNPTGSSSAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY RSTWY VWAIMY+WYFPK S S G GHRH+WE +VVW++NPA+
Sbjct 82 -CKGSGYGSQIYGRSTWYNGVWAIMYSWYFPKDSPAS---GFGHRHDWEHIVVWLNNPAV 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ IL VS SA GY+ PP Y+DG S K+ Y YS++ N A +T D GETQDLI
Sbjct 138 SSPEILAVSTSAHSGYTFYYPPDLDYLDGNSAKIDY-YSVLLINHAFRMTSDTGETQDLI 196
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P KD F KL +W
Sbjct 197 MWDQLTDAARTALE---DT---DFGDANVPFKDTNFETKLANAW 234
>PHYRA_52440
Length=243
Score = 234 bits (597), Expect = 1e-76, Method: Compositional matrix adjust.
Identities = 116/225 (52%), Positives = 155/225 (69%), Gaps = 6/225 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD VQPFAQP +T SQK+AVK+KPQL GC+PYPAV+A+G SGGL W+ G
Sbjct 24 VNHDLVQPFAQPTPVTDSQKSAVKYKPQLYISYGCHPYPAVEANGYASGGLEWSGPND-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY + WAIMY WYFPKG G+ GHR+ WE+ +VW D+ +
Sbjct 83 DCKGSSLGSQVYSRSDWYHEKWAIMYAWYFPKGRY---GV-TGHRNYWEYAIVWTDSTSP 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
DNST+LGVSMSA +G+ K PP KY++G+SVK++ +S++ ALELT+ GE QDLI
Sbjct 139 DNSTLLGVSMSAGVGHDKTTPPMLKYMNGSSVKLNSHFSLLGSKAALELTKKEGEFQDLI 198
Query 207 MWDQLPDVARDALNTD-WDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
WDQL AR+ LN+D D +W ++P KDD+F +L+ ++
Sbjct 199 TWDQLTVAARETLNSDALDGNVWLSNKDEVPFKDDIFVDRLEDAY 243
>PHYRA_76249
Length=326
Score = 234 bits (597), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 123/226 (54%), Positives = 149/226 (66%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PFAQP IT+S+KA VKFKPQ+ +GC+PYPAV G T GGL+ T
Sbjct 112 IDHDQVKPFAQPEPITISEKAGVKFKPQIHVTNGCHPYPAVNEAGETGGGLK-TKGAPSA 170
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RS WY+DVWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP +
Sbjct 171 GCKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPDV 227
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N IL V+ SA GYSK+ PP + +DGTSVKV Y N ALE T G+ QDLI
Sbjct 228 ENPKILAVTPSAHSGYSKQVPPNADSVDGTSVKVEYKSKWPI-NHALESTSQGGDFQDLI 286
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MWDQL + AR ALN + W G+A P+ D F KL K+WPF
Sbjct 287 MWDQLSENARRALN----SVPW--GDANTPMNDGNFQNKLGKAWPF 326
>PHYKE_4946
Length=263
Score = 232 bits (591), Expect = 2e-75, Method: Compositional matrix adjust.
Identities = 123/228 (54%), Positives = 150/228 (66%), Gaps = 11/228 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+IPH V+PF QP IT+S+KAAVKFKPQL L GC YPAV G TSGGL+ +
Sbjct 47 KTIPHKDVKPFIQPEPITISEKAAVKFKPQLAILSGCVSYPAVNDIGETSGGLQES-GSP 105
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
+G C GSQ+Y RS WY DVWAIMY+WYFPK S +S LGHRH+WE VVVWIDNP
Sbjct 106 KGGCRGSGHGSQVYGRSVWYSDVWAIMYSWYFPKDSPSS---RLGHRHDWEHVVVWIDNP 162
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ IL VS S G+ K APP + IDGTSVKV Y +S N AL++T+ AG+ QD
Sbjct 163 EVLEPKILAVSPSYHSGHKKYAPPSADVIDGTSVKVKYEHSWPL-NHALDVTDKAGDFQD 221
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMWDQ+ D+AR ALN G A +P+ D F +KL+++WPF
Sbjct 222 LIMWDQMTDLARVALNET------KFGKANVPMNDHNFLRKLEQAWPF 263
>PPTG_17409
Length=235
Score = 231 bits (588), Expect = 3e-75, Method: Compositional matrix adjust.
Identities = 122/226 (54%), Positives = 150/226 (66%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPFAQP +T+S+KAAVKFKPQL +GC+PYPAV A G T GGL+ T G
Sbjct 21 IDHDQVQPFAQPEPVTISEKAAVKFKPQLHITNGCHPYPAVNAAGDTGGGLKPTGA-PSG 79
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW+ VWAIMY+WYFPK S +S LGHRH+WE VV+WI+NP +
Sbjct 80 SCKGSGYGSQVYGRSTWFNGVWAIMYSWYFPKDSPSS---SLGHRHDWENVVIWINNPDV 136
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N IL + SA GYS+ APP + IDGTS KV+Y N A + T + G+ QDLI
Sbjct 137 PNPVILAICPSAHGGYSRYAPPDADTIDGTSAKVNYESHWPI-NHATDTTSEGGDFQDLI 195
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MWDQL D AR AL DT + G+A +P+K+ F L+K+WPF
Sbjct 196 MWDQLTDAARTALQ---DT---DFGDANVPMKEGSFLSNLEKAWPF 235
>PHYCA_107869
Length=342
Score = 234 bits (596), Expect = 4e-75, Method: Compositional matrix adjust.
Identities = 123/227 (54%), Positives = 150/227 (66%), Gaps = 13/227 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PFAQP +T+S+KAAVK+KPQ+ ++GC+PYPAV G TSGGL+ T
Sbjct 128 IDHDQVKPFAQPEPVTISEKAAVKYKPQIHIVNGCHPYPAVNEAGETSGGLK-TKGAPSA 186
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW R VWAIMY+WYFPK S +SG LGHRH+WE V+VWIDNP +
Sbjct 187 GCKGSGWGSQVYGRSTWVRGVWAIMYSWYFPKDSPSSG---LGHRHDWEHVIVWIDNPDI 243
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N IL V+ SA GYSK+ PPK+ +DGTSVKV Y N AL+ T + G+ QDLI
Sbjct 244 ENPKILAVTPSAHSGYSKQVPPKADCVDGTSVKVKYESKWPV-NHALDSTSEGGDFQDLI 302
Query 207 MWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MWDQL + AR A+N W G A P D F KL K+WPF
Sbjct 303 MWDQLSENARRAMNGVGW-------GKANTPFNDGNFLPKLDKAWPF 342
>PHYSO_526071
Length=249
Score = 231 bits (588), Expect = 5e-75, Method: Compositional matrix adjust.
Identities = 120/228 (53%), Positives = 145/228 (64%), Gaps = 4/228 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD VQP AQP T S+K AVK+KPQL GC+PYPAVQADGS S GL+W+ G
Sbjct 24 INHDTVQPVAQPEPTTDSEKTAVKYKPQLHISYGCHPYPAVQADGSVSAGLKWSGWAN-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQ+Y+RS WY+ WAIMY WYFPKG + GHRH W + +VW D+
Sbjct 83 KCKGSGLGSQVYSRSDWYKGKWAIMYAWYFPKGRQYVSKYRKGHRHFWSYAIVWTDSDKP 142
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNSTI GVSMSA +G+ K PPKSKY IDG +VK ++S + T GE+QDL
Sbjct 143 DNSTIQGVSMSAGVGFRKATPPKSKYVIDGVTVKFDSYFSFWGSKVGIRTTTKTGESQDL 202
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
I W+QL D AR L N D+D W+ MPL D+ FT KLKK++PF
Sbjct 203 ITWEQLTDEARTGLTNADFDVD-WSYRKVVMPLSDEDFTDKLKKAYPF 249
>PPTG_17245
Length=257
Score = 231 bits (588), Expect = 5e-75, Method: Compositional matrix adjust.
Identities = 121/235 (51%), Positives = 154/235 (66%), Gaps = 9/235 (4%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQVQPF + T S+K+A+K+KPQL GCYPYPAVQA+G+ SGGL+W+
Sbjct 23 TINHDQVQPFEEMEPTTDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWAN- 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC P GSQIY+RS WY+ WAIMY WYFPKG+ + GHRH W +VW DN
Sbjct 82 SDCEKPVQGSQIYSRSDWYKGKWAIMYAWYFPKGAFRASKYNRGHRHFWSSAIVWTDNTN 141
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYID-GTSVKVSYFYSIVFGNTALELTEDAGETQD 204
DNSTILGVSMS S GY K+ PK+KYI+ GT++K+ + N AL LT+ +G TQD
Sbjct 142 PDNSTILGVSMSGSKGYVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQD 201
Query 205 LIMWDQLPDVARDALNT---DWDTT----LWNLGNAQMPLKDDVFTKKLKKSWPF 252
L+ W+QL D ARDAL+ D DT+ + MPL+D VFT L++S+PF
Sbjct 202 LVTWEQLTDEARDALSKFDFDADTSDAIFFSSGATVVMPLEDGVFTSILEESYPF 256
>PHYCA_108039
Length=215
Score = 229 bits (583), Expect = 8e-75, Method: Compositional matrix adjust.
Identities = 122/224 (54%), Positives = 149/224 (67%), Gaps = 11/224 (5%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HDQVQPF QP+ +TVS+KAAVKFKPQ+ +GC+PYPAV G TSGGL+ T C
Sbjct 3 HDQVQPFKQPDPVTVSEKAAVKFKPQIHITNGCHPYPAVTWWGETSGGLK-TKGAPSAGC 61
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
GSQ+Y RSTW + VWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP ++N
Sbjct 62 KGSGWGSQVYGRSTWVKGVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPDIEN 118
Query 149 STILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMW 208
IL V+ SA GYSK+ PP + +DGTSVKV Y N ALE T + GETQDLIMW
Sbjct 119 PKILAVTPSAHSGYSKQVPPSADCVDGTSVKVKYESKWPI-NHALESTTEGGETQDLIMW 177
Query 209 DQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+QL + A A+N + W G+A P D F KL K+WPF
Sbjct 178 NQLSENALRAMN----SVTW--GDANCPFCDGNFQAKLDKAWPF 215
>PHYRA_74356
Length=244
Score = 229 bits (585), Expect = 9e-75, Method: Compositional matrix adjust.
Identities = 119/227 (52%), Positives = 150/227 (66%), Gaps = 7/227 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPFA+P T S+KAAVKFKPQL GCYPYPAVQADGS S GL+ + G
Sbjct 24 IDHDQVQPFAEPEPTTDSEKAAVKFKPQLLVSYGCYPYPAVQADGSVSAGLKGSGPAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+CT LGSQ+Y+RS WY D WAIMY WY PKG+ RH WE VVWID+PAL
Sbjct 83 ECTGSSLGSQVYSRSDWYEDKWAIMYAWYLPKGN-----YKYQRRHYWETAVVWIDDPAL 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NSTILGVSM+ P +++++DG+SVK+ + + L+ T++ GE QDLI
Sbjct 138 SNSTILGVSMNYGRRSEFETPVQARFLDGSSVKLDSYRGYGYPKPRLQFTQEEGEFQDLI 197
Query 207 MWDQLPDVARDALNT-DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
W+QL + ARDAL+T D+D L+ +MPLKD +F +LK +WPF
Sbjct 198 TWEQLTEEARDALSTADFDGPLFKKKKRKMPLKDGIFEFRLKDAWPF 244
>PHYRA_71404
Length=245
Score = 229 bits (585), Expect = 1e-74, Method: Compositional matrix adjust.
Identities = 119/229 (52%), Positives = 153/229 (67%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HDQV+PF QP+ +T+S+KA VKFKPQL +GC+ YPAV G TSGGL+ T
Sbjct 28 TVTIDHDQVKPFPQPDPVTISEKAGVKFKPQLHITNGCHSYPAVDDAGDTSGGLKTTGAP 87
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C GSQ+Y RS WY+DVWAIMY+WYFPK ++G +GHRH+WE V+VWIDN
Sbjct 88 SAG-CKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDEPSTG---IGHRHDWEHVIVWIDN 143
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P ++N IL V+ SA GY K APP + IDGT+ KV+Y + AL+ + +AG+ Q
Sbjct 144 PDVENPKILAVTPSAHSGYHKYAPPNADSIDGTTTKVAYESHWPM-DHALDSSSEAGDFQ 202
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQL + AR ALN+ N GNA +P+ D F KL ++WPF
Sbjct 203 DLIMWDQLSENARRALNSV------NFGNANVPMNDGNFQAKLGRAWPF 245
>PHYRA_72433
Length=245
Score = 229 bits (584), Expect = 1e-74, Method: Compositional matrix adjust.
Identities = 119/229 (52%), Positives = 153/229 (67%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HDQV+PF QP+ +T+S+KA VKFKPQL +GC+ YPAV G TSGGL+ T
Sbjct 28 TVTIDHDQVKPFPQPDPVTISEKAGVKFKPQLHITNGCHSYPAVDDAGDTSGGLKTTGAP 87
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C GSQ+Y RS WY+DVWAIMY+WYFPK ++G +GHRH+WE V+VWIDN
Sbjct 88 SAG-CKGSGWGSQVYGRSGWYQDVWAIMYSWYFPKDEPSTG---IGHRHDWEHVIVWIDN 143
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P ++N IL V+ SA GY K APP + IDGT+ KV+Y + AL+ + +AG+ Q
Sbjct 144 PDVENPKILAVTPSAHSGYHKYAPPNADSIDGTTTKVAYESHWPM-DHALDSSSEAGDFQ 202
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQL + AR ALN+ N GNA +P+ D F KL ++WPF
Sbjct 203 DLIMWDQLSENARRALNSV------NFGNANVPMNDGNFQAKLGRAWPF 245
>PHYRA_71931
Length=239
Score = 229 bits (583), Expect = 2e-74, Method: Compositional matrix adjust.
Identities = 119/227 (52%), Positives = 151/227 (67%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HDQVQPFAQP T+S+KA VKFKPQ+ +GC+PYPAV +G T GGL+ T
Sbjct 22 AMDHDQVQPFAQPEPATISEKAGVKFKPQIHITNGCHPYPAVNWNGDTGGGLKPTGA-PS 80
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C GSQ+Y RSTWY VWAIMY+WYFPK S ++ GLGHRH+WE VVVWI NP
Sbjct 81 SSCKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPST---GLGHRHDWEHVVVWITNPD 137
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
++N IL VS SA GYS P + IDGT+VKV+Y N AL++T + G+TQDL
Sbjct 138 VENPVILAVSPSAHSGYSYYVSPSADTIDGTAVKVNYESHWPI-NHALDITTEGGDTQDL 196
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQ+ D AR++LNT + G+A +P+ D F KL K+WP+
Sbjct 197 IMWDQMTDAARNSLNTV------SFGDANVPMNDGNFQNKLGKAWPW 237
>PHYRA_42876
Length=213
Score = 227 bits (579), Expect = 3e-74, Method: Compositional matrix adjust.
Identities = 119/224 (53%), Positives = 146/224 (65%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPFAQP IT+S+K+ VKFKPQ+ +GC+PYPAV G T GGL+ T
Sbjct 1 IDHDQVQPFAQPEPITISEKSGVKFKPQIHVTNGCHPYPAVNYKGETGGGLK-TKGAPSA 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y R+ W+RDVWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP +
Sbjct 60 GCKGSGWGSQVYGRAAWHRDVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N IL V+ SA GYSK+ PP + +DGTS KV Y N ALE T G+ QDLI
Sbjct 117 ENPKILAVTPSAHSGYSKQVPPNADSVDGTSAKVEYKSKWPI-NHALESTSQGGDFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL + AR ALN + W G+A P+ D F KL K+W
Sbjct 176 MWDQLSENARRALN----SVPW--GDANTPMNDGNFLPKLDKAW 213
>PYIR_13251
Length=236
Score = 228 bits (580), Expect = 5e-74, Method: Compositional matrix adjust.
Identities = 119/225 (53%), Positives = 148/225 (66%), Gaps = 11/225 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD V PFAQP +T+ QK A+KFKPQ+ +GC+PYPAV A G+TSGGL+ + Q
Sbjct 21 SIAHDAVVPFAQPTPVTLEQKVALKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSG-SQS 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C G+Q+Y R+ Y+DV+A+MY+WYFPK S +G LGHRH+WE VVVWIDNPA
Sbjct 80 AGCKGSGWGTQVYGRAAAYKDVYALMYSWYFPKDSPFTG---LGHRHDWEHVVVWIDNPA 136
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N TIL V+ SA GY K APPK+ +DGTS KV Y +V N AL+ T DAGE Q L
Sbjct 137 VANPTILAVTPSAHSGYEKYAPPKAGTVDGTSAKVDYTSKVVI-NHALDSTTDAGEKQPL 195
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMWDQL AR AL N G+A +P+KD F KL ++
Sbjct 196 IMWDQLTAAARSALENT------NFGDANVPMKDGNFMTKLGNAY 234
>PPTG_19331
Length=368
Score = 231 bits (589), Expect = 1e-73, Method: Compositional matrix adjust.
Identities = 121/227 (53%), Positives = 148/227 (65%), Gaps = 13/227 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PF QP +T+S+KAAVKFKPQ+ +GC+PYPAV G TSGGL+ T
Sbjct 152 IDHDQVKPFPQPEPVTISEKAAVKFKPQIHITNGCHPYPAVNEAGETSGGLK-TKGAPSA 210
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW + +WAIMY+WYFPK S +SG LGHRH+WE V+VWIDNP +
Sbjct 211 KCKGSGWGSQVYGRSTWVQGIWAIMYSWYFPKDSPSSG---LGHRHDWEHVIVWIDNPDV 267
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N IL V+ SA GYSK+ PP + +DGTSVKV Y N ALE T + G+ QDLI
Sbjct 268 ENPKILAVTPSAHDGYSKQVPPNADCVDGTSVKVKYESHWPI-NHALESTSEGGDFQDLI 326
Query 207 MWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MWDQL + AR A+N W G A P D F KL+K+WPF
Sbjct 327 MWDQLSEDARRAMNGVGW-------GKANTPFNDGNFKPKLEKAWPF 366
>PYU1_G011231
Length=238
Score = 226 bits (576), Expect = 2e-73, Method: Compositional matrix adjust.
Identities = 120/225 (53%), Positives = 146/225 (65%), Gaps = 11/225 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HDQV PFA+P ++S+KAA+KFKPQ+ +GC+PYPAV A G+TSGGL+ + Q
Sbjct 23 SISHDQVVPFAEPTPSSISEKAAIKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSG-SQS 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C G+Q+Y RS WY WAIMY+WYFPK S +G LGHRH+WE VVVWIDNPA
Sbjct 82 AGCKGSGWGTQVYGRSAWYNGKWAIMYSWYFPKDSPFTG---LGHRHDWEHVVVWIDNPA 138
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
N TIL VS SA GY K APPK+ +DGTS KV Y IV N AL+ T AGE Q L
Sbjct 139 NANPTILAVSPSAHSGYEKYAPPKAGTVDGTSAKVDYTSKIVI-NHALDSTTAAGEKQPL 197
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMW+Q+ AR AL G+A +P+KD F KL K++
Sbjct 198 IMWEQMTQAARTALENT------GFGDANVPMKDGNFMDKLAKAY 236
>PYU1_G011237
Length=235
Score = 225 bits (574), Expect = 3e-73, Method: Compositional matrix adjust.
Identities = 121/225 (54%), Positives = 148/225 (66%), Gaps = 13/225 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFA+P ++S+KAA+KFKPQ+ +GC+PYPAV A G+TSGGL+ + Q
Sbjct 21 IDHDQVVPFAEPTPSSISEKAAIKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSG-SQSA 79
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C G+Q+Y RS WY WAIMY+WYFPK S +G LGHRH+WE VVVWIDNPA
Sbjct 80 GCKGSGWGTQVYGRSAWYNGKWAIMYSWYFPKDSPFTG---LGHRHDWEHVVVWIDNPAN 136
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N TIL VS SA GY K APPK+ +DGTS KV Y +IV N AL+ T AGE Q LI
Sbjct 137 ANPTILAVSPSAHSGYEKYAPPKAGTVDGTSAKVDYSSTIVI-NHALDSTTTAGEKQPLI 195
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW+Q+ AR AL NTD G+A +P+KD F KL ++
Sbjct 196 MWEQMTQAARTALENTD-------FGDANVPMKDGNFMTKLANAY 233
>PPTG_07671
Length=246
Score = 224 bits (572), Expect = 8e-73, Method: Compositional matrix adjust.
Identities = 115/230 (50%), Positives = 145/230 (63%), Gaps = 6/230 (3%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
N I HD+V+PFAQP T S+KAAVK+KPQ GC+PYPAVQADGS S GL+ +
Sbjct 21 VNYINHDEVEPFAQPKPTTDSEKAAVKYKPQFHVSYGCHPYPAVQADGSVSAGLKGSGP- 79
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G+C PLGSQ+Y+RS WY D+WAIMY WY PKG T RH WE VVWID+
Sbjct 80 MDGECEGSPLGSQVYSRSGWYEDMWAIMYAWYLPKGRSTK----YQRRHYWEVAVVWIDD 135
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
PAL NSTILGVS++ ++ + P + +Y+ G+ VK+ F L T+ GETQ
Sbjct 136 PALANSTILGVSLNYGRRHNSQVPVEEQYLHGSRVKLESFKGFGVPRPRLRFTDLEGETQ 195
Query 204 DLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLI W+QL + ARDAL N + L MPLKD VF K+L+ ++PF
Sbjct 196 DLITWEQLTEEARDALSNAKFQRGLIKRLRGDMPLKDGVFEKRLEDAYPF 245
>PHYRA_71477
Length=238
Score = 224 bits (571), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 120/229 (52%), Positives = 148/229 (65%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
+ I HD+V PF QP +T+S+KAAV+FKP++ +GC+PYPAV G TSGGL+ T G
Sbjct 21 ADKIGHDEVVPFPQPEPVTISEKAAVRFKPEIHITNGCHPYPAVSEAGMTSGGLQATG-G 79
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C GSQ+Y RSTWY VWAIMYTWYFPK S ++ LGHRH+WE VVVWIDN
Sbjct 80 PSSKCKGSGWGSQMYGRSTWYSGVWAIMYTWYFPKDSPSTR---LGHRHDWEHVVVWIDN 136
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + N +L VS SA GYSK PP + +DGTSVK++Y S N AL+ T +GE Q
Sbjct 137 PDVSNPILLAVSPSAHSGYSKYVPPSADSVDGTSVKINY-ESHWPVNHALDTTSKSGEFQ 195
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMW Q+ D AR ALNT + G A MP+ D F KL +WP+
Sbjct 196 DLIMWHQMSDAARLALNTT------DFGKAIMPMNDGSFLGKLAGAWPW 238
>PHYSO_397673
Length=224
Score = 223 bits (569), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 115/226 (51%), Positives = 143/226 (63%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
IPHD+VQPFAQP +T+S+KA VKFKPQ++ ++GC+PYPAV G TSGGL+ T G
Sbjct 10 IPHDKVQPFAQPEPVTISEKAGVKFKPQIRIINGCHPYPAVNEAGETSGGLK-TTGGHNS 68
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
SQ+Y RSTW+R VWAIMY+WYFPK S + GLGHRH+WE V+VWIDNP
Sbjct 69 KSKRSGWNSQVYGRSTWFRGVWAIMYSWYFPKDSPSH---GLGHRHDWEHVIVWIDNPDA 125
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL V+ SA Y K APP + +DGTS KV Y N L +T D+GE QDLI
Sbjct 126 SEPKILAVTPSAHGDYQKYAPPNANTVDGTSAKVVYESHWPM-NHELSVTSDSGEFQDLI 184
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ + AR A N+ + G A P+ D F +L K+WPF
Sbjct 185 MWSQMSENARRAFNSV------SFGKANTPMNDWGFEDRLGKAWPF 224
>PHYSO_526832
Length=249
Score = 224 bits (571), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 112/230 (49%), Positives = 146/230 (63%), Gaps = 2/230 (1%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
N I HDQV PFAQ + S KAA+KFKP+L+ GC+PYPAVQADG+ S GL+W
Sbjct 21 VNWINHDQVHPFAQVEPVNASDKAAIKFKPKLQISYGCHPYPAVQADGAVSDGLKWAGKA 80
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C LGSQ+Y+RS W+ +AIMY WYFPKG E G I HRH W ++V+WIDN
Sbjct 81 D-GKCKGSGLGSQVYSRSAWFEGKFAIMYAWYFPKGFEQRGKINYSHRHLWLYLVLWIDN 139
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P +N ILGV + + G +R PP +K++DG+S+KV Y+ S G T ++LTE+ GE Q
Sbjct 140 PENENPAILGVWLRTAGGNERRTPPDAKFLDGSSLKVDYYKSSWHGKTGIQLTENPGEFQ 199
Query 204 DLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLI W+Q+ + AR AL D+D + +P D FT LKK+W F
Sbjct 200 DLITWEQMTEEARIALTEADFDGHWQERKDLDVPFIDGEFTVNLKKAWVF 249
>PITG_04248
Length=245
Score = 224 bits (571), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 116/227 (51%), Positives = 147/227 (65%), Gaps = 6/227 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PFAQP T S+ AAVK+KPQL GC PYPAVQADGS S GL+ + G
Sbjct 24 INHDEVKPFAQPKPTTDSEVAAVKYKPQLYVSYGCRPYPAVQADGSVSAGLKGSG-PMDG 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C PLGSQ+Y+RSTWY D WAIMY WY PKG T RH WE VVWID+PAL
Sbjct 83 ECEGSPLGSQVYSRSTWYEDKWAIMYAWYLPKGRNTK----YQRRHFWEAAVVWIDDPAL 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NSTILGVS++ + +AP + +Y++G++VK+ + L T+ GETQ LI
Sbjct 139 ANSTILGVSLNYGRRHKSKAPLERRYLEGSNVKLESYKGYGKPRPRLRFTQLKGETQHLI 198
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
W+QL ARDAL N ++T L+ +MPLKD VF K+LK ++PF
Sbjct 199 TWEQLTKEARDALSNAKFNTGLFKRTKREMPLKDGVFEKRLKDAYPF 245
>PHYSO_468315
Length=255
Score = 224 bits (571), Expect = 2e-72, Method: Compositional matrix adjust.
Identities = 119/229 (52%), Positives = 150/229 (66%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HDQV+PFAQP S+T+S+KAAVKFKPQL +GC+ YPAV G TSGGL+ T
Sbjct 36 TITIDHDQVKPFAQPESVTISEKAAVKFKPQLHITNGCHAYPAVDEAGQTSGGLK-TKGA 94
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C GSQ+Y RS WY+DVWAIMY WYFPK +S G+GHRH+WE VVVWIDN
Sbjct 95 PSAGCKGSGWGSQVYGRSGWYQDVWAIMYCWYFPKDEPSS---GIGHRHDWEHVVVWIDN 151
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P ++N IL + SA GY K APP + +DG + KV+ F S + AL+ T + G+ Q
Sbjct 152 PDVENPKILAGTPSAHSGYHKYAPPNAGTVDGVTTKVA-FESHWPMDHALDSTTEGGDFQ 210
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQL D AR ALN+ + G+A P+ D F +L ++WPF
Sbjct 211 DLIMWDQLTDNARRALNSV------SFGSADTPMNDGNFQAELGRAWPF 253
>PHYCA_123779
Length=277
Score = 224 bits (571), Expect = 3e-72, Method: Compositional matrix adjust.
Identities = 118/227 (52%), Positives = 146/227 (64%), Gaps = 13/227 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF QP +T+S KAA+KFKPQL +GC+PYPAV A G TSGGL+ + G
Sbjct 59 IDHDAVVPFKQPEPVTISDKAAIKFKPQLHITNGCHPYPAVNAIGQTSGGLKTSGAPSAG 118
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW+ VWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP +
Sbjct 119 -CKGSGYGSQVYGRSTWFNGVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPEV 174
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
ILGV+ SA GYS + PP + +DG+SVKV Y N ALE T + G+ QDLI
Sbjct 175 PEPKILGVTPSAHSGYSSQVPPDADKVDGSSVKVKYLSKWPI-NHALESTGEGGDFQDLI 233
Query 207 MWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ D AR+ L+ T W G A +P+ D F KL K+WPF
Sbjct 234 MWTQMTDAAREGLSKTGW-------GKANVPMVDGNFEAKLGKAWPF 273
>PHYKE_4438
Length=339
Score = 226 bits (576), Expect = 3e-72, Method: Compositional matrix adjust.
Identities = 119/231 (52%), Positives = 150/231 (65%), Gaps = 15/231 (6%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T SI H +VQPF QP IT+S++AAVKFKPQL +GC+ YPAV G TSGGL+ T
Sbjct 121 TVSISHSEVQPFPQPEPITISERAAVKFKPQLHISNGCHAYPAVNGAGETSGGLK-TTGA 179
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C GSQ+Y RS W++DVWAIMY+WYFPK S ++ GLGHRH+WE V++WI+N
Sbjct 180 PSGKCKGSGYGSQVYGRSGWHKDVWAIMYSWYFPKDSPST---GLGHRHDWEHVIIWINN 236
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSY--FYSIVFGNTALELTEDAGE 201
P + + IL V+ SA GYS APP + +DG + KV+Y F+ + N AL +T G+
Sbjct 237 PEVADPKILAVTPSAHSGYSTYAPPPADSMDGVAAKVNYESFWPV---NHALGMTTKGGD 293
Query 202 TQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLIMWDQL D AR ALN N G A +P+ D F KL K+WPF
Sbjct 294 FQDLIMWDQLTDNARRALNE------VNWGAANVPMNDGNFGGKLDKAWPF 338
>PHYKE_7566
Length=260
Score = 224 bits (570), Expect = 4e-72, Method: Compositional matrix adjust.
Identities = 121/225 (54%), Positives = 147/225 (65%), Gaps = 12/225 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP + T Q A +KFKPQ+ +GC+PYPAV DG+TSGGL+ T G
Sbjct 45 ISHDQVVPFAQPTATTTLQAAGIKFKPQIHISNGCHPYPAVNKDGNTSGGLKPTGSASAG 104
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R T Y+ V+AIMY+WYFPK S +G LGHRH+WE V+VW+D+ L
Sbjct 105 -CKGSGYGSQIYGRITTYQGVYAIMYSWYFPKDSPITG---LGHRHDWEHVIVWVDDITL 160
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N +I+ VS SA GY+ PPKS IDG S KV Y S + N AL+ T DAGETQDLI
Sbjct 161 TNPSIVAVSPSAHSGYNIYYPPKSGTIDGYSAKVDYSSSYLVVNHALDSTSDAGETQDLI 220
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL NTD+ G+A +P+KD F KL ++
Sbjct 221 MWDQLTDAARTALENTDF-------GDANVPMKDANFQAKLGNAY 258
>PHYKE_2376
Length=322
Score = 225 bits (573), Expect = 7e-72, Method: Compositional matrix adjust.
Identities = 118/229 (52%), Positives = 148/229 (65%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HDQV+PF QP +T+S+KA VKFKPQ+ +GC+PYPAV G TSGGL+ T
Sbjct 105 TVTIDHDQVKPFGQPEPVTISEKAGVKFKPQIHITNGCHPYPAVNEAGETSGGLK-TKGA 163
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C GSQ+Y RS W DVWAIMY+WYFPK S ++ GLGHRH+WE V++WIDN
Sbjct 164 PSAGCKGSGWGSQVYGRSGWKNDVWAIMYSWYFPKDSPST---GLGHRHDWEHVIIWIDN 220
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P ++N IL V+ SA GYS PP + +DGTS KV+Y N AL+ T + G+ Q
Sbjct 221 PDVENPRILAVTPSAHSGYSTYRPPNADTLDGTSAKVNYESHWPV-NHALDSTSEGGDFQ 279
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ D AR ALN W G+A +P+ D F KL K+WPF
Sbjct 280 DLIMWDQMTDNARRALN----EVSW--GDANVPMNDGNFGPKLDKAWPF 322
>PPTG_13736
Length=236
Score = 221 bits (564), Expect = 1e-71, Method: Compositional matrix adjust.
Identities = 114/227 (50%), Positives = 151/227 (67%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HDQV+PF QP+ ++VS+KAAVKFKPQL +GC+PYPAV A G TSGGL +
Sbjct 21 ALSHDQVRPFGQPSPVSVSEKAAVKFKPQLHITNGCHPYPAVNAAGETSGGLAKSGAPSA 80
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTW++ WAIMY+WYFPK S ++ GLGHRH+WE V+VWIDNP
Sbjct 81 G-CKGSGWGSQVYGRSTWHKGRWAIMYSWYFPKDSPST---GLGHRHDWEHVIVWIDNPD 136
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N IL V+ SA GYSK APPK+ + G + K++Y N AL+ T+ GETQ L
Sbjct 137 VANPKILAVTPSAHSGYSKYAPPKAGTVSGNTAKINYESHWPV-NHALDSTDKGGETQPL 195
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQ+ D AR +LNT + G+A +P+ D F +K+ + P+
Sbjct 196 IMWDQMTDAARRSLNTV------SFGDANVPMNDGNFLRKIGNASPW 236
>PHYKE_7564
Length=473
Score = 228 bits (582), Expect = 2e-71, Method: Compositional matrix adjust.
Identities = 118/226 (52%), Positives = 148/226 (65%), Gaps = 10/226 (4%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQVQPF Q + +++ AA+K+KPQ+ +GC+PYPAV A+G TSGGL+ G
Sbjct 256 TIDHDQVQPFPQSAATSLTNTAALKYKPQIFINNGCHPYPAVNANGDTSGGLKTHGSGSA 315
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTWY VWAIMY+WYFPK S SG +GHRH+WE V+VWIDNP
Sbjct 316 G-CRGSGYGSQVYGRSTWYNGVWAIMYSWYFPKDSPVSG---MGHRHDWEHVIVWIDNPE 371
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
N TIL ++ SA GYS APP + +DG SVKV Y + + N LE T AGE QDL
Sbjct 372 NVNGTILAMTPSAHSGYSTYAPPPADMVDGASVKVEYTSTYLVINHHLEGTSTAGEMQDL 431
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
IMW + D AR ALNT + GNA +P+KD F KL+K++P
Sbjct 432 IMWGDMTDAARYALNTT------DFGNANVPMKDGNFLPKLEKAYP 471
Score = 205 bits (521), Expect = 2e-62, Method: Compositional matrix adjust.
Identities = 107/195 (55%), Positives = 128/195 (66%), Gaps = 4/195 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPF Q +I+++ AA+KFKPQ+ +GC+PYPAV A+G TSGGL+ T
Sbjct 22 INHDQVQPFPQSTAISLTNTAALKFKPQIWINNGCHPYPAVNANGDTSGGLK-THGSSSA 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY VWAIMY+WYFPK GHRH+WE VVVWIDNP
Sbjct 81 GCRGSGYGSQVYGRSTWYNGVWAIMYSWYFPKDEPQDF---TGHRHDWEHVVVWIDNPQN 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N IL ++ SA GYS APP + IDGTSVKV Y S +F + LE T AGE QDLI
Sbjct 138 VNPRILAMTPSAHSGYSTYAPPDADMIDGTSVKVEYTSSWLFIDHHLEGTSTAGEMQDLI 197
Query 207 MWDQLPDVARDALNT 221
MW + D AR++LNT
Sbjct 198 MWSDMTDAARNSLNT 212
>PHYKE_5753
Length=238
Score = 221 bits (562), Expect = 2e-71, Method: Compositional matrix adjust.
Identities = 114/225 (51%), Positives = 144/225 (64%), Gaps = 10/225 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQ + +++ A+KFKPQ+ +GC+PYPAV +G TSGGL+ + G
Sbjct 22 ISHDQVIPFAQSAATSITNTVALKFKPQIFINNGCHPYPAVNGNGDTSGGLKPSGSESAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY +VWAIMY+WYFPK + +G +GHRH+WE VVVWIDNPA+
Sbjct 82 -CKGSGYGSQVYGRSTWYNNVWAIMYSWYFPKDNPVTG---MGHRHDWEHVVVWIDNPAM 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N TIL V+ SA GYS APP +DG S KV Y S + N L+ T AGE QDLI
Sbjct 138 ENPTILAVTPSAHSGYSTYAPPDPSTVDGASAKVQYTSSWIVINHHLDTTSTAGEFQDLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
MW L D AR+ALNT + A +P+KD F KL ++P
Sbjct 198 MWGDLTDAARNALNTA------DFEAANVPMKDGNFESKLGNAYP 236
>PYIR_13252
Length=236
Score = 220 bits (561), Expect = 3e-71, Method: Compositional matrix adjust.
Identities = 115/225 (51%), Positives = 143/225 (64%), Gaps = 11/225 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD V+PFA+PN T + + A+KFKPQ+ +GC PYPAV + G+TSGGL+ + Q
Sbjct 21 SIAHDAVKPFAEPNPTTTTHRVALKFKPQINISNGCSPYPAVDSAGNTSGGLKPSG-SQS 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C G+Q+Y R+ Y+D + IMY+WYFPK S +G LGHRH+WE VVVWIDNP
Sbjct 80 AGCKGSGWGTQVYGRAAQYKDAYGIMYSWYFPKDSPLTG---LGHRHDWEHVVVWIDNPN 136
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
N IL VS SA GYSK APPK+ +DGTS KV Y +V N AL+ T DAGE Q L
Sbjct 137 AANPKILAVSPSAHSGYSKYAPPKAGTVDGTSAKVDYTSKVVI-NHALDSTTDAGEQQPL 195
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMWDQL AR AL N G+A +P+KD F KL ++
Sbjct 196 IMWDQLTAAARSALENT------NFGDANVPMKDGNFMNKLANAY 234
>PPTG_15231
Length=258
Score = 221 bits (563), Expect = 3e-71, Method: Compositional matrix adjust.
Identities = 120/225 (53%), Positives = 147/225 (65%), Gaps = 12/225 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PFAQP + T QKA VKFKPQ+ +GC+PYPAV A+G+TSGGL+ T G
Sbjct 43 ISHDAVVPFAQPTATTTEQKAGVKFKPQIHISNGCHPYPAVDANGNTSGGLKPTGSSSAG 102
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y R Y V+AIMY+WYFPK S +G LGHRH+WE VVVW+D+ L
Sbjct 103 -CKGSGYGSQVYGRVATYNGVYAIMYSWYFPKDSPVTG---LGHRHDWEHVVVWVDDIKL 158
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D+ +I+ VS SA GY+ PP+S IDG S KV Y S V N AL+ T DAGETQDLI
Sbjct 159 DSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVINHALDSTTDAGETQDLI 218
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL NTD+ G+A +P+KD F K+ ++
Sbjct 219 MWDQLTDAARTALENTDF-------GDANVPMKDGNFLTKVGNAY 256
>PPTG_07089
Length=255
Score = 221 bits (562), Expect = 4e-71, Method: Compositional matrix adjust.
Identities = 117/228 (51%), Positives = 152/228 (67%), Gaps = 11/228 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+I H +V+PFA+P +T+S+KA VKFKPQ+ GC PYPAV DG TSGGL+ T
Sbjct 37 KTISHKEVKPFAEPKPVTISEKAGVKFKPQIAVKTGCVPYPAVNEDGETSGGLQ-TSGSP 95
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
+G C GSQ+Y RSTW+ +WAIMY+WYFPK + +S +GHRH+WE +VV+IDNP
Sbjct 96 QGGCRGSGHGSQVYGRSTWFNGLWAIMYSWYFPKDAPSS---RMGHRHDWEHIVVFIDNP 152
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ ILG S S GY+K AP + IDG+SVKV Y +S N AL++T++AG+ QD
Sbjct 153 EVPEPKILGCSPSWHSGYNKYAPCPADVIDGSSVKVKYEHSWPL-NHALDITKEAGDFQD 211
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMWDQ+ D+AR ALN DT G A P+ D F K++KSWPF
Sbjct 212 LIMWDQMSDLARRALN---DT---KFGKANTPMNDWNFLGKVEKSWPF 253
>PYU1_G011235
Length=238
Score = 220 bits (561), Expect = 4e-71, Method: Compositional matrix adjust.
Identities = 119/226 (53%), Positives = 146/226 (65%), Gaps = 13/226 (6%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQV PFA+P + S+K AVKFKPQ+ +GC+PYPAV A G+TSGGL+ + Q
Sbjct 23 TINHDQVVPFAEPTPSSASEKLAVKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSG-SQS 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C G+Q+Y R Y+D WAIMY+WYFPK S +G LGHRH+WE VVVWIDNP
Sbjct 82 AGCKGSGWGTQVYGRVASYKDKWAIMYSWYFPKDSPITG---LGHRHDWEHVVVWIDNPK 138
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
N IL +S SA GY K APPK+ +DGTS KV Y IV N AL+ T AGE Q L
Sbjct 139 AANPKILAISPSAHSGYQKYAPPKAGTVDGTSAKVDYTSKIVI-NHALDSTTAAGEKQPL 197
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMW+Q+ D AR AL NTD+ G A +P+KD F KL K++
Sbjct 198 IMWEQMTDAARSALENTDF-------GKANVPMKDGNFMNKLAKAY 236
>PPTG_07660
Length=216
Score = 219 bits (557), Expect = 8e-71, Method: Compositional matrix adjust.
Identities = 113/213 (53%), Positives = 147/213 (69%), Gaps = 4/213 (2%)
Query 42 TVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARS 101
T S+K+A+K+KPQL GC+PYPAVQA+GS SGGL+W+ GDC P LGSQ+Y+RS
Sbjct 5 TDSEKSAIKYKPQLHISYGCHPYPAVQANGSISGGLKWSG-KTNGDCEQPNLGSQVYSRS 63
Query 102 TWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIG 161
WY+ WAIMY WY PK ++ GHRH W + +VW D+P DNSTILGVSMS S G
Sbjct 64 DWYKGKWAIMYAWYLPKAAQFMLKFDTGHRHFWLYSMVWTDSPNPDNSTILGVSMSGSRG 123
Query 162 YSKRAPPKSKYID-GTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALN 220
Y K+ PK+KYI+ GT++K+ + G AL LT+ +GETQDL+ W+QL D ARDAL+
Sbjct 124 YVKKPSPKTKYIEKGTTIKLESYVGFWMGVQALRLTKKSGETQDLVTWEQLTDEARDALS 183
Query 221 T-DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
D+++ ++ MPLKDDVF LK S+PF
Sbjct 184 EFDFESDP-SISMVVMPLKDDVFRSILKDSYPF 215
>PHYSO_406265
Length=232
Score = 218 bits (556), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 116/227 (51%), Positives = 143/227 (63%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+V PF QP +T+S++AAVKFKPQL +GC+ YPAV G TSGGL+ T
Sbjct 17 TIGHDEVVPFKQPEPVTISERAAVKFKPQLHISNGCHAYPAVNELGETSGGLKKTGA-PS 75
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C GSQ+Y RSTWY VWAIMY+WYFPK S +SG LGHRH+WE V+VWIDNP
Sbjct 76 SKCKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSSG---LGHRHDWEHVIVWIDNPD 132
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ IL V+ SA GYS + PP + +DG SVKV+Y N ALE T G+ QDL
Sbjct 133 MPEPKILAVTPSAHSGYSAQVPPDADKVDGPSVKVNYESKWPI-NHALESTTKGGDYQDL 191
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMW Q+ D AR AL+ N G+A +P+ F KL K+WPF
Sbjct 192 IMWTQMTDAARQALDNT------NFGSANVPMNSGNFLGKLGKAWPF 232
>PPTG_08017
Length=616
Score = 229 bits (584), Expect = 3e-70, Method: Compositional matrix adjust.
Identities = 117/226 (52%), Positives = 144/226 (64%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V PF QP +T+++KAA+KFKPQL +GC+ YPAV G TSGGL+ T G
Sbjct 400 IGHDEVVPFKQPEPVTIAEKAAIKFKPQLHITNGCHAYPAVNVGGQTSGGLKTTGAPSAG 459
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW+ VWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP +
Sbjct 460 -CKGSGWGSQVYGRSTWHNGVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPEI 515
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL V+ SA GYS + PP + +DG SVKV Y N ALE T +AG+ QDLI
Sbjct 516 AEPKILAVTPSAHSGYSAQVPPDANKVDGNSVKVKYLSKWPI-NHALESTGEAGDYQDLI 574
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW+QL D AR AL G A +P+KD F KL K+WPF
Sbjct 575 MWEQLTDAARLALQNT------GFGKANVPMKDGNFVSKLDKAWPF 614
>PHYCA_118551
Length=245
Score = 218 bits (555), Expect = 4e-70, Method: Compositional matrix adjust.
Identities = 114/227 (50%), Positives = 145/227 (64%), Gaps = 6/227 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V+PF QP T S+KAAVK+KPQL GC+PYPAVQADGS S GL+ T G
Sbjct 24 IDHDTVKPFPQPKPKTDSEKAAVKYKPQLLVSYGCHPYPAVQADGSVSAGLKGTGPAA-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RS WY+D WAIMY+WY PKG RH WE VVWID+P+L
Sbjct 83 ECGGSALGSQVYSRSDWYKDKWAIMYSWYLPKGRPAK----YQRRHLWETAVVWIDDPSL 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NSTILGVS++ + AP +S+++D + VK+ + + L T GETQDLI
Sbjct 139 ANSTILGVSLNYGWRHKTMAPIESEFLDDSRVKLESYRGFSYPRPKLRFTTHVGETQDLI 198
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
W+QL AR+AL N ++D+ L +MPLKD VF K+LK +WPF
Sbjct 199 TWEQLTVEAREALSNAEFDSGLIKTTRREMPLKDGVFEKRLKDAWPF 245
>PITG_22668
Length=519
Score = 226 bits (575), Expect = 6e-70, Method: Compositional matrix adjust.
Identities = 117/226 (52%), Positives = 142/226 (63%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF Q +T+S+KAAVKFKPQL GC+PYPAV A G TSGGL+ + G
Sbjct 304 IDHDAVVPFKQTEPVTISEKAAVKFKPQLHITGGCHPYPAVNAIGQTSGGLKTSGAPSAG 363
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY VWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP L
Sbjct 364 -CKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPEL 419
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL VS SA GYS + PP + ++GTSVKV Y N ALE T + G+ QDLI
Sbjct 420 AEPKILAVSPSAHGGYSAQVPPDANKVEGTSVKVKYLSKWPI-NHALESTGEGGDYQDLI 478
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ D AR+ L+ G A +P+ D F KL ++WPF
Sbjct 479 MWGQMTDAAREGLSRT------GFGKANVPMNDGNFESKLGRAWPF 518
>PPTG_08005
Length=759
Score = 230 bits (586), Expect = 1e-69, Method: Compositional matrix adjust.
Identities = 117/226 (52%), Positives = 146/226 (65%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF QP +T+S+KAA+KFKPQL +GC+ YPAV A G TSGGL+ + G
Sbjct 544 IDHDAVVPFKQPEPVTISEKAAIKFKPQLHITNGCHAYPAVNAIGETSGGLKTSGAPSAG 603
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY VWAIMY+WYFPK S ++G LGHRH+WE V+VWIDNP +
Sbjct 604 -CKGSGWGSQVYGRSTWYNGVWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVWIDNPEI 659
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL V+ SA GYS + PP + +DGTSVKV Y N ALE T + G+ QDLI
Sbjct 660 AEPKILAVTPSAHSGYSAQVPPDANKVDGTSVKVKYLSKWPI-NHALESTGEGGDYQDLI 718
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ D AR+AL + + G+A +P+ D F KL K+WPF
Sbjct 719 MWGQMTDAAREAL------SRTSFGDANVPMNDGNFEPKLGKAWPF 758
>PHYSO_510888
Length=255
Score = 216 bits (551), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 120/227 (53%), Positives = 147/227 (65%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+V+PF QP+ +T+S+KAAVKFKPQ+ + GC PYPAV G TSGGL+ T R
Sbjct 39 TIGHDEVKPFPQPDPVTISEKAAVKFKPQIDIVTGCVPYPAVNDAGETSGGLQ-TSGSPR 97
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTW VWAIMY+WYFPK + +S +GHRH+WE VVV+IDNP
Sbjct 98 GGCRGSGHGSQVYGRSTWINGVWAIMYSWYFPKDAPSS---KMGHRHDWEHVVVFIDNPD 154
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ ILG S S GY+K AP + IDGTSVKV Y +S N ALE T G QDL
Sbjct 155 VPEPKILGCSPSWHNGYNKYAPCPANVIDGTSVKVKYEHSWPL-NHALETTTKPGAFQDL 213
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMW+Q+ D AR ALN DT G A P+ D F K++K+WPF
Sbjct 214 IMWNQMTDFARRALN---DT---KFGKANTPMNDWNFLPKVEKAWPF 254
>PPTG_19330
Length=316
Score = 217 bits (552), Expect = 1e-68, Method: Compositional matrix adjust.
Identities = 117/229 (51%), Positives = 143/229 (62%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HDQV+PF QP +T+S+KAAVKFKPQL +GC+ YPAV G TSGGL+ T
Sbjct 99 TITIDHDQVKPFPQPQPVTISEKAAVKFKPQLHITNGCHSYPAVDEAGQTSGGLK-TKGA 157
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C GSQ+Y RS+WY+ VWAIMY WYFPK ++ G+GHRH+WE V+VWIDN
Sbjct 158 PSAGCKGSGWGSQVYGRSSWYQGVWAIMYCWYFPKDEPST---GIGHRHDWEHVIVWIDN 214
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + N IL V+ SA GY K APP IDG + KV+Y + AL T +AG+ Q
Sbjct 215 PEIANPKILAVTPSAHSGYHKYAPPNPDTIDGATTKVAYESHWPM-DHALGSTSEAGDFQ 273
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMW QL + A ALN W GNA P+ D F KL K+WPF
Sbjct 274 DLIMWGQLSENASRALN----AVYW--GNANTPMNDGNFLPKLAKAWPF 316
>PHYSO_414520
Length=213
Score = 213 bits (542), Expect = 1e-68, Method: Compositional matrix adjust.
Identities = 110/224 (49%), Positives = 145/224 (65%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V+PF QP +T+S+KAA+KFKPQ++ GC PYPAV G TSGGL+ T +G
Sbjct 1 INHDAVKPFPQPEPVTISEKAAIKFKPQIRIATGCVPYPAVNDVGETSGGLQ-TSGSPKG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y R+ W+ DVWAIMY+WYFPK S +S +GHRH+WE VVVWI+NP +
Sbjct 60 GCRGSGHGSQVYGRAGWFNDVWAIMYSWYFPKDSPSS---RMGHRHDWEHVVVWINNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
ILG+S SA GY K + P + +DG SVKV+Y ++ N AL+ T+ AG QDLI
Sbjct 117 PEPKILGISASAHSGYKKYSSPPPENLDGNSVKVNYEHAWPI-NHALDTTDKAGTFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW+Q+ + AR ALN + G A P+ D F KL+++W
Sbjct 176 MWEQMTEDARRALNAV------HFGKANTPMNDGNFRHKLERAW 213
>PPTG_07661
Length=223
Score = 213 bits (543), Expect = 1e-68, Method: Compositional matrix adjust.
Identities = 113/219 (52%), Positives = 144/219 (66%), Gaps = 9/219 (4%)
Query 42 TVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARS 101
T S+K+A+K+KPQL GCYPYPAVQA+G+ SGGL+W+ DC P GSQIY+RS
Sbjct 5 TDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWAN-SDCEKPVQGSQIYSRS 63
Query 102 TWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIG 161
WY+ WAIMY WYFPKG+ + GHRH W +VW DN DNSTILGVSMS S G
Sbjct 64 DWYKGKWAIMYAWYFPKGAFRASKYNRGHRHFWSSAIVWTDNTNPDNSTILGVSMSGSKG 123
Query 162 YSKRAPPKSKYID-GTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALN 220
Y K+ PK+KYI+ GT++K+ + N AL LT+ +G TQDL+ W+QL D ARDAL+
Sbjct 124 YVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQDLVTWEQLTDEARDALS 183
Query 221 T---DWDTT----LWNLGNAQMPLKDDVFTKKLKKSWPF 252
D DT+ + MPL+D VFT L++S+PF
Sbjct 184 KFDFDADTSDAIFFSSGATVVMPLEDGVFTSILEESYPF 222
>PHYCA_9358
Length=252
Score = 214 bits (544), Expect = 2e-68, Method: Compositional matrix adjust.
Identities = 117/233 (50%), Positives = 146/233 (63%), Gaps = 19/233 (8%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V PF QP +T+++KAA+KFKPQL +GC+ YPAV G TSGGL+ T G
Sbjct 31 IGHDEVVPFKQPEPVTIAEKAAIKFKPQLHISNGCHAYPAVNIGGQTSGGLKTTGAPSAG 90
Query 87 DCTDPPLGSQIYARSTWYR------DVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVW 140
C GSQ+Y RSTW+ +WAIMY+WYFPK S ++G LGHRH+WE V+VW
Sbjct 91 -CKGSGWGSQVYGRSTWHNVPSPHNGIWAIMYSWYFPKDSPSTG---LGHRHDWEHVIVW 146
Query 141 IDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAG 200
IDNP + IL V+ SA GYS + PP + ++GTSVKV+Y N AL T G
Sbjct 147 IDNPEIAEPKILAVTPSAHSGYSAQVPPDADKVEGTSVKVNYESKWPI-NHALGSTTKGG 205
Query 201 ETQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ QDLIMW+QL D AR AL NTD G A +P+KD F KL K+WPF
Sbjct 206 DYQDLIMWEQLTDAARLALENTD-------FGKANVPMKDGNFVGKLNKAWPF 251
>PPTG_19506
Length=223
Score = 212 bits (539), Expect = 5e-68, Method: Compositional matrix adjust.
Identities = 112/219 (51%), Positives = 144/219 (66%), Gaps = 9/219 (4%)
Query 42 TVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARS 101
T S+K+A+K+KPQL GCYPYPAVQA+G+ SGGL+W+ DC P GSQIY+RS
Sbjct 5 TDSEKSAIKYKPQLHISKGCYPYPAVQANGAISGGLKWSGWAN-SDCEKPVQGSQIYSRS 63
Query 102 TWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIG 161
WY+ WAIMY WYFPKG+ + GHRH W +VW DN DNSTILGVSMS S G
Sbjct 64 DWYKGKWAIMYAWYFPKGAFRASKYNRGHRHFWSSAIVWTDNTNPDNSTILGVSMSGSKG 123
Query 162 YSKRAPPKSKYID-GTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALN 220
Y K+ PK+KYI+ GT++K+ + N AL LT+ +G TQDL+ W+QL D ARDAL+
Sbjct 124 YVKKPSPKTKYIEKGTTLKLDSYIGFWLSNQALRLTKKSGGTQDLVTWEQLTDEARDALS 183
Query 221 T---DWDTT----LWNLGNAQMPLKDDVFTKKLKKSWPF 252
D DT+ + +PL+D VFT L++S+PF
Sbjct 184 KFDFDADTSDAIFFSSGATVVIPLEDGVFTSILEESYPF 222
>PHYRA_54327
Length=219
Score = 211 bits (538), Expect = 6e-68, Method: Compositional matrix adjust.
Identities = 118/225 (52%), Positives = 139/225 (62%), Gaps = 11/225 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I H V+PF QP IT+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T R
Sbjct 6 TISHKDVKPFPQPEPITISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQ-TSGSPR 64
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTWY VWAIMY+WYFPK S S G+GHRH+WE VVV+IDNP
Sbjct 65 GGCRGSGHGSQVYGRSTWYNQVWAIMYSWYFPKDSPAS---GMGHRHDWEHVVVFIDNPD 121
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
L ILG S+S+ GY K P IDGTSVKV Y +S N L+ T D G QDL
Sbjct 122 LPEPKILGCSVSSHDGYKKYNPCPPWVIDGTSVKVRYKHSWPL-NHDLDTTGDGGTFQDL 180
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMW+Q+ D AR ALN G A P+ D F K++KSW
Sbjct 181 IMWNQMTDNARRALNET------KFGKANTPMNDWNFHSKVEKSW 219
>PHYCA_119748
Length=261
Score = 213 bits (541), Expect = 8e-68, Method: Compositional matrix adjust.
Identities = 111/226 (49%), Positives = 144/226 (64%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PF QP +T+S+KA VKFKPQ++ GC PYPAV G T GGL+ T RG
Sbjct 47 IGHDQVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEYGETGGGLK-TTGKSRG 105
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C GSQ+Y RSTWY+ VWAIMY+WYFPK S + +GHRH+WE +V+IDNP +
Sbjct 106 NCGGSGYGSQVYGRSTWYQGVWAIMYSWYFPKDSPSP---KMGHRHDWEHAIVFIDNPEV 162
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL S+S+ GY+K P IDGTS+KV Y ++ + N L+ T D G+ QDLI
Sbjct 163 SEPKILACSVSSHSGYTKYNPCPPWVIDGTSLKVRYKHAWPY-NHDLDATGDGGKFQDLI 221
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW+QL + AR ALN+ + G A P DD F K++ +WPF
Sbjct 222 MWNQLTEDARRALNSV------SFGKANTPFSDDKFMPKIENAWPF 261
>PYIW_25259
Length=246
Score = 212 bits (539), Expect = 9e-68, Method: Compositional matrix adjust.
Identities = 119/236 (50%), Positives = 145/236 (61%), Gaps = 22/236 (9%)
Query 25 NSIPHDQVQPFAQPNSITVSQK---------AAVKFKPQLKTLDGCYPYPAVQADGSTSG 75
+SI HD V PFAQP +T+ Q AA+KFKPQ+ +GC+PYPAV A G+T G
Sbjct 21 SSIAHDAVVPFAQPAPVTLEQTPAPTSLSHTAALKFKPQIHISNGCHPYPAVDAAGNTGG 80
Query 76 GLRWTVVGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWE 135
GL+ + Q C G+Q+Y RSTW+ WAIMY+WYFPK S +G LGHRH+WE
Sbjct 81 GLKPSG-SQSAGCKGSGWGTQVYGRSTWFNGKWAIMYSWYFPKDSPFTG---LGHRHDWE 136
Query 136 FVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALEL 195
VVVWIDNPA N IL V+ SA GY K APPKS +DG S KV Y IV N AL+
Sbjct 137 HVVVWIDNPANANPAILAVTPSAHSGYKKYAPPKSGTVDGNSAKVEYKAIIVI-NHALDS 195
Query 196 TEDAGETQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
T GE Q LIMWDQL D AR L NTD+ G+A +P+KD F K+ ++
Sbjct 196 TTTGGEQQPLIMWDQLTDAARSGLENTDF-------GSANVPMKDGNFMTKVANAY 244
>PYIR_13275
Length=237
Score = 211 bits (536), Expect = 2e-67, Method: Compositional matrix adjust.
Identities = 115/225 (51%), Positives = 140/225 (62%), Gaps = 13/225 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF QP ++T QK VKFKPQ+ +GC+PYPAV A G+TSGGL T G
Sbjct 23 IAHDAVVPFVQPTAVTTEQKLGVKFKPQIHISNGCHPYPAVDAAGNTSGGLNPTGSSDAG 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C G+Q+Y R Y V+A+MY+WYFPK S +G LGHRH+WE VVVWIDNP
Sbjct 83 -CKGSGYGTQVYGRGVAYNGVYALMYSWYFPKDSPFTG---LGHRHDWEHVVVWIDNPDA 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ IL +S SA GY K APPK+ +DG S KV Y SIV N AL+ T AGE Q LI
Sbjct 139 ASPVILAISPSAHSGYEKYAPPKTDTVDGNSAKVDY-KSIVVINHALDSTTTAGEQQPLI 197
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL AR AL NTD+ G+A +P+KD F K+ ++
Sbjct 198 MWDQLTAAARTALENTDF-------GDANVPMKDGNFMTKIANAY 235
>PYU1_G011230
Length=238
Score = 210 bits (535), Expect = 3e-67, Method: Compositional matrix adjust.
Identities = 112/225 (50%), Positives = 139/225 (62%), Gaps = 11/225 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HDQV PFA+P + +K AVKFKPQ+ +GC+PYPAV A G+TSGGL+ + Q
Sbjct 23 SISHDQVVPFAEPTPSSAYEKLAVKFKPQIHISNGCHPYPAVDAAGNTSGGLKPSG-SQS 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C G+Q+Y R Y V+ +MY+WYFPK S +G LGHRH+WE VVVWIDNP
Sbjct 82 AGCKGSGWGTQVYGRGAAYNGVYGLMYSWYFPKDSPITG---LGHRHDWEHVVVWIDNPK 138
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
N IL +S SA GY K APPK+ +DGTS KV Y IV N AL+ T AGE Q L
Sbjct 139 AANPKILAISPSAHSGYQKYAPPKAGTVDGTSAKVDYTSKIVI-NHALDSTTAAGEKQPL 197
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMW+Q+ AR AL G+A +P+KD F KL K++
Sbjct 198 IMWEQMTQAARTALENT------GFGDANVPMKDGNFMDKLAKAY 236
>PHYRA_46230
Length=212
Score = 209 bits (531), Expect = 4e-67, Method: Compositional matrix adjust.
Identities = 115/223 (52%), Positives = 142/223 (64%), Gaps = 11/223 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I H +V+PFAQP T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T +G
Sbjct 1 ISHQEVKPFAQPMPATISEKAGVKFKPQIQIRTGCVPYPAVNYLGETSGGLK-TSGAXKG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RS W DVWAIMY+WYFPK S +S G+GHRH+WE VVV+IDNP +
Sbjct 60 GCRGSGHGSQVYGRSAWLNDVWAIMYSWYFPKDSPSS---GMGHRHDWEHVVVFIDNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
I+G S S+ GY K AP IDGTSVKV Y +S N L++T DAG QDLI
Sbjct 117 AEPKIMGCSASSHNGYKKYAPCPPWVIDGTSVKVRYKHSWPI-NHDLDVTGDAGTFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
MWDQ+ + AR ALN + G+A P+ D F KL+K+
Sbjct 176 MWDQMTEDARRALNG------VHFGDANTPMNDGNFIPKLEKA 212
>PPTG_12853
Length=342
Score = 213 bits (541), Expect = 9e-67, Method: Compositional matrix adjust.
Identities = 114/229 (50%), Positives = 144/229 (63%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD+V+PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T
Sbjct 123 TKTIGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQ-TSGS 181
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
RG C GSQ+Y RSTW VWAIMY+WYFPK S +S +GHRH+WE +V+IDN
Sbjct 182 PRGGCRGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPSS---RMGHRHDWEHAIVFIDN 238
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + IL S+S+ GY K +P IDGTS+KV Y ++ N L+ T DAG Q
Sbjct 239 PEVAEPKILACSVSSHDGYKKYSPCPPWVIDGTSLKVRYKHAWPL-NHDLDTTGDAGTFQ 297
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ + AR ALN+ + G A P D F KL+K+WPF
Sbjct 298 DLIMWDQMSNDARRALNS------VHFGKANTPFNDGNFRPKLEKAWPF 340
>PPTG_12847
Length=331
Score = 212 bits (540), Expect = 9e-67, Method: Compositional matrix adjust.
Identities = 114/229 (50%), Positives = 144/229 (63%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD+V+PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T
Sbjct 112 TKTIGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNELGETSGGLQ-TSGS 170
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
RG C GSQ+Y RSTW VWAIMY+WYFPK S +S +GHRH+WE +V+IDN
Sbjct 171 PRGGCRGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPSS---RMGHRHDWEHAIVFIDN 227
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + IL S+S+ GY K +P IDGTS+KV Y ++ N L+ T DAG Q
Sbjct 228 PEVAEPKILACSVSSHDGYKKYSPCPPWVIDGTSLKVRYKHAWPL-NHDLDTTGDAGTFQ 286
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ + AR ALN+ + G A P D F KL+K+WPF
Sbjct 287 DLIMWDQMSNDARRALNS------VHFGKANTPFNDGNFRPKLEKAWPF 329
>PHYSO_249751
Length=238
Score = 209 bits (532), Expect = 1e-66, Method: Compositional matrix adjust.
Identities = 115/225 (51%), Positives = 145/225 (64%), Gaps = 10/225 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF Q + + + AA+KFK Q+ +GC+PYPAV A G TSGGL+ + G
Sbjct 22 IGHDQVVPFPQSAATSAANIAALKFKLQIFINNGCHPYPAVNAAGDTSGGLKPSGSVNAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RST Y + AIMY+WYFPK + +G LGHRH+WE V+VWIDNPA
Sbjct 82 -CKGSGYGSQVYGRSTLYNNKHAIMYSWYFPKDNPVTG---LGHRHDWEHVIVWIDNPAS 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N+TIL ++ SA GYS APP + +DGTSVKV Y S V N LE T AGETQ+LI
Sbjct 138 SNATILAMTPSAHSGYSTYAPPPATMVDGTSVKVEYTSSKVVINHHLEGTSTAGETQNLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
MW+ + D AR ALNT + G+A +P+KD F KL K++P
Sbjct 198 MWEDMTDAARYALNTT------DFGSANVPMKDGNFISKLGKAYP 236
>PPTG_22174
Length=771
Score = 222 bits (565), Expect = 2e-66, Method: Compositional matrix adjust.
Identities = 115/229 (50%), Positives = 148/229 (65%), Gaps = 4/229 (2%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ- 84
+I HD+VQPF + T S+K+A+K+KPQL DGC+PYP VQADGS S GL+W+ G+
Sbjct 544 TIDHDEVQPFEEMEPTTDSEKSAIKYKPQLHISDGCHPYPVVQADGSVSAGLKWS--GRY 601
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
R C LGSQ+Y+RS WY+ WAIMY WYFPKG+ G GHRH W +VW D+P
Sbjct 602 RSGCKGSDLGSQVYSRSAWYKGKWAIMYAWYFPKGANPVSVFGSGHRHYWLHAIVWTDSP 661
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYI-DGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
DNSTILG SM+ + K + KSKY+ +GTS+K+ F + G AL LT+ +GETQ
Sbjct 662 NPDNSTILGASMAGTTNNEKTSTVKSKYLANGTSLKLDSFVGLWTGIQALRLTKKSGETQ 721
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLI W+QL D ARDAL+ + + MPL+D F LK S+PF
Sbjct 722 DLITWEQLTDEARDALSDFSFESSESREWVVMPLRDSAFKVLLKNSYPF 770
>PPTG_12852
Length=331
Score = 211 bits (536), Expect = 3e-66, Method: Compositional matrix adjust.
Identities = 113/229 (49%), Positives = 144/229 (63%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD V+PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T
Sbjct 114 TKTIGHDDVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEYGETSGGLK-TSGK 172
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
RG+C GSQ+Y RSTW VWAIMY+WYFPK S + G+GHRH+WE+VVV+I+N
Sbjct 173 SRGNCGGSGHGSQVYGRSTWIEGVWAIMYSWYFPKDSPSP---GMGHRHDWEYVVVFINN 229
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + IL S+++ GY K P IDGTS+KV Y ++ N L+ T D G Q
Sbjct 230 PEVQEPKILACSVASHGGYKKFNPCPPWVIDGTSLKVRYKHAWPM-NHDLDTTGDGGSFQ 288
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ + AR ALN+ + G A P D F KKL+ +WPF
Sbjct 289 DLIMWDQMTNDARRALNS------VSFGKANTPFIDGRFRKKLEDAWPF 331
>PHYCA_108409
Length=282
Score = 209 bits (532), Expect = 3e-66, Method: Compositional matrix adjust.
Identities = 111/229 (48%), Positives = 143/229 (62%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD+V+PF +P +TVS+KA VKFKPQ++ GC PYPAV G TSGGL+ T
Sbjct 65 TKTIGHDEVKPFPEPKPVTVSEKAGVKFKPQIQIRTGCVPYPAVDETGQTSGGLKPT-GN 123
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
+G C GSQ+Y R TW + VW IMY+WYFPK S ++ G+GHRH+WE +V+IDN
Sbjct 124 SKGGCRGSGHGSQVYGRGTWIQGVWGIMYSWYFPKDSPST---GMGHRHDWEHAIVFIDN 180
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + IL S+S+ GY K P IDGTS+KV Y + N L+ T DAG Q
Sbjct 181 PDVPEPKILACSVSSHAGYKKYNPCPPWVIDGTSLKVRYKHGWPL-NHDLDTTGDAGTFQ 239
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ + AR ALN+ + G+A P D F KL+K+WPF
Sbjct 240 DLIMWDQMTEDARRALNS------VHFGSANTPFNDGNFKPKLEKAWPF 282
>PHYSO_334487
Length=258
Score = 208 bits (530), Expect = 4e-66, Method: Compositional matrix adjust.
Identities = 113/226 (50%), Positives = 137/226 (61%), Gaps = 10/226 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF Q T+S KAA+KFKPQL +GC+PYP V A G T GGL+ T
Sbjct 22 IGHDQVVPFPQSQPTTISNKAALKFKPQLWINNGCHPYPVVNAAGDTGGGLK-THGSSAA 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY VWAIMY WYFPK G GHRH+WE V+VWIDNP +
Sbjct 81 GCRCSGYGSQVYGRSTWYNGVWAIMYCWYFPKDEPQDG---TGHRHDWEHVIVWIDNPDV 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N I+ ++ SA GYS A P + +DGTS KV Y S +F + LE T AGE QDLI
Sbjct 138 ENPKIMAMTPSAHSGYSTYALPPADMVDGTSCKVEYTSSWLFIDHHLEGTSTAGEFQDLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW L D AR ALNT + G A P+ D F K++K++P+
Sbjct 198 MWSDLTDGARLALNTT------SFGKANTPMNDGNFLPKIQKAYPW 237
>PHYRA_74617
Length=337
Score = 211 bits (536), Expect = 4e-66, Method: Compositional matrix adjust.
Identities = 114/226 (50%), Positives = 140/226 (62%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PF QP +T+S KA VKFKPQ++ GC PYPAV G GGL+ T RG
Sbjct 123 IGHDEVKPFPQPEPVTISDKAGVKFKPQIQIRTGCNPYPAVNEFGEVGGGLK-TSGKSRG 181
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C GSQ+Y RSTW+ VWAIMY+WYFPK S + G+GHRH+WE VV+IDNP +
Sbjct 182 NCAGSGHGSQVYGRSTWHNQVWAIMYSWYFPKDSPSP---GMGHRHDWEHAVVFIDNPDV 238
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
ILG S+S+ GY K P IDGTS+KV Y +S N L+ T D G QDLI
Sbjct 239 PEPKILGCSVSSHDGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDGGIFQDLI 297
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ D AR ALN N G+A P+ D F K++KSWPF
Sbjct 298 MWGQMTDNARRALNEA------NFGSANTPMNDGNFYSKVEKSWPF 337
>PITG_16866
Length=238
Score = 207 bits (527), Expect = 5e-66, Method: Compositional matrix adjust.
Identities = 117/226 (52%), Positives = 146/226 (65%), Gaps = 13/226 (6%)
Query 27 IPHDQVQPFAQPNSITV-SQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
I HD V PFAQP + T QKA +KFKPQ+ +GC+PYPAV ADG+TSGGL T
Sbjct 22 ISHDAVIPFAQPTTTTTTEQKAGIKFKPQIHISNGCHPYPAVDADGNTSGGLNPTGSSSA 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQIY R Y V+AIMY+WYFPK S +G LGHRH+WE VVVW+D+
Sbjct 82 G-CKGSGYGSQIYGRVATYNGVFAIMYSWYFPKDSPLTG---LGHRHDWEHVVVWVDDIK 137
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
L++ +++ VS SA GY+ PP+S IDG S KV Y S + N AL+ T DAGETQ+L
Sbjct 138 LNSPSVIAVSPSAHSGYNIYHPPESNTIDGYSTKVDYSSSWLVINHALDSTTDAGETQNL 197
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
IMWDQL D AR AL NTD+ G+A +P+KD F K+ ++
Sbjct 198 IMWDQLTDAARTALENTDF-------GDANVPMKDGNFLTKVGNAY 236
>PYU1_G011233
Length=239
Score = 207 bits (526), Expect = 8e-66, Method: Compositional matrix adjust.
Identities = 111/224 (50%), Positives = 142/224 (63%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PFA+P T+++K A+KFKPQ+ +GC+PYPAV A G+ GGL+ Q
Sbjct 24 IDHDQVKPFAEPAPTTLAEKLAIKFKPQIFINNGCHPYPAVDAAGNVGGGLK-PDGSQSA 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C G+Q+Y R+ Y DV+AIMY+WY PK + G +GHRH+WE VVVWIDNP
Sbjct 83 GCKGSGWGTQVYGRAAPYNDVYAIMYSWYMPKDTPIPG---IGHRHDWENVVVWIDNPNA 139
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N IL VS SA GY K APPK+ +DGTS KV Y + + + +L+ T AGE Q LI
Sbjct 140 ANPKILAVSPSAHSGYEKYAPPKAGTVDGTSAKVIYSTTNLVMDHSLDSTTHAGEQQPLI 199
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW+QL D AR L D+D GNA +P+KD F KL KS+
Sbjct 200 MWEQLTDAARSTLQ-DYD-----FGNANVPMKDGNFMDKLGKSY 237
>PHYRA_72345
Length=240
Score = 207 bits (526), Expect = 8e-66, Method: Compositional matrix adjust.
Identities = 112/226 (50%), Positives = 135/226 (60%), Gaps = 10/226 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF Q +++ AA+ FKPQ+ +GC+PYP V A+G T GGL+ T G
Sbjct 22 IGHDQVVPFPQSQPTSITNTAALLFKPQIWINNGCHPYPVVNANGDTGGGLKTTGSSAAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RS WY VWAIMY+WYFPK GHRH+WE VVVWIDNP
Sbjct 82 -CRGSGYGSQVYGRSAWYNGVWAIMYSWYFPKDEPQDF---TGHRHDWEHVVVWIDNPQN 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
N IL ++ SA GYS APP + +DGTS KV Y S +F + LE T AGETQDLI
Sbjct 138 TNPKILAMTPSAHSGYSTYAPPDADMVDGTSCKVEYTSSWLFIDHHLEGTSTAGETQDLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW + D AR ALNT N G A P+ D F KL K++P+
Sbjct 198 MWGDMTDAARYALNTT------NFGKANTPMNDGNFLPKLGKAYPW 237
>PHYKE_8391
Length=778
Score = 219 bits (559), Expect = 1e-65, Method: Compositional matrix adjust.
Identities = 100/140 (71%), Positives = 119/140 (85%), Gaps = 1/140 (1%)
Query 111 MYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKS 170
MY WYFPKG + +GG GLGHRHNWE+ +VWIDNPALDNSTILGVSMSAS GYSK +PPK+
Sbjct 1 MYAWYFPKGRKITGGAGLGHRHNWEYAIVWIDNPALDNSTILGVSMSASFGYSKSSPPKA 60
Query 171 KYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDAL-NTDWDTTLWN 229
K++DG+SVK+ Y+YS++ GNTAL TED GETQDLI WDQLP VA+DAL NTDWDTTLWN
Sbjct 61 KHVDGSSVKLDYYYSVIRGNTALRYTEDVGETQDLITWDQLPVVAQDALNNTDWDTTLWN 120
Query 230 LGNAQMPLKDDVFTKKLKKS 249
+ + +MPLKD FTK L ++
Sbjct 121 MCDVKMPLKDGEFTKNLAET 140
>PITG_04200
Length=247
Score = 206 bits (525), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 145/228 (64%), Gaps = 7/228 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PFAQP T S+KAAVK+KP+L GC+PYPAVQA+G S GL+ + G
Sbjct 24 INHDEVKPFAQPTPTTDSEKAAVKYKPKLYVSYGCHPYPAVQANGFVSAGLKGSGPID-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RS WY D WAIMY WY PKG + RH WE VVWID+PAL
Sbjct 83 ECEGSSLGSQVYSRSMWYEDKWAIMYAWYLPKGRSSK----YQRRHFWEAAVVWIDDPAL 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NSTILGVS++ P + +++DG++VK+ + L+ T+ GETQDLI
Sbjct 139 ANSTILGVSLNYGRRQKSEVPLELQFLDGSNVKLESYRGFGRPRPRLQFTQLEGETQDLI 198
Query 207 MWDQLPDVARDAL-NTDWDTTL-WNLGNAQMPLKDDVFTKKLKKSWPF 252
W+QL D ARD L + +++T L + +MPLKD VF K+L ++PF
Sbjct 199 TWEQLTDEARDGLSDAEFNTGLFFKRTRREMPLKDGVFEKRLIDAYPF 246
>PHYCA_69477
Length=213
Score = 205 bits (521), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 112/224 (50%), Positives = 141/224 (63%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PFAQP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T +G
Sbjct 1 IGHDEVKPFAQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNDVGETSGGLQ-TSGNPKG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW + VWAIMY+WYFPK S +S +GHRH+WE +V+IDNP +
Sbjct 60 GCRGSGHGSQVYGRSTWMQGVWAIMYSWYFPKDSPSS---RMGHRHDWEHAIVFIDNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL S+S+ GY K P IDGTS+KV Y +S N L+ T DAG QDLI
Sbjct 117 PEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDAGTFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQ+ + AR ALN+ + G A P D F KL+K+W
Sbjct 176 MWDQMTEDARRALNSV------SFGKAMTPFNDGSFKPKLEKAW 213
>HYAP_09243
Length=266
Score = 206 bits (525), Expect = 3e-65, Method: Compositional matrix adjust.
Identities = 112/224 (50%), Positives = 144/224 (64%), Gaps = 11/224 (5%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HD + PF++P +T+S+KA VKFKP L GC PY AV A+G TSGGL+ + + G C
Sbjct 47 HDAIVPFSEPKPVTISEKAGVKFKPLLDVNTGCAPYAAVNAEGETSGGLQTSGDPESG-C 105
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
GSQ+Y RSTWY DVWAIMY WYFPK S + +GHRH+WE VVV+I++P
Sbjct 106 RGSKYGSQVYGRSTWYNDVWAIMYAWYFPKDSPM---LLMGHRHDWENVVVFINDPDEVE 162
Query 149 STILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMW 208
TILG S S GY K AP + I+G+SV + Y +S N AL +T+DAG QDLIMW
Sbjct 163 PTILGCSTSWHSGYIKYAPCPTDSINGSSVMIKYEHSFPL-NHALNITKDAGAYQDLIMW 221
Query 209 DQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q+PD+AR ALN DT + G A P+ D F +K++ +WPF
Sbjct 222 HQMPDLARRALN---DT---DFGKAITPMNDLNFMEKIEAAWPF 259
>PHYRA_72475
Length=243
Score = 205 bits (521), Expect = 4e-65, Method: Compositional matrix adjust.
Identities = 115/230 (50%), Positives = 147/230 (64%), Gaps = 12/230 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQP +TVS+KAAV+FKP L+ GC+PYPAV A G TSGGL+ T +
Sbjct 23 SIDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDTGCHPYPAVNAAGETSGGLKGTGM-PS 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
GDC LGSQ+YAR+ WY D+WAIMY WYFPK T G RH+W VVVW+DNPA
Sbjct 82 GDCKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDQPT---FSKGKRHDWANVVVWLDNPA 138
Query 146 LDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYSI-VFGNTALELT-EDAGET 202
L+ TI+GVS S+ + YSK PP + + GT+ ++Y G +++ T + GE
Sbjct 139 LERPTIIGVSPSSYVTTYSKYTPPPADGLSGTTSMINYLADANNHGFHSVDTTWKTGGEF 198
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLIMW+QL D AR A N DT +A +P D F L+K+WP+
Sbjct 199 QDLIMWEQLTDEARGAFN---DTDFGE--HAPVPFIDPNFKANLEKAWPY 243
>PHYRA_72385
Length=237
Score = 204 bits (520), Expect = 5e-65, Method: Compositional matrix adjust.
Identities = 117/225 (52%), Positives = 144/225 (64%), Gaps = 12/225 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF QP T Q A +KFKPQ+ +GC+PYPAV G+TSGGL+ T G
Sbjct 22 ISHDQVVPFTQPTPTTTEQTAGIKFKPQIHISNGCHPYPAVDEAGNTSGGLKPTGSSSAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R T Y V+A+MY+WYFPK S +G LGHRH+WE VVVW+D+ L
Sbjct 82 -CKGSGYGSQIYGRITTYEGVYALMYSWYFPKDSPVTG---LGHRHDWEHVVVWVDDITL 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D+ +I+ VS SA GY+ PP+S IDG S KV Y S V N AL+ T D+GE+QDLI
Sbjct 138 DSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVVNHALDSTSDSGESQDLI 197
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL NTD+ G+A +P+KD F KL ++
Sbjct 198 MWDQLTDAARTALENTDF-------GDANVPMKDGNFLTKLGNAY 235
>PHYRA_52423
Length=193
Score = 202 bits (515), Expect = 7e-65, Method: Compositional matrix adjust.
Identities = 106/195 (54%), Positives = 129/195 (66%), Gaps = 5/195 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPFA+P T S+KAAVKFKPQL GCYPYPAVQADGS S GLR + G
Sbjct 1 IDHDKVQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPAD-G 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RS WY D WAIMYTWY PKG T RH WE VVWID+PAL
Sbjct 60 ECRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGRPTK----YQRRHFWETAVVWIDDPAL 115
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NSTILGVS++ + P +++DG+SVK++ + F L+ T+ GE QDLI
Sbjct 116 ANSTILGVSLNYGWRSKEETPVAPRFLDGSSVKLNSYRGYGFPKPRLQFTQIDGEFQDLI 175
Query 207 MWDQLPDVARDALNT 221
W+QL + ARDAL+T
Sbjct 176 TWEQLTEEARDALST 190
>PPTG_13769
Length=349
Score = 207 bits (528), Expect = 8e-65, Method: Compositional matrix adjust.
Identities = 111/226 (49%), Positives = 140/226 (62%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I H V+PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL T RG
Sbjct 134 IAHKDVKPFPQPEPVTISEKAGVKFKPQIQIRTGCEPYPAVNEFGETSGGLH-TSGKSRG 192
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RS W + VW IMY+WYFPK S + GLGHRH+WE +V+IDNP +
Sbjct 193 KCGGSGHGSQVYGRSAWLKGVWVIMYSWYFPKDSPSH---GLGHRHDWEEAIVFIDNPDV 249
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
ILG S+S+ GY++ AP IDGTS+KV Y +S N L +T D G+ QDLI
Sbjct 250 SEPKILGCSVSSHGGYARHAPCPPWVIDGTSLKVRYKHSWP-KNHDLAITGDGGKFQDLI 308
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ + AR ALN + G+A P KD F K++K+WPF
Sbjct 309 MWGQMTNDARRALNA------VSFGSANTPFKDGTFQDKIEKAWPF 348
>PPTG_18464
Length=247
Score = 204 bits (519), Expect = 9e-65, Method: Compositional matrix adjust.
Identities = 112/233 (48%), Positives = 148/233 (64%), Gaps = 12/233 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLR---WTV 81
+I HDQVQPF+QP T S+K+AVK+KPQL GC+PY AVQADGS SGGL W
Sbjct 22 RTINHDQVQPFSQPEPTTDSEKSAVKYKPQLHISYGCHPYAAVQADGSVSGGLNRSGWA- 80
Query 82 VGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
GD LGSQ+Y+RS WYR WAI+Y WY+PKG + G RH W ++VVW
Sbjct 81 ---NGDRKGSDLGSQVYSRSDWYRGKWAIVYAWYYPKGPVFTETGPPGQRHFWSYIVVWT 137
Query 142 DNPALDNSTILGVSMSASIGYSKRAPPKSKYI-DGTSVKV-SYFYSIVFGNTALELTEDA 199
D+P ++STI GV++ +GY + PPK +I + +VKV SY S N A++LT+++
Sbjct 138 DSPKPNHSTIQGVTIPTEVGYEMQVPPKEDFIFEQATVKVESYLNS---ENQAVQLTDES 194
Query 200 GETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
GE QDLI W+QL D AR L+ W + MPLKDDVF+ L++++PF
Sbjct 195 GEIQDLITWEQLTDQARATLSEFDFNIKWAYVDMVMPLKDDVFSTILEEAFPF 247
>PHYSO_527352
Length=245
Score = 204 bits (519), Expect = 1e-64, Method: Compositional matrix adjust.
Identities = 107/225 (48%), Positives = 138/225 (61%), Gaps = 5/225 (2%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG-QR 85
I HDQVQPFAQP T S+K+AVK+KPQL GC+PYPAVQADGS +GGL+WT
Sbjct 24 IGHDQVQPFAQPEPTTESEKSAVKYKPQLHISYGCHPYPAVQADGSVNGGLKWTFWSWAD 83
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC LGSQ+Y+RS W+R WAI+Y WYFPKG + GHRH W + ++W D+P
Sbjct 84 SDCKGSGLGSQVYSRSDWHRGKWAIVYAWYFPKGRDFEHSFKRGHRHYWLYAILWTDSPN 143
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
D STILGVS+ AP IDG ++K + S G L LTE G+TQDL
Sbjct 144 PDTSTILGVSVPNGFRDKSAAPDAQFVIDGKTIKFDSYRSFTTGRQDLGLTEKTGDTQDL 203
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
I W+QL + AR AL N ++D + +P+KD F ++L ++
Sbjct 204 ITWEQLTEEARTALSNMNFDGPRQKI---VVPMKDGDFAERLARA 245
>PHYSO_254112
Length=224
Score = 203 bits (516), Expect = 1e-64, Method: Compositional matrix adjust.
Identities = 113/224 (50%), Positives = 135/224 (60%), Gaps = 24/224 (11%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPFAQP T S+ AAVKFKP L+ GC PYPAV A+GS S L+WT G
Sbjct 24 INHDQVQPFAQPEPATDSETAAVKFKPFLEVSYGCEPYPAVSANGSVSASLKWTGKND-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY+D WA+MY WYFPKG + G + HRH W VVWIDNPAL
Sbjct 83 DCEGSALGSQVYSRSDWYKDKWAMMYAWYFPKGWQ--GASTVSHRHLWLHAVVWIDNPAL 140
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
DNSTIL VS T VK+ L+LT D GE+QDLI
Sbjct 141 DNSTILAVS--------------------TPVKLDASRGFWASKMLLKLTTDKGESQDLI 180
Query 207 MWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
WDQ+ + AR AL+ ++D L+ N ++P KD VFT KLKK+
Sbjct 181 TWDQMTEEARTALSEANFDKHLFKRKNTKVPFKDGVFTDKLKKA 224
>PHYRA_71618
Length=243
Score = 203 bits (517), Expect = 2e-64, Method: Compositional matrix adjust.
Identities = 114/230 (50%), Positives = 148/230 (64%), Gaps = 12/230 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQP+ +TVS+KAAV+FKP L+ GC+PYPAV A G TS GL+ T
Sbjct 23 SIDHDKVQPFAQPDPVTVSEKAAVRFKPSLRIDSGCHPYPAVNAAGETSAGLKGTGPSS- 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
GDC LGSQ+YAR+ WY D+WAIMY WYFPK T G RH+W VVVW+DNPA
Sbjct 82 GDCKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDKPT---FRKGERHDWANVVVWLDNPA 138
Query 146 LDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYSI-VFGNTALELT-EDAGET 202
L+ T++GVS S+ + YSK PP + ++GT+ ++Y G +++ T + GE
Sbjct 139 LERPTMIGVSPSSYVTTYSKYTPPPADGLNGTTSMINYLADANNHGFHSVDTTWKTGGEF 198
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLIMW+QL D AR ALN DT +A +P D F L+K+WP+
Sbjct 199 QDLIMWEQLTDEARAALN---DTDFGE--HALVPFIDANFKANLEKAWPY 243
>PPTG_15224
Length=246
Score = 204 bits (518), Expect = 2e-64, Method: Compositional matrix adjust.
Identities = 109/227 (48%), Positives = 143/227 (63%), Gaps = 6/227 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQPF + T S+KAAVK+KP++ GC+PYPAVQADGS S GL+ T G
Sbjct 24 INHDQVQPFDELKPTTDSEKAAVKYKPKVYVSYGCHPYPAVQADGSVSAGLKGTGPID-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RS+WY+ WAIMY WY PKG RH WE VVWID+P+
Sbjct 83 ECGGSDLGSQVYSRSSWYKGKWAIMYAWYLPKGWAYRS----PRRHFWETAVVWIDDPSP 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
NS+ILGV++++ + K P + +Y+DG+SV++ L T +GE+QDLI
Sbjct 139 TNSSILGVTLNSGLRRKKYVPVERQYVDGSSVQLESCKGRGRPRPMLRFTTISGESQDLI 198
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW+QL D AR AL N ++DT + MPLKDD F K L+ +WPF
Sbjct 199 MWEQLTDKARYALANAEFDTGFFKKKRRNMPLKDDRFEKGLEDAWPF 245
>PYU1_G011236
Length=237
Score = 202 bits (515), Expect = 3e-64, Method: Compositional matrix adjust.
Identities = 108/224 (48%), Positives = 138/224 (62%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF +P T +QK +KFKPQL +GC+PYPAV A G+TSGGL+ T G
Sbjct 23 IAHDAVVPFVEPTPTTTAQKLGIKFKPQLHISNGCHPYPAVDAAGNTSGGLKPTGSSDAG 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C G+Q+Y R+ Y V+A+MY+WYFPK S ++ LGHRH+WE VVVWIDNP
Sbjct 83 -CKGSGYGTQVYGRAAAYNGVYALMYSWYFPKDSPST---LLGHRHDWEHVVVWIDNPDA 138
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ IL VS SA GY+K PP + + G S K+ Y SIV N A ++T AGETQ LI
Sbjct 139 ASPKILAVSASAHSGYNKYHPPATTTLAGNSAKIDY-KSIVVLNHAFDMTTAAGETQPLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQ+ AR AL T + G+A +P+KD F KL ++
Sbjct 198 MWDQMTVAARTALETT------DFGDANVPMKDGNFMTKLANAY 235
>PHYRA_71310
Length=237
Score = 202 bits (515), Expect = 3e-64, Method: Compositional matrix adjust.
Identities = 116/225 (52%), Positives = 143/225 (64%), Gaps = 12/225 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF QP T Q A +KFKPQ+ +GC+PYPAV G+TSGGL+ T G
Sbjct 22 ISHDQVVPFTQPTPTTTEQTAGIKFKPQIHISNGCHPYPAVDEAGNTSGGLKPTGSSSAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R T Y V+A+MY+WYFPK S +G LGHRH+WE VVVW+D+ L
Sbjct 82 -CKGSGYGSQIYGRITTYEGVYALMYSWYFPKDSPVTG---LGHRHDWEHVVVWVDDITL 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D+ +I+ VS SA GY+ PP+S IDG S KV Y S V N AL+ T D+GE+QDLI
Sbjct 138 DSPSIIAVSPSAHSGYNIYYPPESNTIDGYSAKVDYSSSWVVVNHALDSTSDSGESQDLI 197
Query 207 MWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW QL D AR AL NTD+ G+A +P+KD F KL ++
Sbjct 198 MWGQLTDAARTALGNTDF-------GDAHVPMKDGNFLTKLGNAY 235
>PHYRA_83592
Length=237
Score = 202 bits (514), Expect = 4e-64, Method: Compositional matrix adjust.
Identities = 113/230 (49%), Positives = 141/230 (61%), Gaps = 12/230 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
+SI HD+VQPF QP +T+S+KA VKFKP+L +GC YPAV A G SGGL+ T G
Sbjct 19 ADSIDHDKVQPFPQPQPVTISEKAGVKFKPKLFIQEGCVSYPAVNAAGEPSGGLKGT--G 76
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C P LGSQ+Y R+ WY DVWAIMY WYFPKG RH+W VVVWIDN
Sbjct 77 DDSGCKLPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDKCPY---WRHDWSNVVVWIDN 133
Query 144 PALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
P ++ S +LG+S+S S Y + P +GT+ + Y Y FG+ L D G+
Sbjct 134 PDVETSKVLGLSLSTSENKYGHKYAPAESIRNGTTPML-YRYLPSFGSAGLNTYVDLGQF 192
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDLIMWDQL D AR ALN D D N G ++P+ DD F + L+K+WPF
Sbjct 193 QDLIMWDQLTDAARAALN-DQD----NFGRTEVPISDDHFPEHLEKAWPF 237
>PHYCA_6835
Length=210
Score = 201 bits (511), Expect = 6e-64, Method: Compositional matrix adjust.
Identities = 106/208 (51%), Positives = 132/208 (63%), Gaps = 11/208 (5%)
Query 45 QKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARSTWY 104
+++AVKFKPQL +GC+ YPAV G T GGL+ T C GSQ+Y RS WY
Sbjct 13 RRSAVKFKPQLHITNGCHSYPAVDEAGETGGGLK-TKGAPSAGCKGSGWGSQVYGRSGWY 71
Query 105 RDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSK 164
+DVWAIMY WYFPK +SG +GHRH+WE V+VWIDNPA++N IL V+ SA GY K
Sbjct 72 QDVWAIMYCWYFPKDEPSSG---IGHRHDWEHVIVWIDNPAVENPKILAVTPSAHSGYHK 128
Query 165 RAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWD 224
APP + IDG + KV+Y + AL+ T +AG+ QDLIMWDQL + AR ALN+
Sbjct 129 YAPPNADTIDGVTTKVAYDSKWPM-DHALDSTSEAGDFQDLIMWDQLSENARRALNSV-- 185
Query 225 TTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
N G A P+ D F KL K+WPF
Sbjct 186 ----NFGKANTPMNDGNFQPKLAKAWPF 209
>PHALS_06162
Length=488
Score = 209 bits (532), Expect = 7e-64, Method: Compositional matrix adjust.
Identities = 109/227 (48%), Positives = 147/227 (65%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HD+V PF QP +TV++ AAVKFKPQ+ ++GC+PYPAV A G SGGL+ +
Sbjct 266 TMRHDKVVPFKQPKPVTVAEHAAVKFKPQINIVNGCHPYPAVNATGEISGGLKASGSSDA 325
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C GSQ+Y RSTW+R +WAIMY+WYFPK +T+ + LGHRH+WE ++VWIDNP+
Sbjct 326 G-CKGSEYGSQVYGRSTWHRGLWAIMYSWYFPK--DTAFPL-LGHRHDWEHIIVWIDNPS 381
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
L IL V+ SA Y+ ++PP + ++GTSVKV Y I N AL T +GE QDL
Sbjct 382 LYKPRILAVASSAHSWYTVQSPPHTDRVNGTSVKVKY-AGIWPLNHALTSTTKSGEYQDL 440
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMW+QL + AR +L N G A +P++D F KL +W F
Sbjct 441 IMWEQLTEAARQSLQQA------NFGMANVPMRDGNFLDKLDTAWSF 481
>PHYCA_69480
Length=213
Score = 201 bits (510), Expect = 7e-64, Method: Compositional matrix adjust.
Identities = 109/224 (49%), Positives = 140/224 (63%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T +G
Sbjct 1 IGHDEVKPFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPAVNDVGETSGGLQ-TSGNPKG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW + VWAIMY+WYFPK S +S +GHRH+WE +V+IDNP +
Sbjct 60 GCRGSGHGSQVYGRSTWIQGVWAIMYSWYFPKDSPSS---RMGHRHDWEHAIVFIDNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL S+S+ GY K P IDGTS+K+ Y +S N L+ T D+G QDLI
Sbjct 117 PEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKLRYKHSWPI-NHDLDTTGDSGTFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQ+ + AR ALN+ + G A P D F KL+K+W
Sbjct 176 MWDQMTEDARRALNSV------SFGKANTPFNDGSFKPKLEKAW 213
>PITG_08522
Length=382
Score = 206 bits (524), Expect = 8e-64, Method: Compositional matrix adjust.
Identities = 112/229 (49%), Positives = 140/229 (61%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD V+ F QP +T+S+KA VKFKPQ++ GC PYP V G TSGGL+ T
Sbjct 123 TKTIGHDDVKLFPQPEPVTISEKAGVKFKPQIQIRTGCVPYPVVNELGETSGGLQ-TSGN 181
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
RG C GSQ+Y RSTW VWAIMY+WYFPK +S +GHRH+WE +V+IDN
Sbjct 182 SRGGCRGSGHGSQVYGRSTWMEGVWAIMYSWYFPKDFPSS---RMGHRHDWEHAIVFIDN 238
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + IL S+S+ GY K P S IDGTS+KV Y ++ N L+ T DAG Q
Sbjct 239 PEVAEPKILACSVSSHDGYKKYNPCPSYVIDGTSLKVRYKHAWPL-NHDLDTTGDAGTFQ 297
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ + AR ALN+ + G A P D F KL+K+WPF
Sbjct 298 DLIMWDQMSNDARRALNS------VHFGKANTPFNDGNFRPKLEKAWPF 340
>PHYCA_69479
Length=213
Score = 201 bits (510), Expect = 9e-64, Method: Compositional matrix adjust.
Identities = 109/224 (49%), Positives = 137/224 (61%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I H ++PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T RG
Sbjct 1 ISHHDIKPFPQPVPVTISEKAGVKFKPQIQIRTGCVPYPAVNEFGETSGGLKPT-GNPRG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW R VWAIMY+WYFPK S + GLGHRH+WE +V+IDNP +
Sbjct 60 GCRGSGYGSQVYGRSTWIRGVWAIMYSWYFPKDSPSP---GLGHRHDWEHAIVFIDNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL S+S+ GY K P IDGTS+KV Y ++ N L+ T D G QDLI
Sbjct 117 PEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHAWPM-NHDLDTTGDGGSFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW+Q+ + AR ALN+ N G+A P D F KL+ +W
Sbjct 176 MWNQMTEDARRALNSV------NFGSANTPFNDGRFMPKLENAW 213
>PHYRA_74630
Length=343
Score = 204 bits (518), Expect = 2e-63, Method: Compositional matrix adjust.
Identities = 111/226 (49%), Positives = 136/226 (60%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PF QP +T+S KA VKFKPQ++ GC PYPAV G GGL+ T RG
Sbjct 129 IGHDEVKPFPQPEPVTISDKAGVKFKPQIQIRTGCNPYPAVNEFGEVGGGLKPT-GKSRG 187
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW+ VW IMY+WYFPK S + GLGHRH+WE VV+IDNP +
Sbjct 188 KCAGSGHGSQVYGRSTWHNSVWVIMYSWYFPKDSPSP---GLGHRHDWEHAVVFIDNPDV 244
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL S+S+ GY K P IDGTS+KV Y +S N L+ T D G QDLI
Sbjct 245 PEPKILACSVSSHDGYKKYNPCPPWVIDGTSLKVRYKHSWPI-NHDLDTTGDGGTFQDLI 303
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW Q+ D AR ALN N G+A P+ D F K++ +WPF
Sbjct 304 MWGQMTDNARRALNEA------NFGSANTPMNDGNFPNKVQAAWPF 343
>PPTG_07277
Length=298
Score = 202 bits (514), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 109/229 (48%), Positives = 140/229 (61%), Gaps = 11/229 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD+++PF QP+ +T+S+KA VKFKPQ++ GC PYP V G TSGGL+ T
Sbjct 81 TKTIGHDEIKPFPQPDPVTISEKAGVKFKPQIQIRTGCVPYPVVNEFGETSGGLQ-TSGS 139
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
RG C GSQ+Y RS W WAIMY+WYFPK S +S +GHRH+WEF VV+IDN
Sbjct 140 PRGGCRGSVHGSQVYGRSAWINGFWAIMYSWYFPKDSPSS---RMGHRHDWEFAVVFIDN 196
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
P + I+G S+S+ G K P S IDG S+KV Y ++ N L++T DAG Q
Sbjct 197 PGIPEPKIIGCSVSSHDGRKKYNPCPSWVIDGNSLKVRYKHAWPM-NHDLDVTGDAGTFQ 255
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQ+ D AR ALN+ + G A P D F L+ +W F
Sbjct 256 DLIMWDQMTDDARRALNS------VSFGKANTPFNDGKFLPTLESAWAF 298
>PHYSO_336498
Length=238
Score = 200 bits (509), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 112/230 (49%), Positives = 140/230 (61%), Gaps = 17/230 (7%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+V+PF QP+ +T+S+KAAVKFKPQL DGC +PAV A G TSGGL+ G G
Sbjct 22 IDHDKVEPFPQPDPVTISEKAAVKFKPQLLIEDGCVSFPAVNAAGETSGGLK----GNSG 77
Query 87 D--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
+ C PLGSQ+Y R+ WY+DVWAIMY WYFPKG G+ R +W VVWIDNP
Sbjct 78 NSACDSAPLGSQVYGRAMWYKDVWAIMYAWYFPKGFFV--GVA-SRRFDWSSAVVWIDNP 134
Query 145 ALDNSTILGVSMSAS-IGYSKRAP-PKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
ILG+S S S Y + P P +DGT+ + S G L + G++
Sbjct 135 DFAAPKILGISTSTSDDDYETKTPAPDYAILDGTTTLLFRSTSREAGQPKLYYSSRTGDS 194
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LIMW+QLP+ AR ALNT + G A +P+ DD F KKLKK+WPF
Sbjct 195 QPLIMWEQLPEAARLALNTT------DFGLAYVPINDDTFEKKLKKAWPF 238
>PHYRA_72390
Length=237
Score = 200 bits (508), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 112/230 (49%), Positives = 140/230 (61%), Gaps = 12/230 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
+SI HD+VQPF QP +T+S+KA VKFKP+L +GC YPAV A G SGGL+ T G
Sbjct 19 ADSIDHDKVQPFPQPQPVTISEKAGVKFKPKLFIQEGCVSYPAVNAAGEPSGGLKGT--G 76
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C P LGSQ+Y R+ WY DVWAIMY WYFPKG RH+W VVVWIDN
Sbjct 77 DDSGCKLPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDKCPY---WRHDWSNVVVWIDN 133
Query 144 PALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
P ++ S +LG+S+S S Y + P +GT+ + Y Y FG+ L D G+
Sbjct 134 PDVETSKVLGLSLSTSENKYGHKYAPAESIRNGTTPML-YRYLPSFGSAGLNTYVDLGQF 192
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LIMWDQL D AR ALN D D N G ++P+ DD F + L+K+WPF
Sbjct 193 QGLIMWDQLADAARAALN-DQD----NFGRTEVPISDDHFPEHLEKAWPF 237
>PHYRA_72477
Length=238
Score = 200 bits (508), Expect = 4e-63, Method: Compositional matrix adjust.
Identities = 110/228 (48%), Positives = 141/228 (62%), Gaps = 11/228 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HD+VQPF QP +T+S+KA VKFKP L + GC YPAV A G TSGGL+ + G
Sbjct 21 TVDHDKVQPFPQPAPVTISEKAGVKFKPHLHIITGCASYPAVNAAGETSGGLKGS-GGTT 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C PPLGSQ+Y R+ WY DVWAIMY WYFPKG + RH+W VVWIDNPA
Sbjct 80 SGCALPPLGSQVYGRAGWYNDVWAIMYAWYFPKGFWDASPF---WRHDWSNAVVWIDNPA 136
Query 146 LDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
L+N LG+S+S S Y + + +G + +S + + T L D+GE QD
Sbjct 137 LENPKALGLSISRSENKYGSTYTEEDGFENGKTPNLSRYVPPMEAAT-LSTGYDSGEFQD 195
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMWDQL D AR ALN D D N G ++P+ DD F K+L+++WPF
Sbjct 196 LIMWDQLTDAARAALN-DQD----NFGRTEVPISDDHFPKRLEEAWPF 238
>PHYSO_329114
Length=236
Score = 199 bits (507), Expect = 4e-63, Method: Compositional matrix adjust.
Identities = 110/219 (50%), Positives = 136/219 (62%), Gaps = 5/219 (2%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HDQV+PFAQP TVS+KAAVKF PQ+ +GC+PYPAV A G TSGGL+ T
Sbjct 22 SINHDQVRPFAQPKPATVSEKAAVKFNPQIHITNGCHPYPAVNAAGETSGGLQ-TNGAPS 80
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C GSQ+Y RSTWY+ WAIMY+WYFPK S ++ LGHRH+WE VVVWIDNPA
Sbjct 81 AGCKGSGWGSQVYGRSTWYKGRWAIMYSWYFPKDSPST---TLGHRHDWEHVVVWIDNPA 137
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ N IL V+ SA GYSK APPK+ + G + KV+Y N AL+ T+ G+ QDL
Sbjct 138 VANPKILAVTPSAHSGYSKYAPPKAGTVTGNTAKVNYESHWPV-NHALDSTDVGGDAQDL 196
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTK 244
IMW+Q R T L + P+ D+ T+
Sbjct 197 IMWEQQHGKLRRRQCTHERWKLHDESRKGFPVVDEGRTR 235
>PHYRA_71588
Length=242
Score = 200 bits (508), Expect = 5e-63, Method: Compositional matrix adjust.
Identities = 111/232 (48%), Positives = 148/232 (64%), Gaps = 16/232 (7%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ- 84
SI HD+VQPFAQP+ +T+S+K AV+FKP L+ +GC+ YPAV A G T+ GL+ T G+
Sbjct 22 SIGHDKVQPFAQPDPVTISEKTAVRFKPILRIDNGCHSYPAVNAAGETNAGLKGT--GRP 79
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
GDC LGSQ+Y RS W+ D+WAIMY WYFPK +G G RH+W VVVW+DNP
Sbjct 80 SGDCKGSSLGSQVYGRSVWHGDLWAIMYAWYFPKDMPI---LGKGKRHDWANVVVWLDNP 136
Query 145 ALDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFY-SIVFGNTALELT-EDAGE 201
A + TI+GVS SA + Y+K PP + + G + +SY + +G L++ E GE
Sbjct 137 AHERPTIIGVSPSAYVTTYAKYTPPPANRLTGLTSMISYLADDLNYGYHTLDMNWEAGGE 196
Query 202 TQDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDL+MW+QL D AR ALN TD+ NA +P D F L+K+WP+
Sbjct 197 FQDLVMWEQLTDEARAALNDTDFGE------NALVPFIDANFKANLEKAWPY 242
>PHYRA_76657
Length=239
Score = 196 bits (499), Expect = 7e-62, Method: Compositional matrix adjust.
Identities = 112/232 (48%), Positives = 143/232 (62%), Gaps = 18/232 (8%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLK--TLDGCYPYPAVQADGSTSGGLRWTVVG 83
SI HD+VQPF QP+ +T+++K+ VKFKP+LK T GC YPAV + G TSGGL+ G
Sbjct 21 SIDHDKVQPFPQPDPVTITEKSGVKFKPELKIDTEHGCVSYPAVNSAGETSGGLK----G 76
Query 84 QRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
+G CT P LGSQ+Y R+ WY DVWAIMY WYFPKG RH+W VVWI
Sbjct 77 TKGTSACTGPILGSQVYGRAEWYNDVWAIMYAWYFPKGFWNRRAY---WRHDWSNAVVWI 133
Query 142 DNPALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAG 200
D+PAL+N +LG+S+S S Y + P +GT+ + Y + AL L +G
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYKCAALALYYASG 192
Query 201 ETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ QDLIMW QL D AR ALN D D N G ++P+ DD F K L+K+WPF
Sbjct 193 DVQDLIMWGQLTDAARAALN-DQD----NFGRTEVPINDDHFLKHLEKAWPF 239
>PHYCA_69457
Length=213
Score = 195 bits (496), Expect = 9e-62, Method: Compositional matrix adjust.
Identities = 113/224 (50%), Positives = 139/224 (62%), Gaps = 11/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV+PF QP +T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T RG
Sbjct 1 INHDQVKPFPQPEPVTISEKAGVKFKPQIQVRTGCEPYPAVNEFGETSGGLKPT-GNPRG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTW R VWAIMY+WYFPK S + GLGHRH+WE +V+IDNP +
Sbjct 60 GCGGSGYGSQVYGRSTWIRGVWAIMYSWYFPKDSPSP---GLGHRHDWEHAIVFIDNPDV 116
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL S+S+ GY K P IDGTS+KV Y +S N L+ T D G QDLI
Sbjct 117 PEPKILACSVSSHSGYKKYNPCPPWVIDGTSLKVRYKHSWP-TNHDLDTTGDGGSFQDLI 175
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW+Q+ + AR ALN+ N G+A P D F KL+ +W
Sbjct 176 MWNQMTEDARRALNSV------NFGSANTPFNDGKFMPKLENAW 213
>PHYRA_72165
Length=240
Score = 196 bits (499), Expect = 1e-61, Method: Compositional matrix adjust.
Identities = 111/232 (48%), Positives = 142/232 (61%), Gaps = 20/232 (9%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQP +TVS+KAAV+FKP L+ GC+PYPAV A G T+ GL+ T
Sbjct 22 SIDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDHGCHPYPAVNAAGETNAGLKGT-GPSS 80
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
GDC LGSQ+YAR+ WY D+WAIMY WYFPK T G G RH+W VVVW+DNPA
Sbjct 81 GDCKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDKPT---FGEGGRHDWANVVVWLDNPA 137
Query 146 LDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTED----AG 200
++ TI+GVS S+ + Y K PP + + GT+ ++Y + N + G
Sbjct 138 VERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTPMINYLADDM--NNGFHTVDTTWLPGG 195
Query 201 ETQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
E QDLIMW+QL D AR AL +TD+ A +P D F L+K+WP
Sbjct 196 EFQDLIMWEQLTDEARAALSDTDF--------GALVPFIDANFKANLEKAWP 239
>PHYRA_41766
Length=209
Score = 195 bits (496), Expect = 1e-61, Method: Compositional matrix adjust.
Identities = 111/223 (50%), Positives = 138/223 (62%), Gaps = 14/223 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I H +V+PFAQP T+S+KA VKFKPQ++ GC PYPAV G TSGGL+ T +G
Sbjct 1 ISHQEVKPFAQPMPATISEKAGVKFKPQIQIRTGCVPYPAVNYLGETSGGLK-TSGAXKG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RS W DVW +WYFPK S +S G+GHRH+WE VVV+IDNP +
Sbjct 60 GCRGSGHGSQVYGRSAWLNDVWX---SWYFPKDSPSS---GMGHRHDWEHVVVFIDNPDV 113
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
I+G S S+ GY K AP IDGTSVKV Y +S N L++T DAG QDLI
Sbjct 114 AEPKIMGCSASSHNGYKKYAPCPPWVIDGTSVKVRYKHSWPI-NHDLDVTGDAGTFQDLI 172
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
MWDQ+ + AR ALN + G+A P+ D F KL+K+
Sbjct 173 MWDQMTEDARRALNG------VHFGDANTPMNDGNFIPKLEKA 209
>PHYKE_7568
Length=372
Score = 200 bits (509), Expect = 1e-61, Method: Compositional matrix adjust.
Identities = 108/224 (48%), Positives = 135/224 (60%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF+QP T Q+ A+KFKPQ+ +GC+PYPAV DG+TSGGL T G
Sbjct 157 ISHDQVVPFSQPTPTTTIQEVAIKFKPQIYINNGCHPYPAVDEDGNTSGGLAPTGSESAG 216
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R+ Y V+A MY+WY PK G LGHRH+WE VVW+D+ L
Sbjct 217 -CKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDETLPG---LGHRHDWEACVVWLDDITL 272
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D I+ +S SA GY+ PP S Y+DG S K+ Y S + + +L T AGETQDLI
Sbjct 273 DEPNIVALSASAHSGYNVYYPPSSSYLDGDSAKIEYSSSYIVIDHSLSATSTAGETQDLI 332
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P K+ F KL ++
Sbjct 333 MWDQLTDAARAALE---DT---DFGSANVPFKEANFQTKLGNAY 370
Score = 136 bits (342), Expect = 7e-37, Method: Compositional matrix adjust.
Identities = 71/139 (51%), Positives = 90/139 (65%), Gaps = 10/139 (7%)
Query 111 MYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKS 170
MY+WYFPK S +G GHRH+WE +VVW++NPA+ + IL VS SA GY+ PP S
Sbjct 1 MYSWYFPKDSPLTG---FGHRHDWEHIVVWLNNPAITSPEILAVSTSAHSGYTVYYPPDS 57
Query 171 KYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNL 230
Y+DG S K+ Y YS++ N A +T DAGETQDLIMWDQL D A+ AL DT +
Sbjct 58 DYLDGNSAKIDY-YSVLLINHAFRMTSDAGETQDLIMWDQLTDAAQTALE---DT---DF 110
Query 231 GNAQMPLKDDVFTKKLKKS 249
G+A +P KD F KL +
Sbjct 111 GDANVPFKDANFETKLANA 129
>PHYRA_86968
Length=239
Score = 196 bits (497), Expect = 2e-61, Method: Compositional matrix adjust.
Identities = 109/229 (48%), Positives = 135/229 (59%), Gaps = 12/229 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HD+VQPF QP +T+S+KA VKFKPQL GC+PYPAV A G TSGGL+ G
Sbjct 21 TVDHDKVQPFPQPAPVTISEKAGVKFKPQLTIKAGCFPYPAVNAAGETSGGLKGN--GDE 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC LGSQ+Y R+ WY VWAIMY WYFPKG + RH+W VVWIDNPA
Sbjct 79 LDCILSLLGSQVYGRAGWYNGVWAIMYAWYFPKGFWDTVPY---WRHDWSNAVVWIDNPA 135
Query 146 LDNSTILGVSMSASIGY--SKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
L+N ILG+S+S S + P ++ I+ + Y Y L L+ G Q
Sbjct 136 LENPKILGLSLSTSENKYGNTYVPVPARTIENGTTPTLYRYVPALRAAELRLSTSRGPVQ 195
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMW QL D AR ALN D D N G +P+ DD F K L+++WPF
Sbjct 196 DLIMWGQLTDAARAALN-DQD----NFGRTDVPISDDHFPKLLEEAWPF 239
>PHYRA_84273
Length=237
Score = 194 bits (494), Expect = 4e-61, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 140/228 (61%), Gaps = 12/228 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HD+VQPF QP +T+S+KA VKFKPQL GC YPAV A G TSGGL+ + G
Sbjct 21 TVDHDKVQPFPQPAPVTISEKAGVKFKPQLHITTGCTSYPAVNAAGETSGGLKGS--GGT 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C PPLGSQ+Y R+ W+ DV+AIMY WYFPKG + RH+W VVWIDNPA
Sbjct 79 SGCMLPPLGSQVYGRAGWHNDVYAIMYAWYFPKGFWDASPF---WRHDWSNAVVWIDNPA 135
Query 146 LDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
ILG+S+S S Y K + + +G + +S + + T L D+GE QD
Sbjct 136 HKTPKILGLSLSTSENKYGKTYTEEDGFENGKTPNLSRYVPPMEAAT-LSTGYDSGEFQD 194
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMWDQL D AR ALN D D N G ++P+ DD F K+L+++WPF
Sbjct 195 LIMWDQLTDAARAALN-DQD----NFGRTEVPISDDHFPKRLEEAWPF 237
>PHYRA_49009
Length=216
Score = 194 bits (492), Expect = 5e-61, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 144/228 (63%), Gaps = 16/228 (7%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPFAQP +TVS+KAAV+FKP L+ GC+PYPAV A G T+ GL+ T + G
Sbjct 1 IDHDKVQPFAQPEPVTVSEKAAVRFKPSLRIDHGCHPYPAVNAAGETNAGLKGTGM-PSG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+YAR+ W+ D+WAIMY WYFPK G G RH+W VVVW+DNPA+
Sbjct 60 DCKGSGLGSQVYARAVWHSDLWAIMYAWYFPKDKAI---FGKGERHDWANVVVWLDNPAV 116
Query 147 DNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYS-IVFGNTALELT-EDAGETQ 203
+ TI+GVS S+ + Y K PP + + GT+ ++Y + + G ++ T + GE Q
Sbjct 117 ERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTPMINYLANDMNNGFHTVDTTWKTGGEFQ 176
Query 204 DLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
DLIMW+QL D AR AL NTD+ A +P D F L+K+W
Sbjct 177 DLIMWEQLTDEARAALSNTDF--------GALVPFIDANFKANLEKAW 216
>PPTG_06973
Length=165
Score = 192 bits (487), Expect = 5e-61, Method: Compositional matrix adjust.
Identities = 91/162 (56%), Positives = 120/162 (74%), Gaps = 2/162 (1%)
Query 93 LGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIG-LGHRHNWEFVVVWIDNPALDNSTI 151
L SQ+YAR+TW +D WAIMY W+FPK + LGHRH WE+ +VW+D P DNSTI
Sbjct 4 LDSQVYARTTWVKDKWAIMYAWFFPKARAPFPVLRFLGHRHGWEYAIVWLDKPNADNSTI 63
Query 152 LGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQL 211
LGVS+SA+ G++K APP KY+DG S+KV+Y+Y+ ++GNTA++ T++ GE QDLI W+QL
Sbjct 64 LGVSVSAAAGWAKEAPPPEKYLDGNSLKVAYYYNHIYGNTAVKYTDETGEFQDLITWNQL 123
Query 212 PDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
D+AR L NTDWD T N +MP+KD VF KKLK ++PF
Sbjct 124 SDLARSYLNNTDWDETPLNAALLKMPMKDGVFMKKLKSAYPF 165
>PHYCA_576423
Length=234
Score = 193 bits (490), Expect = 2e-60, Method: Compositional matrix adjust.
Identities = 107/224 (48%), Positives = 135/224 (60%), Gaps = 12/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP T Q A++FKPQ+ +GC+PYPAV ADG+TSGGL+ T Q
Sbjct 21 IDHDQVIPFAQPMPNTTLQSVAIQFKPQIYINNGCHPYPAVDADGNTSGGLKPT-GSQSA 79
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R+ Y V+A MY+WY PK G GHRH+WE VVW+D +L
Sbjct 80 GCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDETLD---GQGHRHDWENCVVWLD--SL 134
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D +I+ +S S Y+ PP S Y+DG S K+ Y S + + +L T AGE QDLI
Sbjct 135 DRPSIVALSASYHSTYNYYYPPSSSYLDGNSAKIQYSTSWIVLDHSLSATSTAGEIQDLI 194
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P K+D F KL K++
Sbjct 195 MWDQLTDAARTALE---DT---DFGSANVPFKEDNFIAKLAKAY 232
>PHYCA_118356
Length=252
Score = 193 bits (491), Expect = 2e-60, Method: Compositional matrix adjust.
Identities = 103/226 (46%), Positives = 140/226 (62%), Gaps = 7/226 (3%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HD+V+PFAQP ++AAVK+KP+L GC+PYPAVQA+GS S GL + G+C
Sbjct 26 HDKVKPFAQPIPTNSFEEAAVKYKPELFVSYGCHPYPAVQANGSVSAGLEGSGPDD-GEC 84
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
LGSQ+Y+RS WY D WAIMYTWY PKG L RH WE V+WID+P L++
Sbjct 85 KGSRLGSQVYSRSDWYNDKWAIMYTWYLPKGRSGK----LQDRHFWETAVIWIDDPTLED 140
Query 149 STILGVSMSASIGYSKRAPPKSKYIDGTSV-KVSYFYSIVFGNTALELTEDAGETQDLIM 207
S +LGVS++ + K ++++ + V K + + L TE AG+TQDLI
Sbjct 141 SKLLGVSLNYEDRRVSKIAIKGRHLNASKVLKFESYEAEKSPKPRLRFTEKAGKTQDLIT 200
Query 208 WDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
WDQLP AR L+ T + ++ + +MPLKD+VF K+LK +WPF
Sbjct 201 WDQLPAKARKGLSTTKFYSSPFGSVKREMPLKDEVFLKRLKDAWPF 246
>PHYSO_334498
Length=229
Score = 192 bits (488), Expect = 3e-60, Method: Compositional matrix adjust.
Identities = 104/213 (49%), Positives = 129/213 (61%), Gaps = 11/213 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP +T+S+KAAVKFKPQL +GC+PYPAV G T GGL T G
Sbjct 25 ISHDQVAPFAQPEPVTISEKAAVKFKPQLHISNGCHPYPAVNEAGDTDGGLSNTGA-PSG 83
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQ+Y RS W++DVW IMY WYFPK + LGHRH+WE V+WIDNP +
Sbjct 84 KCKGSGLGSQVYGRSGWHKDVWTIMYAWYFPKDMAS---FDLGHRHDWEHAVIWIDNPDV 140
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
ILGVS S+ GY K + ++GTSV ++Y + + L T GE Q LI
Sbjct 141 AEPKILGVSASSHAGYEKVTTIPAGSLNGTSVLLNYESTWPV-DHELRFTTKGGEYQPLI 199
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKD 239
MW QL D AR +L+T + G+A MP+ D
Sbjct 200 MWTQLTDAARVSLSTT------DFGSALMPMTD 226
>PITG_22916
Length=248
Score = 193 bits (490), Expect = 3e-60, Method: Compositional matrix adjust.
Identities = 97/229 (42%), Positives = 136/229 (59%), Gaps = 3/229 (1%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+I HDQV+PFAQPN+ T +KAAVK+KPQL DGC+PYPAV+ DG+ S GL W+
Sbjct 21 ETIDHDQVRPFAQPNAATTKEKAAVKYKPQLYIEDGCHPYPAVEEDGTISAGLEWSG-DH 79
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C P GSQ+Y+R Y+D +AIMY WYFPKG S HRH+WEF ++W D
Sbjct 80 NGHCKKSPRGSQVYSRGGSYKDKYAIMYAWYFPKGKGHSRKHHDEHRHDWEFGIIWFDRD 139
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ +S+I GV+ + P + ++ G+ +K+ + + L LT+ G+ QD
Sbjct 140 SDTDSSIAGVTTNIGRDLHDEVPLQPVHVVGSHIKLESYSTFWSAKQGLRLTKKKGDIQD 199
Query 205 LIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LI W+QLP A+ ALN D+DT +P D+ F +K+ S+PF
Sbjct 200 LIQWEQLPKAAQTALNDADFDTDKAKT-PVVVPFNDNYFQEKVAASYPF 247
>PHALS_06084
Length=260
Score = 193 bits (491), Expect = 3e-60, Method: Compositional matrix adjust.
Identities = 108/227 (48%), Positives = 139/227 (61%), Gaps = 11/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+IP+DQV+ F QP T+SQ+ A+ FKPQL + GC PYPAV G TSGGL
Sbjct 44 TIPYDQVRGFRQPKPTTISQQVALTFKPQLDIVTGCLPYPAVNRLGETSGGLP-KDADTE 102
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C SQ+Y RSTW+ DVW +M++WYFPK S LGHRH+WE VV++ID+P
Sbjct 103 TKCHGSQFNSQVYGRSTWFNDVWVMMFSWYFPKDSPFP---LLGHRHDWENVVIFIDSPK 159
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
+ ILG SMS Y K AP + +GTSVKV Y S N AL +TE G QDL
Sbjct 160 VPLPKILGCSMSYHSEYIKFAPCPTFATNGTSVKVKYEDSFPL-NHALNVTEKEGTFQDL 218
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMW+QLP + R +LN DT + G+A +P+ D F KK++++WPF
Sbjct 219 IMWNQLPPIVRKSLN---DT---DFGSANVPMNDWNFLKKVEEAWPF 259
>PHYSO_490000
Length=241
Score = 192 bits (487), Expect = 6e-60, Method: Compositional matrix adjust.
Identities = 113/227 (50%), Positives = 137/227 (60%), Gaps = 12/227 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF Q T++ KAA+K KP+L +GC+ +PAV A+G TSGGL+ G
Sbjct 23 IDHDQVVPFPQSQPTTITNKAALKLKPRLFINNGCHLHPAVNANGDTSGGLK-PKGSPEG 81
Query 87 DCTDPPLGSQIY--ARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
C GSQ+Y RSTWY VWAIMY WYFPK T GHRH+WE V+V I+NP
Sbjct 82 GCRGSGSGSQVYRYGRSTWYNGVWAIMYAWYFPKDEPTDFD---GHRHDWEHVIVRINNP 138
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
L+N TIL ++ SA GYS APP + + GTS KV Y S +F + LE T AGETQD
Sbjct 139 VLENPTILAMTPSAHSGYSTYAPPPADMVSGTSCKVEYTSSWIFIDHHLEGTSTAGETQD 198
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
LIMW L D AR AL+T N G A P+ + F KL K+WP
Sbjct 199 LIMWSDLTDAARYALSTT------NFGKADTPMNNGTFNWKLSKAWP 239
>PHYRA_72403
Length=239
Score = 191 bits (485), Expect = 1e-59, Method: Compositional matrix adjust.
Identities = 110/232 (47%), Positives = 141/232 (61%), Gaps = 18/232 (8%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLK--TLDGCYPYPAVQADGSTSGGLRWTVVG 83
SI HD+VQPF QP+ +T+++K+ VKFKP+L T GC YPAV + G TSGGL+ G
Sbjct 21 SIDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCASYPAVNSAGETSGGLK----G 76
Query 84 QRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
+G CT P LGSQ+Y R+ W+ DVWAIMY WYFPKG S RH+W VVWI
Sbjct 77 TKGTSACTGPILGSQVYGRAEWHNDVWAIMYAWYFPKGFWDSRAYW---RHDWSNAVVWI 133
Query 142 DNPALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAG 200
D+PAL+N +LG+S+S S Y + P +GT+ + Y + L +G
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYECAELVPYYASG 192
Query 201 ETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
E QDLIMWDQL D AR ALN D D N G ++P+ DD F K L+K+WP
Sbjct 193 EVQDLIMWDQLTDAARAALN-DQD----NFGRTEVPINDDHFLKHLEKAWPL 239
>PHYRA_39489
Length=237
Score = 190 bits (483), Expect = 2e-59, Method: Compositional matrix adjust.
Identities = 107/227 (47%), Positives = 133/227 (59%), Gaps = 12/227 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HD+VQPF QP +T+S+KA VKFKPQL GC+PYPAV A G TSGGL+ G
Sbjct 21 TVDHDKVQPFPQPAPVTISEKAXVKFKPQLTIKAGCFPYPAVNAAGETSGGLKGN--GDE 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC LGSQ+Y R+ WY VWAIMY WYFPKG + RH+W VVWIDNPA
Sbjct 79 LDCILSLLGSQVYGRAGWYNGVWAIMYAWYFPKGFWDTVPY---WRHDWSNAVVWIDNPA 135
Query 146 LDNSTILGVSMSASIGY--SKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
L+N ILG+S+S S + P ++ I+ + Y Y L L+ G Q
Sbjct 136 LENPKILGLSLSTSENKYGNTYVPVPARTIENGTTPTLYRYVPALRAAELRLSTSRGPVQ 195
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
DLIMW QL D AR ALN D D N G +P+ DD F K L+++W
Sbjct 196 DLIMWGQLTDAARAALN-DQD----NFGRTDVPISDDHFPKLLEEAW 237
>PPTG_15234
Length=235
Score = 190 bits (482), Expect = 2e-59, Method: Compositional matrix adjust.
Identities = 107/224 (48%), Positives = 133/224 (59%), Gaps = 12/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP T Q AV+FKPQ+ +GC+PYPAV DG+TSGGL+ T G
Sbjct 22 IDHDQVVPFAQPTPNTTVQSVAVQFKPQIYINNGCHPYPAVDEDGNTSGGLKPTGSESAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R+ Y V+A MY+WY PK GLGHRH+WE VVW+D +L
Sbjct 82 -CKGSGYGSQIYGRAVEYDGVYAFMYSWYMPKDETLD---GLGHRHDWENCVVWLD--SL 135
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
DN +I+ +S S Y PP S Y+DG S K+ Y S V + +L T GETQDLI
Sbjct 136 DNPSIVALSASYHSTYLYYYPPDSDYLDGDSAKIEYSTSWVILDHSLSATSTVGETQDLI 195
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P K+ F K+ ++
Sbjct 196 MWDQLTDAARTALE---DT---DFGDANVPFKETNFATKVANAY 233
>PPTG_13026
Length=238
Score = 190 bits (482), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 103/228 (45%), Positives = 140/228 (61%), Gaps = 11/228 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
S+ ++V P AQP+ T +QKAA+KFKP+L +GC +PAV + G TS GL+ G
Sbjct 21 SVDFNKVVPIAQPSPSTSAQKAAIKFKPRLSITNGCVSFPAVNSAGETSSGLQEGYRGSS 80
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G CT+ PLGSQ+Y R+TWY +AI+YTWYFPKG RH+W VVWIDNP
Sbjct 81 G-CTNAPLGSQVYGRTTWYNGTFAILYTWYFPKGFWNEYAT---RRHDWASAVVWIDNPE 136
Query 146 LDNSTILGVSMS-ASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
L + +ILG+S+S A + AP S DGT+ ++++ ++ G L T+ G+ Q+
Sbjct 137 LASPSILGLSVSTADWKFKTFAPASSGITDGTTPRLAHVLNVEKGYPYLTTTDTVGDFQE 196
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMWDQL AR ALNT + G A++P+ D F KLKK+WPF
Sbjct 197 LIMWDQLTTAARTALNTT------DFGVAKVPVSDAAFDTKLKKAWPF 238
>PYVX_22469
Length=474
Score = 197 bits (500), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 106/226 (47%), Positives = 140/226 (62%), Gaps = 11/226 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V FAQP+ T S++ A+ +KPQL +GC+PYPAV ADG+TSGGL+ T Q
Sbjct 22 INHDAVAAFAQPSPTTTSEEIAITYKPQLYIANGCHPYPAVDADGNTSGGLKPT-GAQDS 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LG+QIY R+T Y V+AIMY+WY PK S S GLGHRH WE VVVW+D+
Sbjct 81 DCKGSALGTQIYGRATEYNGVYAIMYSWYMPKDSPLS---GLGHRHEWENVVVWLDSATA 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ +I+ VS SA Y PP S ++GTS KV Y +V N +L++T +GETQ LI
Sbjct 138 SSPSIVAVSPSAHGNYHIYNPPSSSNVNGTSAKVKYESQVVI-NHSLDITTVSGETQPLI 196
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+++QL + AR AL T + G+A +P K+ FT L + P
Sbjct 197 LYEQLSEAARQALETT------DFGSATVPFKNTTFTANLALASPI 236
Score = 174 bits (442), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 101/224 (45%), Positives = 128/224 (57%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PFAQP T Q AAVKFKP L +GC+PYPAV DG+TSGGL+ G
Sbjct 259 IDHDAVVPFAQPTPNTTEQSAAVKFKPTLYIDNGCHPYPAVDEDGNTSGGLK-PTGSTTG 317
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
CT LGSQIY R Y VWAIMY+WY PK + +GHRH+WE V+W+D+
Sbjct 318 GCTGSSLGSQIYGRVMEYDGVWAIMYSWYMPKDEPSPY---IGHRHDWENAVIWVDDITS 374
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ +I+ +S S GY PP + Y G + K+ Y + L T AGETQDLI
Sbjct 375 ASPSIVAISASEHSGYKVYYPPSADYYSGYTAKIKYESVFFLVDHCLYATSTAGETQDLI 434
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL A+ AL DT + G+A +P K+ F K+ K++
Sbjct 435 MWDQLTAAAQTALE---DT---DFGSANVPFKEANFATKVAKAY 472
>PITG_23228
Length=254
Score = 190 bits (483), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 112/248 (45%), Positives = 143/248 (58%), Gaps = 31/248 (13%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVV 82
T I HD+VQPF+QP +T+S+KAA+ FKPQL T C P+PA A G +GGL+
Sbjct 19 TAKIDHDKVQPFSQPTPVTISEKAAITFKPQLYTPKSVCVPFPAANAYGEITGGLK---- 74
Query 83 GQRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVW 140
G G+ C PPLGSQ+Y R W+RDVWAIMY WYFPKG + RH+W+ VVVW
Sbjct 75 GSNGNDACVFPPLGSQVYGRVGWFRDVWAIMYAWYFPKGFWMG---FVSRRHDWKNVVVW 131
Query 141 IDNPALDNSTILGVSMSAS-IGYSK--RAPPKS-------------KYIDGTSVKVSYFY 184
IDNP L+ ILGVSMS S Y+K R P + YI G + + ++Y
Sbjct 132 IDNPGLEEPKILGVSMSKSETKYTKERRLWPSNFAGFYRMGRRYDRSYIYGFNTFLRFYY 191
Query 185 SIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTK 244
G L L+E GE QDLIMW+QL DVAR ALN N ++P+ D+ F
Sbjct 192 HFDVGTPNLYLSEWEGEYQDLIMWEQLTDVARAALNGS-----NNFEEVEVPISDEHFET 246
Query 245 KLKKSWPF 252
+L ++W F
Sbjct 247 RLDEAWLF 254
>PHYSO_259736
Length=231
Score = 189 bits (481), Expect = 4e-59, Method: Compositional matrix adjust.
Identities = 102/232 (44%), Positives = 138/232 (59%), Gaps = 24/232 (10%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
N I HDQV PFAQ + S KAA+KFKP+L+ GC+PYPAVQADG+ S GL+W G
Sbjct 21 VNWINHDQVHPFAQVEPVNASDKAAIKFKPKLQISYGCHPYPAVQADGAVSDGLKW---G 77
Query 84 QR--GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
+ G C LGSQ+Y+RS WY+ WAI+ HRH W ++V+WI
Sbjct 78 GKPDGKCKGSGLGSQVYSRSDWYQGKWAII------------------HRHLWLYLVLWI 119
Query 142 DNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGE 201
DNP N ILGV + + G +R PP +K+IDG+S+KV Y+ S G T ++LTE+ GE
Sbjct 120 DNPEAANPAILGVWLRTAGGNEQRVPPDAKFIDGSSLKVEYYKSSWHGKTGIQLTENPGE 179
Query 202 TQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
QDL+ W+Q+ + AR AL ++D + +P D FT L+K+W F
Sbjct 180 FQDLVTWEQMTEEARIALTEANFDGHWQERKDLDVPFIDGEFTVNLEKAWIF 231
>PHYRA_71307
Length=237
Score = 189 bits (481), Expect = 4e-59, Method: Compositional matrix adjust.
Identities = 105/224 (47%), Positives = 130/224 (58%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP T Q AV FKPQ+ +GC+PYPAV DG+TSGGL+ T Q
Sbjct 22 IDHDQVVPFAQPTPNTTVQSVAVNFKPQIYINNGCHPYPAVDEDGNTSGGLKPTG-SQSA 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R+ Y V+A MY+WY PK G LGHRH+WE VVW+D+ L
Sbjct 81 GCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDETLPG---LGHRHDWENCVVWLDDITL 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D I+ +S S Y PP S Y+DG S K+ Y S V + +L T +GETQDLI
Sbjct 138 DEPNIVALSASYHSTYLYYYPPDSDYLDGNSAKIEYSTSWVILDHSLSATSTSGETQDLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MW QL D AR AL DT + G+A +P K+ F K+ ++
Sbjct 198 MWGQLTDAARTALE---DT---DFGSANVPFKEGNFATKVANAY 235
>PHYCA_18373
Length=246
Score = 189 bits (481), Expect = 6e-59, Method: Compositional matrix adjust.
Identities = 105/207 (51%), Positives = 126/207 (61%), Gaps = 9/207 (4%)
Query 46 KAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARSTWYR 105
KAAVKFKPQL GC+PYPAVQADG S GL+ T G+C LGSQIYARS WY+
Sbjct 49 KAAVKFKPQLHISYGCHPYPAVQADGVVSAGLKPTG-PDDGECQGSSLGSQIYARSDWYK 107
Query 106 DVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKR 165
V+AIMYTWY PKGS + RH WE VVVWID+PA NSTILGVS++ + K
Sbjct 108 GVYAIMYTWYLPKGSAS--------RHFWESVVVWIDDPAASNSTILGVSLNYGLQLKKE 159
Query 166 APPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDT 225
KY+ G+S+K+ F N L LTE GE QDL+ +DQL D A AL+ +
Sbjct 160 TNIDPKYLSGSSLKLDSFPGFAINNPKLRLTELDGEFQDLVTFDQLTDAAGIALSHAEFS 219
Query 226 TLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MPL D VF ++LK +WPF
Sbjct 220 KGLIKAKTPMPLIDGVFNERLKDAWPF 246
>PHYRA_84277
Length=240
Score = 189 bits (480), Expect = 6e-59, Method: Compositional matrix adjust.
Identities = 109/229 (48%), Positives = 136/229 (59%), Gaps = 11/229 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++ HD+VQPF QP +T+S+KA VKFKP L + GC YPAV A G TSGGL+ + G
Sbjct 21 TVDHDKVQPFPQPAPVTISEKAGVKFKPHLHIITGCASYPAVNAAGETSGGLKGS-GGTT 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C PPLGSQ+Y R+ WY DVWAIMY WYFPKG + RH+W VVWIDNPA
Sbjct 80 SGCALPPLGSQVYGRAGWYNDVWAIMYAWYFPKGFWDASPF---WRHDWSNAVVWIDNPA 136
Query 146 LDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVS-YFYSIVFGNTALELTEDAGETQ 203
L+N LG+S+S S Y S + GT+ +S Y + + + E Q
Sbjct 137 LENPKALGLSISRSENKYGSTYTDDSVFEYGTTPSLSRYLPPMQTAALSTSSFPNDFELQ 196
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMWDQL D AR ALN D D N G +P+ DD F K L+++WPF
Sbjct 197 DLIMWDQLTDAARAALN-DQD----NFGRTDVPISDDHFPKLLEEAWPF 240
>PHYRA_43347
Length=220
Score = 188 bits (478), Expect = 8e-59, Method: Compositional matrix adjust.
Identities = 104/201 (52%), Positives = 133/201 (66%), Gaps = 10/201 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQP+ +TVS+KAAV+FKP L+ GC+PYPAV A G TS GL+ T
Sbjct 23 SIDHDKVQPFAQPDPVTVSEKAAVRFKPSLRIDSGCHPYPAVNAAGETSAGLKGTGPSS- 81
Query 86 GDCTDPPLGSQI---YARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWID 142
GDC LGSQ+ YAR+ WY D+WAIMY WYFPK T G RH+W VVVW+D
Sbjct 82 GDCKGSGLGSQVVLRYARAVWYSDLWAIMYAWYFPKDKPT---FRKGERHDWANVVVWLD 138
Query 143 NPALDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYSI-VFGNTALELT-EDA 199
NPAL+ T++GVS S+ + YSK PP + ++GT+ ++Y G +++ T +
Sbjct 139 NPALERPTMIGVSPSSYVTTYSKYTPPPADGLNGTTSMINYLADANNHGFHSVDTTWKTG 198
Query 200 GETQDLIMWDQLPDVARDALN 220
GE QDLIMW+QL D AR ALN
Sbjct 199 GEFQDLIMWEQLTDEARAALN 219
>PHYSO_496064
Length=254
Score = 189 bits (480), Expect = 1e-58, Method: Compositional matrix adjust.
Identities = 109/244 (45%), Positives = 146/244 (60%), Gaps = 28/244 (11%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ- 84
+I HD+VQPFAQP TVS+KAAVKFKP ++ GC+PYPAV A G TSGGL+ + G+
Sbjct 21 NIDHDKVQPFAQPEPTTVSEKAAVKFKPSIRIRSGCHPYPAVNAAGETSGGLKPS--GEP 78
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
GDC + LGSQ+Y R+ WY+D+WAIMYTWYFPK S + G RH W +VW+DNP
Sbjct 79 DGDCKNSSLGSQVYGRAVWYKDLWAIMYTWYFPKDSYGT-FFRSGQRHKWASFIVWLDNP 137
Query 145 ALDNSTILGVSMS-------------ASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNT 191
+L+ IL VS S + G +PP + YI+GTS ++Y + F +
Sbjct 138 SLEKPKILAVSTSFQTGEYQILKNGPPACGRRSCSPPFTDYINGTSAMLAYLDT--FYGS 195
Query 192 ALELT--EDAGETQDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKK 248
LE+T GE QDLIMW+QL + A+ ALN TD+ A++P D L++
Sbjct 196 ILEMTTARTGGELQDLIMWEQLTEEAQIALNETDFGE------KARVPFIDANLNANLEQ 249
Query 249 SWPF 252
+ F
Sbjct 250 TRSF 253
>PPTG_00460
Length=259
Score = 189 bits (480), Expect = 1e-58, Method: Compositional matrix adjust.
Identities = 112/225 (50%), Positives = 134/225 (60%), Gaps = 12/225 (5%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HD+VQPFAQP IT ++KAAVKFKP L GC+PYPAV A G TS GL+ T G+C
Sbjct 22 HDKVQPFAQPEPITDAEKAAVKFKPSLAVKAGCHPYPAVNAAGDTSAGLKGTGAPD-GEC 80
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
PLGSQ+Y+RS WY D WAIMY WYFPK + G I G RH+W +VVW+DNPAL
Sbjct 81 EGSPLGSQVYSRSKWYEDKWAIMYAWYFPKDMQNIGLIKKGVRHDWVNLVVWLDNPALAE 140
Query 149 STILGVSMSA-SIGYSKRAPPK-SKYIDGTSVKVSYFYSIVFG-NTALELTEDAGETQDL 205
TIL S S GY PPK S I+GT+ KV Y G +T + E+ GE QDL
Sbjct 141 PTILATSASTYGTGYEISKPPKRSDIINGTTPKVRYDEDNREGWHTIFQFHEE-GEYQDL 199
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
I W+QL + R AL NTD+ A +P D F LK +
Sbjct 200 IQWNQLTNATRKALENTDFGDF------ANVPFNDAYFETNLKAA 238
>PPTG_18463
Length=254
Score = 189 bits (479), Expect = 1e-58, Method: Compositional matrix adjust.
Identities = 106/245 (43%), Positives = 144/245 (59%), Gaps = 29/245 (12%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I D VQPFAQP +T+S+KAA+KFKPQL LDGC +PAV A G T+GGL T G+
Sbjct 21 TINRDLVQPFAQPGPVTISEKAAIKFKPQLFILDGCVSFPAVNAAGDTTGGLNGTQGGE- 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C+ PLGSQ+Y RSTWY+D WA+M+ WY PK + RH+W +VVWI+NP+
Sbjct 80 -GCSKAPLGSQVYGRSTWYQDKWAMMFAWYIPKSYMAA---ITSRRHDWASMVVWIENPS 135
Query 146 LDNSTILGVSMSASI----------------GYSKRAPPKSKYIDG--TSVKVSYFYSIV 187
L+ ILGVS+S S GY R+ + + I G TS++V +
Sbjct 136 LEIPEILGVSLSNSANGYLRYTGNIYDWNFSGYVARSRRRDRDIPGSSTSLRVEHTVRKD 195
Query 188 FGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLK 247
F + L L + G+ QDLIMW QL + AR ALNT + G +++P D F KL+
Sbjct 196 FRSAFLNLAQTDGDYQDLIMWGQLTEEARMALNTT------DFGRSKVPFNDGNFLIKLR 249
Query 248 KSWPF 252
+++PF
Sbjct 250 QAYPF 254
>PHYCA_124383
Length=280
Score = 189 bits (480), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 108/269 (40%), Positives = 143/269 (53%), Gaps = 51/269 (19%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T++I HDQV+PF QP +T+S+KAAVK+KP L DGC +PAV G +GGL+ T
Sbjct 23 TSTIDHDQVKPFRQPEPVTISEKAAVKYKPLLSIGDGCVSFPAVNTAGEITGGLKGT--K 80
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
DCT+ PLGSQ+Y RS WY+D WA+MYTWYFPK G RH+W VVVWIDN
Sbjct 81 NTKDCTEAPLGSQVYGRSAWYQDKWAMMYTWYFPKNFCAYKAAG---RHDWANVVVWIDN 137
Query 144 PALDNSTILGVSMSA-----------SIGYSKRAPPKS---------------------- 170
PAL+N+T LG S+S ++ K P ++
Sbjct 138 PALENATFLGASLSQQTLEPIKLVFLALAQRKEEPYENQKEIPMMAFAGTEQIATAMVGR 197
Query 171 -----KYIDG--TSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDW 223
KY+ G T+++ + Y F + GE+QDLIMW+QL D AR AL +
Sbjct 198 WSYIYKYVGGSNTTMRFIHKYPQKFAWIGMSFAYSDGESQDLIMWNQLTDKARAALESA- 256
Query 224 DTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ GN Q+P D F L+ +WPF
Sbjct 257 -----DFGNTQVPFTDKNFETNLQAAWPF 280
>PHYRA_72531
Length=236
Score = 187 bits (476), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 135/228 (59%), Gaps = 13/228 (6%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+VQPF QP ++T+++K+ VKFKPQL GC PYPAV A G TS GL V
Sbjct 21 AIGHDKVQPFPQPEAVTITEKSGVKFKPQLDIEYGCSPYPAVNAAGETSEGLETNGV--- 77
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC P L SQ+Y R+ WY DVWAIMY WYFPKG RH+W VVWIDNPA
Sbjct 78 FDCIIPSLSSQVYGRAEWYNDVWAIMYAWYFPKGFWDGTPW---WRHDWSNAVVWIDNPA 134
Query 146 LDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ +LG+S+S S Y P +GT+ +S + + AL + GE QD
Sbjct 135 HEKPKVLGLSLSTSENKYGNTYVPAEGIENGTTPTLSR-NVLPMRSAALGPAVNPGEFQD 193
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
L+MWDQL D AR ALN D D N G ++P+ DD F K LKK+WPF
Sbjct 194 LVMWDQLTDAARAALN-DQD----NFGRTEVPISDDHFPKHLKKAWPF 236
>PHYRA_72541
Length=239
Score = 187 bits (476), Expect = 2e-58, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 138/232 (59%), Gaps = 18/232 (8%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLK--TLDGCYPYPAVQADGSTSGGLRWTVVG 83
SI HD+VQPF QP+ +T+++K+ VKFKP+L T GC YPAV + G TSGGL+ G
Sbjct 21 SIDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCASYPAVNSAGETSGGLK----G 76
Query 84 QRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
+G CT P LGSQ+Y R+ W+ DVWAIMY WYFPKG S RH+W VVWI
Sbjct 77 TKGTSACTGPILGSQVYGRAEWHNDVWAIMYAWYFPKGFWDSRAYW---RHDWSNAVVWI 133
Query 142 DNPALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAG 200
D+PAL+N +LG+S+S S Y + P +GT+ + Y + L +G
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYKCAELVPYYASG 192
Query 201 ETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
E QDLIMW QL D AR ALN N G ++P+ DD F K L+K+WP
Sbjct 193 EVQDLIMWGQLTDAARAALNDQ-----GNFGRTEVPINDDHFLKHLEKAWPL 239
>PHYRA_75425
Length=237
Score = 187 bits (476), Expect = 3e-58, Method: Compositional matrix adjust.
Identities = 110/224 (49%), Positives = 135/224 (60%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PFAQP T Q AVKFKPQ+ +GC+PYPAV DG+TSGGL+ T Q
Sbjct 22 IDHDAVVPFAQPTPTTTLQTLAVKFKPQIYINNGCHPYPAVDEDGNTSGGLKPTG-SQSS 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
CT LGSQIY R+ Y V+A MY+WY PK ET G+G HRH+WE VVW+D+ L
Sbjct 81 GCTGSSLGSQIYGRAVEYEGVYAFMYSWYMPK-DETLDGVG--HRHDWENCVVWLDDITL 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D I+ +S S Y PP S Y+DG S K+ Y S V + +L T +GETQDLI
Sbjct 138 DEPNIVALSASYHSTYLYYYPPDSDYLDGDSAKIEYSTSWVLLDHSLSATSTSGETQDLI 197
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P K+ F KL ++
Sbjct 198 MWDQLTDAARTALE---DT---DFGDANVPFKEANFETKLANAY 235
>PHYRA_76603
Length=239
Score = 187 bits (476), Expect = 3e-58, Method: Compositional matrix adjust.
Identities = 107/232 (46%), Positives = 137/232 (59%), Gaps = 18/232 (8%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLK--TLDGCYPYPAVQADGSTSGGLRWTVVG 83
SI HD+VQPF QP+ +T+++K+ VKFKP+L T GC YPAV + G TSGGL+ G
Sbjct 21 SIDHDKVQPFPQPDPVTITEKSGVKFKPELHIDTEHGCVSYPAVNSAGETSGGLK----G 76
Query 84 QRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
+G CT P LGSQ+Y R+ WY DVWAIMY WYFPKG RH+W VVWI
Sbjct 77 TKGTSACTGPILGSQVYGRAEWYNDVWAIMYAWYFPKGFWDRRAYW---RHDWSNAVVWI 133
Query 142 DNPALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAG 200
D+PAL+N +LG+S+S S Y + P +GT+ + Y + L +G
Sbjct 134 DDPALENPKVLGLSLSTSENKYGHKYVPAEALRNGTTPSL-YRMMPTYKCAELVPYYASG 192
Query 201 ETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
E QDLIMW QL D AR ALN N G ++P+ DD F K L+K+WP
Sbjct 193 EVQDLIMWGQLTDAARAALNDQ-----GNFGRTEVPINDDHFLKHLEKAWPL 239
>PHYRA_83851
Length=239
Score = 187 bits (475), Expect = 3e-58, Method: Compositional matrix adjust.
Identities = 112/231 (48%), Positives = 137/231 (59%), Gaps = 16/231 (7%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPF QP+ +T+S+KA VKFKPQL GC YPAV A G TSGGL+ G
Sbjct 21 SIAHDEVQPFPQPDPVTISEKAGVKFKPQLHFEGGCAAYPAVNAAGETSGGLKGN--GDI 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGH-RHNWEFVVVWIDNP 144
C LGSQ+Y RS WY DVWAIMY WYFPKG + H RH+W V+WIDNP
Sbjct 79 SGCEISLLGSQVYGRSEWYNDVWAIMYAWYFPKGFWDAD----PHWRHDWSNAVLWIDNP 134
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAG---E 201
AL+N ILG+S+S S S I+ T+ + V + AL ++ G E
Sbjct 135 ALENPKILGLSLSTSENKYHTKNTYSPTINSTAPALCRDLPSV-ASAALVSSDVCGRPLE 193
Query 202 TQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
TQDLIMW QL D AR ALN D D N G ++P+ DD F K L+++WP
Sbjct 194 TQDLIMWGQLTDAARAALN-DQD----NFGRTEVPISDDHFPKHLEEAWPL 239
>PHYCA_124462
Length=280
Score = 188 bits (477), Expect = 5e-58, Method: Compositional matrix adjust.
Identities = 106/269 (39%), Positives = 144/269 (54%), Gaps = 51/269 (19%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
TN+I HDQV+PF QP +T+S+KAAVK+KP L +GC +PAV A G +GGL+ T
Sbjct 23 TNTIGHDQVKPFPQPEPVTISEKAAVKYKPLLSIGNGCVSFPAVNAAGEITGGLKGTKDT 82
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
+ DCT+ PLG+Q+Y RSTW++D WA+MY+WYFPK G RH+W VV+WIDN
Sbjct 83 E--DCTEAPLGTQVYGRSTWFQDKWAMMYSWYFPK---NFCGHKAADRHDWANVVIWIDN 137
Query 144 PALDNSTILGVSMSA-----------SIGYSKRAPPK-------------SKYIDGTSVK 179
PAL+N+T LG S+S ++ K P + + + G +
Sbjct 138 PALENATFLGASLSQQTLEPKKFVFLTVAKRKEEPYQKQKAIPMMAFAGTEQIVTGRVSR 197
Query 180 VSYFYSIVFGNT----------------ALELTEDAGETQDLIMWDQLPDVARDALNTDW 223
SY Y V G+ + GE+QDLIMW+QL D AR AL +
Sbjct 198 HSYTYKYVGGSNTTMRFIHKYPEKSAWIGMSFANSDGESQDLIMWNQLTDKARAALESA- 256
Query 224 DTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ GN Q+P D F L+ +WPF
Sbjct 257 -----DFGNTQVPFTDKNFETNLQAAWPF 280
>PHYCA_553546
Length=280
Score = 187 bits (475), Expect = 1e-57, Method: Compositional matrix adjust.
Identities = 107/269 (40%), Positives = 147/269 (55%), Gaps = 51/269 (19%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
TN+I HDQV+PF QP +T+S+KAAVK+KPQL+ DGC +PAV A G +GGL+ T
Sbjct 23 TNTIDHDQVKPFPQPEPVTISEKAAVKYKPQLEIGDGCVSFPAVNAAGEITGGLKGTKDT 82
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
+ CT+ PLGSQ+Y RSTW++D WA+MY+WYFPK G RH+W VV+WIDN
Sbjct 83 EA--CTEAPLGSQVYGRSTWFQDKWAMMYSWYFPKNFCAYKAAG---RHDWANVVIWIDN 137
Query 144 PALDNSTILGVSMSAS-----------IGYSKRAPPKS---------------------- 170
PA +N T LG S+S +G P ++
Sbjct 138 PAAENVTFLGASLSQQTLEPIKLAILPMGTRNEEPYQNQKAIPMMAFAGAERITTGRVGR 197
Query 171 -----KYIDG--TSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDW 223
KY+ G T+++ S+ Y +G + + GE+QDLIMW+QL D AR AL +
Sbjct 198 WSYTYKYVAGSNTTMRFSHSYPGTWGWIDMTFADSDGESQDLIMWNQLTDKARAALESA- 256
Query 224 DTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ G+ Q+P D F L+ +WPF
Sbjct 257 -----DFGDTQVPFTDKNFDTNLQAAWPF 280
>PHYSO_560790
Length=237
Score = 186 bits (471), Expect = 1e-57, Method: Compositional matrix adjust.
Identities = 106/226 (47%), Positives = 135/226 (60%), Gaps = 14/226 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PF QP T Q+AAVK+KPQ+ +GC+PYPAV +G+TSGGL T G
Sbjct 22 INHDQVVPFTQPTPTTALQQAAVKYKPQIHISNGCHPYPAVDNNGNTSGGLNPTGSESAG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFV--VVWIDNP 144
C G+QIY R+ Y+ V+A MY+WY PK +G LGHRH+WE VVW+D
Sbjct 82 -CKGSGYGTQIYGRAVKYQGVYAFMYSWYMPKDETLTG---LGHRHDWEACNCVVWLD-- 135
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+LDN +I+ +S S Y PP S Y+DG S K+ Y S V + +L T AGETQD
Sbjct 136 SLDNPSIVALSASYHSTYLYYYPPDSDYLDGNSAKIEYSTSWVILDHSLSATSTAGETQD 195
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
LIMWDQL D AR AL DT + G+A +P K+ F K ++
Sbjct 196 LIMWDQLTDAARTALE---DT---DFGDANVPFKEANFETKRANAY 235
>PHYSO_330015
Length=241
Score = 186 bits (471), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 105/228 (46%), Positives = 134/228 (59%), Gaps = 13/228 (6%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+VQPF QP +TVS+KAAVK+KP L LD C+PYPAV A G TSGGL+ T G+R
Sbjct 23 TIDHDKVQPFPQPGPVTVSEKAAVKYKPNLLILDACHPYPAVNAAGETSGGLKGT--GKR 80
Query 86 -GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIG-LGHRHNWEFVVVWIDN 143
G C LGSQ+Y R+ W+ D+WAIMY WYFPK G G RHNW VVW+DN
Sbjct 81 DGACKGSGLGSQVYGRAGWHDDMWAIMYAWYFPKDVYYRGTFSDKGFRHNWVNAVVWLDN 140
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
PAL+ + GY + +PP + Y +GTS + Y + + + T GE Q
Sbjct 141 PALETPRYSPCRLR---GYQECSPPFTGYFNGTSAMLVYEANGEEPSALSQNTLGGGELQ 197
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
DLIMW+QL ARDAL+T + G ++P D F LK + P
Sbjct 198 DLIMWEQLTVEARDALSTT------DFGETKVPFIDANFNANLKAARP 239
>PPTG_00471
Length=239
Score = 186 bits (471), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 102/223 (46%), Positives = 129/223 (58%), Gaps = 9/223 (4%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HD+VQPFAQP IT ++KAA+K+KP L GC+PYPAV A G TS GL+ T G+C
Sbjct 22 HDKVQPFAQPEPITDAEKAAIKYKPSLAVKAGCHPYPAVNAAGETSAGLKGTGAPD-GEC 80
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
PLGSQ+Y+RSTWY WAIMY WYFPK + G I G RH+W +VVW+DNPAL
Sbjct 81 EGSPLGSQVYSRSTWYEGKWAIMYAWYFPKDIKDVGLIKKGLRHDWVNLVVWLDNPALAK 140
Query 149 STILGVSMSASIGYSKRAPP--KSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
IL + S Y K + P +S+ I+G + KV Y G + + GE QDLI
Sbjct 141 PKILATATSTFGAYYKISKPFKRSEVINGITPKVCYDNDDYKGWHTIFPFHEEGEYQDLI 200
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
W+QL D AR+A + G A +P D F LK +
Sbjct 201 QWNQLTDAAREAFENG------DFGEANVPFNDAYFETNLKSA 237
>PHYRA_52960
Length=223
Score = 185 bits (469), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 105/224 (47%), Positives = 129/224 (58%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF QP T QK AVK KPQ+ +GC+PYPAV DG+TSGGL+ T Q
Sbjct 9 IGHDAVAPFKQPTPTTTLQKLAVKLKPQIYIANGCHPYPAVDEDGNTSGGLKPTG-DQSS 67
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQIY R YR V+A MY+WY PK G LG+RH+WE VVWI N L
Sbjct 68 GCIGSRLGSQIYGRVAKYRGVYAFMYSWYMPKDQTLPG---LGYRHDWEACVVWISNITL 124
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ I+ +S+S Y P Y++G S K+ Y S V + +L T GETQDLI
Sbjct 125 EEPNIVALSVSYHSTYQTYYPLDKDYLEGDSAKIEYSTSWVVLDHSLSATSTPGETQDLI 184
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL AR AL DT + G A++P KD F +KL K++
Sbjct 185 MWDQLTAAARTALE---DT---DFGGARVPFKDANFKEKLAKAY 222
>PHYRA_52955
Length=223
Score = 185 bits (469), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 105/224 (47%), Positives = 129/224 (58%), Gaps = 10/224 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PF QP T QK AVK KPQ+ +GC+PYPAV DG+TSGGL+ T Q
Sbjct 9 IGHDAVAPFKQPTPTTTLQKLAVKLKPQIYIANGCHPYPAVDEDGNTSGGLKPTG-DQSS 67
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQIY R YR V+A MY+WY PK G LG+RH+WE VVWI N L
Sbjct 68 GCIGSRLGSQIYGRVAKYRGVYAFMYSWYMPKDQTLPG---LGYRHDWEACVVWISNITL 124
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+ I+ +S+S Y P Y++G S K+ Y S V + +L T GETQDLI
Sbjct 125 EEPNIVALSVSYHSTYQTYYPLDKDYLEGDSAKIEYSTSWVVLDHSLSATSTPGETQDLI 184
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL AR AL DT + G A++P KD F +KL K++
Sbjct 185 MWDQLTAAARTALE---DT---DFGGARVPFKDANFKEKLAKAY 222
>PPTG_17295
Length=238
Score = 184 bits (468), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 100/230 (43%), Positives = 138/230 (60%), Gaps = 17/230 (7%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD++ P QP+ +T+S+KAA+KFKPQL DGC +PAV G SGGL+ G G
Sbjct 22 VDHDKLGPIPQPDPVTISEKAAIKFKPQLNIADGCVSFPAVNDGGDFSGGLK----GSNG 77
Query 87 D--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
+ C D P+GSQ+Y R+ WY D WAIMY W+FPKG G+ R++W VVWIDNP
Sbjct 78 NSACDDAPMGSQVYGRAAWYNDKWAIMYAWFFPKGFFM--GVA-SRRYDWSSAVVWIDNP 134
Query 145 ALDNSTILGVSMSASIG-YSKRAP-PKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
+LG+S S S Y +++P P ++G + + S V G L+ + G+
Sbjct 135 DFATPAVLGLSTSTSDDEYQRKSPAPDFGILNGVTPLLYRSISEVAGQPMLDYSSRTGDF 194
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LIMW+QL D AR+ LNT ++ GNAQ+P D F +KLKK++PF
Sbjct 195 QPLIMWEQLTDAARETLNT------FDFGNAQVPFNDANFEEKLKKAYPF 238
>PHYKE_4541
Length=147
Score = 181 bits (460), Expect = 4e-57, Method: Compositional matrix adjust.
Identities = 87/147 (59%), Positives = 106/147 (72%), Gaps = 5/147 (3%)
Query 111 MYTWYFPKGSETSG----GIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRA 166
MY WYFPKG E GHRHNWE+ +VWIDNPALD+ ILGVSMSA+ YSKRA
Sbjct 1 MYAWYFPKGREAVSMHPYARFFGHRHNWEYAIVWIDNPALDDPAILGVSMSAATSYSKRA 60
Query 167 PPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDAL-NTDWDT 225
PP +KY+DG S+KV Y+ + V +TAL LT+ GE QDL+ WDQLPD AR+AL +TDWDT
Sbjct 61 PPMAKYLDGDSLKVEYYSNAVVASTALRLTKTKGEFQDLVTWDQLPDAARNALIDTDWDT 120
Query 226 TLWNLGNAQMPLKDDVFTKKLKKSWPF 252
TL+N A+ PLKD VF + L K++P
Sbjct 121 TLFNTAGAKFPLKDGVFNETLAKAYPL 147
>PPTG_11469
Length=253
Score = 184 bits (468), Expect = 6e-57, Method: Compositional matrix adjust.
Identities = 107/247 (43%), Positives = 140/247 (57%), Gaps = 33/247 (13%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVVGQ 84
++ HD++QPF QP +T+S+KAA+KFKPQL +G C YPAV G T+GGL+ G
Sbjct 20 TVDHDKIQPFPQPEPVTISEKAAIKFKPQLYIPEGVCVSYPAVNDAGETTGGLK----GS 75
Query 85 RGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWI 141
G+ C PLGSQ+Y R+ WY+DVWAIMY WYFPKG +G RH+W+ VVVWI
Sbjct 76 NGNDACKSAPLGSQVYGRAGWYKDVWAIMYAWYFPKGF----WVGFPTRRHDWKSVVVWI 131
Query 142 DNPALDNSTILGVSMSAS-IGYSKRAPPKSK---------------YIDGTSVKVSYFYS 185
DNP L+ I+GVSMS S Y KR + Y G++ + + Y
Sbjct 132 DNPDLEVPKIVGVSMSKSDTKYDKRLELFASDFAGFQMMGQGRFRTYTYGSNTSLRFGYQ 191
Query 186 IVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKK 245
+ G+ L GE QDLIMW+QL D AR ALN D N A++P D+ +
Sbjct 192 MELGSPYLNFGVRDGEYQDLIMWEQLTDAARAALNDD-----NNFEKAEVPFSDEHYEDH 246
Query 246 LKKSWPF 252
L K+WP
Sbjct 247 LDKAWPL 253
>PHYSO_334500
Length=235
Score = 184 bits (466), Expect = 7e-57, Method: Compositional matrix adjust.
Identities = 109/224 (49%), Positives = 135/224 (60%), Gaps = 12/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD V PFAQP T Q AVKFKPQ+ +GC+PYPAV DG+TSGGL+ T G
Sbjct 22 IDHDTVVPFAQPTPTTTLQTLAVKFKPQIYIANGCHPYPAVDEDGNTSGGLKPTGSESSG 81
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
T LGSQIY R+ Y V+A MY+WY PK GLGHRH+WE VVW+D+ L
Sbjct 82 -YTGSSLGSQIYGRAVEYEGVYAFMYSWYMPKDETLP---GLGHRHDWEACVVWLDS--L 135
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
D+ +I+ +S S Y PP S Y+DG S K+ Y S V + +L T AGETQDLI
Sbjct 136 DDPSIVALSASYHSTYLTYYPPDSDYLDGNSAKIEYSTSWVILDHSLSATSTAGETQDLI 195
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P K+ F K+ K++
Sbjct 196 MWDQLTDAARTALE---DT---DFGSANVPFKEANFATKVAKAY 233
>PPTG_07991
Length=276
Score = 185 bits (469), Expect = 8e-57, Method: Compositional matrix adjust.
Identities = 100/230 (43%), Positives = 136/230 (59%), Gaps = 26/230 (11%)
Query 26 SIPHDQVQPF--AQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
+I +DQV+PF AQP+ TV++KAA+KF+P+L ++GC+PYPAV A G S GL+
Sbjct 69 TIAYDQVEPFEMAQPSDATVTEKAAIKFRPKLHVVNGCHPYPAVNAAGQVSKGLQ-KADA 127
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
+C+ LG+Q+Y RS W+ VWAIMY WYFP S +WE V+VW +N
Sbjct 128 TDAECSGSKLGTQVYGRSAWFGRVWAIMYAWYFPDVSP-----------DWEHVIVWTNN 176
Query 144 PALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
P + N IL V+ S S G YS + PP + I G SVK++Y N ALE T G
Sbjct 177 PNVTNQVILAVTTSDSTGKYSSQVPPDASMISGKSVKIAY------NNNALESTTKEGGA 230
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q+L++W QL A++ALN D + G Q+P+ DD F L K+WPF
Sbjct 231 QNLVLWHQLTPEAQEALNDD-----QSFGGVQVPVNDDYFLLNLGKAWPF 275
>HYAP_08306
Length=286
Score = 184 bits (468), Expect = 2e-56, Method: Compositional matrix adjust.
Identities = 102/228 (45%), Positives = 130/228 (57%), Gaps = 13/228 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD +QPF QP +T A+K KP+L + GC+PYPAV A G TS GL+ T G
Sbjct 58 VGHDTLQPFPQPKPVTRLDVVAIKLKPELFIVHGCHPYPAVNATGHTSNGLK-TSGDADG 116
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y R+TW+R WAIMY WYFPK + G RH+WE +VWI+NP +
Sbjct 117 HCKGSGHGSQVYGRATWFRGKWAIMYAWYFPKDAPDEES---GQRHDWEHAIVWINNPKV 173
Query 147 DNSTILGVSMSAS--IGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
IL VS+S GY K+ P DGT +K+SY + L+LT + GE QD
Sbjct 174 KQPKILAVSVSCGKFFGYLKKVAPGPAVFDGTRLKLSYGADHKHEHR-LDLTAEKGEDQD 232
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMW+QL D AR A DT LW N MPL D + +L ++WPF
Sbjct 233 LIMWEQLTDEARCAF----DTILWT--NDMMPLNDAWYKHELTRAWPF 274
>PHYKE_208
Length=187
Score = 181 bits (458), Expect = 2e-56, Method: Compositional matrix adjust.
Identities = 90/148 (61%), Positives = 106/148 (72%), Gaps = 4/148 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP + T+S+KAAVKFKPQ+ +GC+PYPAV + G TSGGL+ T G
Sbjct 22 ISHDQVVPFAQPEATTISEKAAVKFKPQIHVTNGCHPYPAVNSAGDTSGGLKPTGA-PSG 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQ+Y RSTWY WAIMY+WYFPK S ++ GLGHRH+WE VVVWIDNP +
Sbjct 81 SCKGSGYGSQVYGRSTWYSGRWAIMYSWYFPKDSPST---GLGHRHDWEHVVVWIDNPDV 137
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYID 174
+N TILGVS SA GYSK PP S +D
Sbjct 138 ENPTILGVSPSAHSGYSKYVPPSSDTVD 165
>PHYCA_129892
Length=234
Score = 182 bits (462), Expect = 3e-56, Method: Compositional matrix adjust.
Identities = 106/224 (47%), Positives = 133/224 (59%), Gaps = 12/224 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFAQP T Q AV++KPQ+ +GC+PYPAV DG+TSGGL+ T Q
Sbjct 21 IDHDQVVPFAQPTPTTTLQTLAVQYKPQIYIANGCHPYPAVDEDGNTSGGLKPT-GSQSA 79
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY R+ Y V+A MY+WY PK GLGHRH+WE VVW+D +L
Sbjct 80 GCKGSGYGSQIYGRAVEYEGVYAFMYSWYMPKDETLP---GLGHRHDWEACVVWLD--SL 134
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDLI 206
+N ++ +S S Y PP S Y+DG S K+ Y S V + +L T +GETQDLI
Sbjct 135 ENPNVVALSASYHSTYLTYYPPDSGYLDGNSAKIEYSTSWVILDHSLSATSTSGETQDLI 194
Query 207 MWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
MWDQL D AR AL DT + G+A +P KD F KL ++
Sbjct 195 MWDQLTDAARTALE---DT---DFGDANVPFKDANFETKLANAY 232
>PITG_22734
Length=168
Score = 179 bits (455), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 89/151 (59%), Positives = 108/151 (72%), Gaps = 7/151 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ HD+VQPF QP IT SQK+AVK+KPQL GC+PYPAV+ +GS SGGL W+ G
Sbjct 24 VNHDEVQPFTQPLPITDSQKSAVKYKPQLHISYGCHPYPAVEPNGSASGGLEWSGPAD-G 82
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNPA 145
DCT PLGSQ+Y+RS WY++ WAIMY WYFPKG GL GHRH WE+VVVW D+
Sbjct 83 DCTGSPLGSQVYSRSDWYKNKWAIMYAWYFPKGR-----YGLTGHRHYWEYVVVWADSST 137
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGT 176
NS+I GVSMSA +G++K PP KYI G+
Sbjct 138 STNSSIQGVSMSAGVGHAKATPPMLKYIHGS 168
>PHALS_13513
Length=240
Score = 181 bits (460), Expect = 8e-56, Method: Compositional matrix adjust.
Identities = 100/228 (44%), Positives = 133/228 (58%), Gaps = 10/228 (4%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I + VQPF + T S+++A+K+KP L +GC+PYPAVQ +GS S G W +
Sbjct 22 AIDANSVQPFPEQKPQTDSERSALKYKPHLHVSEGCHPYPAVQQNGSVSAGFEWDEDYSQ 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C P GSQIY+RS+WY+ WAIMY WYFPK + G G RH W +VW D
Sbjct 82 -PCGRSPQGSQIYSRSSWYKGKWAIMYAWYFPKAAVHIGRGVSGRRHYWLHAIVWTDEEN 140
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+NS+ILGV+MSA IG KR KS Y I GT++K+ + S AL+ T GETQD
Sbjct 141 PNNSSILGVTMSAGIGLLKRTKIKSHYIIGGTTLKLMSYVSFWGRRLALKFTVKLGETQD 200
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LI W+QL AR AL D+ + PL+D F +K+++PF
Sbjct 201 LITWEQLSHEARKALALDYKS--------DTPLQDYRFDGLIKEAYPF 240
>PHYSO_253029
Length=252
Score = 181 bits (460), Expect = 8e-56, Method: Compositional matrix adjust.
Identities = 106/230 (46%), Positives = 138/230 (60%), Gaps = 12/230 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVVG 83
+SI ++V PFAQP + T +QKAAVKFKP+L G C +PAV + G TS GL G
Sbjct 20 SSIDLNKVAPFAQPTASTSAQKAAVKFKPRLSIGSGACVSFPAVNSAGDTSSGLSEEGKG 79
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
DCT+ PLGSQ+Y R+ WY +AI+Y WYFPKG RH+W VVWIDN
Sbjct 80 ST-DCTNAPLGSQVYGRAAWYNTRFAILYAWYFPKGFWNDYPT---RRHDWASAVVWIDN 135
Query 144 PALDNSTILGVSMS-ASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
P + ILG+S+S A YS +AP S DGT+ K+S+ S+ G+ L T+ +G+
Sbjct 136 PDSNTPKILGLSLSTADWEYSTQAPATSGISDGTTPKLSHELSVECGDPYLTTTDGSGDF 195
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LIMW+QL AR ALN+ + GNA++P D F KLK +WPF
Sbjct 196 QPLIMWEQLTTAARTALNSA------DFGNAKVPTSDVNFEMKLKSAWPF 239
>PPTG_04504
Length=253
Score = 181 bits (460), Expect = 9e-56, Method: Compositional matrix adjust.
Identities = 106/250 (42%), Positives = 145/250 (58%), Gaps = 40/250 (16%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI +D+VQP AQP +T+S+KA VKFKPQL GC+ +PAV A G TS GL ++
Sbjct 21 SIAYDKVQPIAQPKPVTISEKAGVKFKPQLFVDSGCFTFPAVNAAGETSSGLP----AEQ 76
Query 86 GD--CTDP--PLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWI 141
G+ C LGSQ+Y R+TWY+ VWAIMY WY+PK T + H+W+ VVWI
Sbjct 77 GNYFCVKRYNLLGSQVYGRATWYKGVWAIMYAWYYPK---TITALVATATHDWQNAVVWI 133
Query 142 DNPALDNSTILGVSMS------------------ASIGYSKRAPPKSKYIDGTSVKVSYF 183
+NP L++ I+G+S S + + Y KR +++DGTS K++
Sbjct 134 NNPDLESPKIMGLSTSKKSETDHTKPHITRETFKSDVTYDKRTKDFDQFLDGTSFKLA-- 191
Query 184 YSIVFGNTALE-LTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVF 242
+++ G L +TE GE QDL+MW QLPDVAR ALN+ +GN +P D F
Sbjct 192 STLILGPIFLRPMTEKKGEFQDLVMWSQLPDVARAALNST------EIGN--VPFSDANF 243
Query 243 TKKLKKSWPF 252
KKL ++WPF
Sbjct 244 QKKLAEAWPF 253
>PPTG_17453
Length=254
Score = 181 bits (460), Expect = 1e-55, Method: Compositional matrix adjust.
Identities = 107/246 (43%), Positives = 137/246 (56%), Gaps = 31/246 (13%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVVGQ 84
++ HD+++PF QP T+S+KAAVKFKPQL T + C PYPAV G +GGL+ G
Sbjct 21 TVDHDKIEPFPQPEPATISEKAAVKFKPQLYTPNSVCVPYPAVNVAGEVAGGLK----GT 76
Query 85 RGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWID 142
G+ C P GSQIY R+ WY D+WAIMY WYFPKG RH+W+ VVVWID
Sbjct 77 NGNDACKYAPKGSQIYGRAGWYNDLWAIMYAWYFPKGFWMDSP---SRRHDWKSVVVWID 133
Query 143 NPALDNSTILGVSMSAS---------------IGYSKRAPPKSK-YIDGTSVKVSYFYSI 186
NP I+GVSMS S GY + YI G++ + + Y
Sbjct 134 NPESQTPKIVGVSMSKSDTRYNKETKTWPSNFAGYRMEGRRYHRTYIYGSNTSLRFQYQS 193
Query 187 VFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKL 246
G+ L + GE QDLIMW+QL D AR ALN D N G+A++P D+ + K L
Sbjct 194 DLGSPYLNFGDWEGEYQDLIMWEQLTDAARAALN---DGN--NFGDAEVPFSDEHYEKHL 248
Query 247 KKSWPF 252
K+WPF
Sbjct 249 DKAWPF 254
>PHALS_12600
Length=267
Score = 181 bits (459), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 101/225 (45%), Positives = 136/225 (60%), Gaps = 7/225 (3%)
Query 30 DQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCT 89
D+VQPF Q T+SQ++A+K+KP+L +GC+PYP VQ +GS S G++W R C
Sbjct 48 DEVQPFYQRKPTTISQESAIKYKPRLYVDEGCHPYPVVQENGSLSEGMQWKNYF-RPSCE 106
Query 90 DPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNS 149
P GSQIY+RS WY+ WA++YTWY P +++ GHRH W +VV+W D+P D+S
Sbjct 107 GSPRGSQIYSRSDWYQGKWAMLYTWYLPMALDSTAWFVDGHRHFWLWVVIWTDSPDPDDS 166
Query 150 TILGVSMSA-SIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIM 207
TIL SMS K AP KSKY I ++KV S + LELT+ GE QDLI
Sbjct 167 TILAASMSGFGDEIKKYAPLKSKYLIHDKTLKVKSTESRIRKKHGLELTKRVGEFQDLIT 226
Query 208 WDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
W+QL D AR AL+ A P++D +F + L+KS+PF
Sbjct 227 WEQLSDEARAALSNFHRLE----KRANPPIQDKLFYEVLEKSYPF 267
>PHYRA_45457
Length=199
Score = 179 bits (453), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 95/195 (49%), Positives = 121/195 (62%), Gaps = 9/195 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQV PFA+P +T+S+KA VKFKPQL +GC+ YPAV G T GGL+ T
Sbjct 12 ISHDQVIPFAEPAPVTISEKAGVKFKPQLHISNGCHSYPAVNEAGDTGGGLK-TSGAPSS 70
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C GSQIY RS W+ DVWAIMY WYFPK ++ LGHRH+WE V+WIDNP +
Sbjct 71 KCKGSGYGSQIYGRSGWHSDVWAIMYAWYFPKDMAST---TLGHRHDWEHAVIWIDNPDV 127
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSY--FYSIVFGNTALELTEDAGETQD 204
ILGVS+S+ GY+K + GT+V ++Y F+ + + L LT G+ Q
Sbjct 128 AEPKILGVSVSSHSGYAKTTTIPVGSLVGTTVLINYESFWPL---DHELSLTTKGGDLQP 184
Query 205 LIMWDQLPDVARDAL 219
LIMW QL D AR++L
Sbjct 185 LIMWSQLTDAARNSL 199
>PITG_23211
Length=245
Score = 180 bits (457), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 131/228 (57%), Gaps = 12/228 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD VQPFAQP T ++K AVKFKP L GC+PYP V A G T GL+ T
Sbjct 5 SIDHDTVQPFAQPEPTTDAEKTAVKFKPSLAVKAGCHPYPVVNAAGDTGAGLKGTGRSD- 63
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G+CT PLGSQ+Y+RST Y + WAIMY WYFPK + G I G RH+W +VVW+DNP
Sbjct 64 GECTGSPLGSQVYSRSTLYENKWAIMYAWYFPKNMQNIGLIKKGVRHDWVNLVVWLDNPT 123
Query 146 LDNSTILGVSMSA-SIGYSKRAPPK-SKYIDGTSVKVSYFYSIVFG-NTALELTEDAGET 202
L TIL S S Y PPK S I+GT+ KV Y G +T + E+ GE
Sbjct 124 LAKPTILATSASTYGTQYVISKPPKRSDIINGTTAKVRYDEDDRDGWHTIFQFHEE-GEY 182
Query 203 QDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
QDLI W QL D AR+AL NTD+ A +P D F +K +
Sbjct 183 QDLIQWTQLTDAAREALENTDFGDF------ANVPFNDAYFETNVKAA 224
>PHYRA_44405
Length=232
Score = 180 bits (456), Expect = 2e-55, Method: Compositional matrix adjust.
Identities = 104/228 (46%), Positives = 139/228 (61%), Gaps = 14/228 (6%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQP +T+S+KAAV+FKP+L+ GC+PYPAV A G TS GL+ T
Sbjct 15 SIDHDKVQPFAQPEPVTISEKAAVQFKPRLQIFGGCHPYPAVNAAGETSAGLKGTGT-HD 73
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
GDC LGSQ+Y RS WY D+W IMY WYFPK GHRH W VVVW+DNPA
Sbjct 74 GDCMRSRLGSQVYGRSVWYGDLWGIMYAWYFPKDKPK---YRKGHRHEWANVVVWLDNPA 130
Query 146 LDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYSIVF-GNTALELT-EDAGET 202
+ T++G+S S + Y+K + DG + ++Y ++ G ++++ E GE
Sbjct 131 HERPTMIGMSTSWFVTTYAKYKFVPTNGFDGKTYTINYKDDVLNDGFHSVDVIWEIGGEF 190
Query 203 QDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
QDLIMW+QL D AR AL +TD+ +A +P D F L+K+
Sbjct 191 QDLIMWEQLTDEARAALSDTDFGE------DAPVPFIDANFKANLEKA 232
>PHYCA_109089
Length=277
Score = 181 bits (459), Expect = 3e-55, Method: Compositional matrix adjust.
Identities = 106/266 (40%), Positives = 136/266 (51%), Gaps = 50/266 (19%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQVQPFAQP +T+S+KAAVKFKPQ+ DGC P+PAV A G SGGL T
Sbjct 23 TINHDQVQPFAQPEPVTISEKAAVKFKPQIHITDGCVPFPAVNAAGEVSGGLNPTKYTD- 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
CT+ P+GSQ+Y R++WYRD WAIMY WYFPK G RH W +V+W+DNPA
Sbjct 82 -GCTESPMGSQVYGRASWYRDHWAIMYAWYFPKNFRAFFARG---RHGWANMVLWLDNPA 137
Query 146 LDNSTILGVSMSASIGYSKR-------------------APPKS---------------- 170
L+N +LG S+S +++ PP
Sbjct 138 LENQKLLGASLSQQTLKAEKILFIPLDEREKEPYQKFNGIPPMGFVGMQEIRHTQLSRWS 197
Query 171 ---KYIDGTSVKVSYFYSI-VFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTT 226
Y G++V + + F L GE QDLIMW+QL D AR LN+
Sbjct 198 WNYTYEGGSNVSTRVIHMMDKFDWIHLSFLGRDGEYQDLIMWEQLTDEARAGLNSA---- 253
Query 227 LWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ G+ P DD F L+K+WPF
Sbjct 254 --DFGDTFAPFTDDNFKTALEKAWPF 277
>PPTG_08703
Length=254
Score = 179 bits (455), Expect = 6e-55, Method: Compositional matrix adjust.
Identities = 103/246 (42%), Positives = 137/246 (56%), Gaps = 31/246 (13%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLD-GCYPYPAVQADGSTSGGLRWTVVGQ 84
++ HD+++P QP +T+SQKAA+KFKPQL T + C +PAV A G +GGL+ G
Sbjct 21 TVDHDKIEPIPQPEPVTISQKAAIKFKPQLYTSEIACVSFPAVNAAGEVTGGLK----GT 76
Query 85 RGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWID 142
G+ C P GSQ+Y R+ WY+D+WAIMY WYFPKG RH+W+ VVVWID
Sbjct 77 NGNDACKYAPKGSQVYGRAGWYKDLWAIMYAWYFPKGFWMDFPT---RRHDWKNVVVWID 133
Query 143 NPALDNSTILGVSMSAS---------------IGYSKRAPPKSK-YIDGTSVKVSYFYSI 186
NP L+ I+GVSMS S GY + YI G++ + + Y
Sbjct 134 NPDLETPKIVGVSMSKSDKKYFKETKIWASNFAGYRMEGRRYHRTYIYGSNTSLRFQYQT 193
Query 187 VFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKL 246
G+ + GE QDLIMW+QL DV R ALN D+ N G A++P D+ F L
Sbjct 194 TLGSPYMNFARWDGEYQDLIMWEQLTDVVRVALN---DSK--NFGKAEVPFSDEHFEDHL 248
Query 247 KKSWPF 252
K+WP
Sbjct 249 DKAWPL 254
>PHYSO_480350
Length=245
Score = 179 bits (453), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 107/245 (44%), Positives = 140/245 (57%), Gaps = 39/245 (16%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI +D+V P AQP ++T+S+KA VKFKPQL GC +PAV A G TS G G
Sbjct 22 SIAYDKVAPIAQPEAVTISEKAGVKFKPQLFVDGGCTSFPAVNAAGETSNG------GNY 75
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C PLGSQ+Y R+TWY+DVWAIMY WY+PK S G G H+W+ VVWIDNPA
Sbjct 76 G-CVKAPLGSQVYGRATWYKDVWAIMYAWYYPKSFFASIGTG---THDWQNAVVWIDNPA 131
Query 146 LDNSTILGVSMS------------------ASIGYSKRAPPKSKYIDGTSVKVSYFYSIV 187
+ + IL +S S ++ Y K P ++GTSVK+ + +
Sbjct 132 VASPKILALSTSKKSETDYMKPTITTETFNSASNYDKAKAPIQN-VNGTSVKL--VSTSI 188
Query 188 FGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLK 247
G L T +AGE QDLIMW+QLP+ AR AL+ ++G+ +P D F KKL
Sbjct 189 LGPMFLRSTPEAGEFQDLIMWNQLPEEARAALSGK------DIGD--VPFSDANFQKKLG 240
Query 248 KSWPF 252
++WPF
Sbjct 241 EAWPF 245
>PHYSO_516261
Length=227
Score = 178 bits (451), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 100/229 (44%), Positives = 131/229 (57%), Gaps = 22/229 (10%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+I HD VQPFAQPN +TVS+KAAVKF+P L GC P+PAV + G TSGGL+ T G
Sbjct 20 GTIDHDAVQPFAQPNPVTVSEKAAVKFQPLLFVESGCVPFPAVNSAGETSGGLKGT--GG 77
Query 85 RGDCTDP-PLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
C + GSQ+Y R+ WY+D WAIMY WYFPKG + H+W +VVWIDN
Sbjct 78 TSGCKEAGATGSQVYGRAVWYKDDWAIMYAWYFPKGFWSRWA---SRHHDWASIVVWIDN 134
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
PAL+ ++G+S S + A P Y ++ +L + G+TQ
Sbjct 135 PALETPKMIGISTSEGDNDYRTAGPDDVYETTPRLR----------RVLAQLFKILGDTQ 184
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMW+QL D AR LNT + G A++P+ D F KL+K+WPF
Sbjct 185 PLIMWEQLTDEARITLNTT------DFGKAKVPMSDANFQGKLEKAWPF 227
>PITG_00957
Length=298
Score = 180 bits (457), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 109/228 (48%), Positives = 130/228 (57%), Gaps = 12/228 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ- 84
SI HD+VQPFAQP IT +KAAVKFKP L + GC+PYPAV A G TS GL+ T G+
Sbjct 57 SIDHDKVQPFAQPQPITDVEKAAVKFKPSLAVMSGCHPYPAVNAAGETSAGLKGT--GEP 114
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C LGSQ+Y+RSTWY WAIMY WYFPK + G G RH+W VVVW++NP
Sbjct 115 DGGCEGSELGSQVYSRSTWYEGRWAIMYAWYFPKDIQNGGLAKKGIRHDWVNVVVWLNNP 174
Query 145 ALDNSTILGVSMSA-SIGYSKRAPPKSK-YIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
A+ TIL S S Y PPKS IDG + K+ Y + GE
Sbjct 175 AVAAPTILATSASTYGTRYVISKPPKSSDIIDGITAKLRYDEEGGEEWHTIFQFYGEGEF 234
Query 203 QDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
QDLI WDQL D AR+AL NTD+ + +P D F LK +
Sbjct 235 QDLIQWDQLTDAAREALQNTDFGDYV------NVPFNDAYFETNLKAA 276
>PHYRA_72430
Length=238
Score = 178 bits (451), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 100/229 (44%), Positives = 130/229 (57%), Gaps = 11/229 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
SI +V P QP+ T ++K VKFKPQL DGC +PAV A G T+ GL+ G
Sbjct 20 GSIDCTKVAPITQPSPSTTAEKVGVKFKPQLTIRDGCVSFPAVNAAGETNAGLKEGDSGG 79
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C+ PLGSQ+Y RS WY +AI+Y WYFPKG + RH+W VVWID P
Sbjct 80 IG-CSSAPLGSQVYGRSAWYNGKYAILYAWYFPKGFWANVAT---RRHDWASAVVWIDRP 135
Query 145 ALDNSTILGVSMS-ASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
+ +ILG+S+S A Y +AP S GT+ ++S+ G L T+ G Q
Sbjct 136 DAASPSILGLSISTADWVYKTQAPASSGITGGTTARLSHGLQAEKGPAYLTTTDSTGSPQ 195
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMW+QL AR AL+T + GNA++P+ D F KLKK+WPF
Sbjct 196 DLIMWEQLSSAARTALSTT------DFGNAKVPMSDANFQTKLKKAWPF 238
>PHYRA_72306
Length=238
Score = 178 bits (451), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 100/229 (44%), Positives = 130/229 (57%), Gaps = 11/229 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
SI +V P QP+ T ++K VKFKPQL DGC +PAV A G T+ GL+ G
Sbjct 20 GSIDCTKVAPITQPSPSTTAEKVGVKFKPQLTIRDGCVSFPAVNAAGETNAGLKEGDSGG 79
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C+ PLGSQ+Y RS WY +AI+Y WYFPKG + RH+W VVWID P
Sbjct 80 IG-CSSAPLGSQVYGRSAWYNGKYAILYAWYFPKGFWANVAT---RRHDWASAVVWIDRP 135
Query 145 ALDNSTILGVSMS-ASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
+ +ILG+S+S A Y +AP S GT+ ++S+ G L T+ G Q
Sbjct 136 DAASPSILGLSISTADWVYKTQAPASSGITGGTTARLSHGLQAEKGPAYLTTTDSTGSPQ 195
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DLIMW+QL AR AL+T + GNA++P+ D F KLKK+WPF
Sbjct 196 DLIMWEQLSSAARTALSTT------DFGNAKVPMSDANFQTKLKKAWPF 238
>PPTG_14652
Length=257
Score = 178 bits (452), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 107/228 (47%), Positives = 132/228 (58%), Gaps = 12/228 (5%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD V+PFAQP IT+++KAAVKFKP L GC+PYP V A G TS GL T
Sbjct 19 SINHDMVKPFAQPEPITIAEKAAVKFKPSLAVKSGCHPYPIVNAAGDTSTGLEGTGPPD- 77
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C P LGSQ+Y+RSTW D WAIMY WYFPK + G + G RH+W +VVW+DNPA
Sbjct 78 GGCEGPELGSQVYSRSTWCEDKWAIMYAWYFPKDIQNRGLVKTGVRHDWVNLVVWLDNPA 137
Query 146 LDNSTILGVSMSASIG-YSKRAPPK-SKYIDGTSVKVSYFYSIVFG-NTALELTEDAGET 202
L +L S S Y PPK S I+GT+ K+ Y +T + E+ GE
Sbjct 138 LVKPAMLATSASTYGNLYVISKPPKTSDVINGTTPKLRYDEDGYEAWHTVFQFHEE-GEY 196
Query 203 QDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
QDLI W+QL D AR+AL NTD+ +P D F LK++
Sbjct 197 QDLIQWNQLTDAAREALTNTDFGVF------GHVPFIDAFFETNLKEA 238
>PHYCA_12462
Length=177
Score = 176 bits (445), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 90/161 (56%), Positives = 108/161 (67%), Gaps = 8/161 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPF QP T S+K+AVK+KPQL+ AVQADGS S GL+WT G
Sbjct 24 INHDKVQPFTQPEPTTNSEKSAVKYKPQLRIS------TAVQADGSVSAGLKWTGWSD-G 76
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY+D WAIMY WYFPKG + GHRH W + +VW+D+
Sbjct 77 DCKGSELGSQVYSRSDWYKDKWAIMYAWYFPKGRQYISKYRFGHRHYWSYAIVWMDSDVP 136
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSI 186
DNSTILGVSMSA +GYSK PKSKY +DGT+VK + S
Sbjct 137 DNSTILGVSMSAGVGYSKETLPKSKYVVDGTTVKFESYNSF 177
>PHYSO_249691
Length=225
Score = 177 bits (450), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 101/192 (53%), Positives = 124/192 (65%), Gaps = 12/192 (6%)
Query 60 GCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKG 119
GC+PYPAV DG+TSGGL+ T G C GSQIY R T + V+A+MY+WYFPK
Sbjct 43 GCHPYPAVDKDGNTSGGLKPTGSSSAG-CKGSGYGSQIYGRITTFNGVYALMYSWYFPKD 101
Query 120 SETSGGIGLGHRHNWEFVVVWIDNPALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVK 179
S SG LGHRH+WE VVVW+D+ L + +I+ VS SA GY+ PP+S IDG S K
Sbjct 102 SPISG---LGHRHDWEHVVVWVDDITLASPSIIAVSPSAHNGYNIYYPPESGTIDGYSAK 158
Query 180 VSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLK 238
V Y S + N AL+ T DAGETQDLIMWDQL D AR AL NTD+ G+A +P+K
Sbjct 159 VDYSSSWLVVNHALDSTSDAGETQDLIMWDQLTDTARTALENTDF-------GDANVPMK 211
Query 239 DDVFTKKLKKSW 250
D F KL ++
Sbjct 212 DANFQMKLGNAY 223
>PHYCA_123797
Length=241
Score = 178 bits (451), Expect = 2e-54, Method: Compositional matrix adjust.
Identities = 100/231 (43%), Positives = 134/231 (58%), Gaps = 28/231 (12%)
Query 26 SIPHDQVQPF--AQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
+I +D+V PF AQP+ TV++KAA+KF+P+LK ++GC+PYPAV A G S GL V
Sbjct 34 TIAYDKVVPFPMAQPSESTVTEKAAIKFRPKLKVVNGCHPYPAVNAAGQVSNGLE--VAD 91
Query 84 QRG-DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWID 142
G C LG+Q+Y RS W+ VWAIMY WYFP + +WE V+VW +
Sbjct 92 PTGAACKGSKLGTQVYGRSAWFGRVWAIMYAWYFPDVTA-----------DWEHVIVWTN 140
Query 143 NPALDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGE 201
NP + N +L V+ S S GY+ + PP + + G SVKVSY N LE T + G
Sbjct 141 NPNVTNQVVLAVTTSNSKGGYTSQVPPDATMMSGKSVKVSY------NNNGLESTTEEGG 194
Query 202 TQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q+LI+W QL A++ALN D N Q+P+ DD F L K+WPF
Sbjct 195 AQNLILWHQLTAAAQEALNDD-----QNFDGVQVPVNDDYFLLNLGKAWPF 240
>PHYRA_52260
Length=234
Score = 177 bits (449), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 103/226 (46%), Positives = 134/226 (59%), Gaps = 13/226 (6%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
S+ +D+VQPF QP+ +T ++K+ VKFKPQL GC YPAV A G +GGL + +
Sbjct 21 SVDYDKVQPFPQPDPVTTTEKSGVKFKPQLDIEYGCSSYPAVNAAGDINGGLPTSGI--- 77
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC GSQ+Y R+ WY DVWAIMY WYFPKG + RH+W VVWIDNPA
Sbjct 78 ADCQFALGGSQVYGRAEWYNDVWAIMYAWYFPKGFWDAAPY---WRHDWSNAVVWIDNPA 134
Query 146 LDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
L+N ILG+S+S S Y P +GT+ ++ VF L + + GE QD
Sbjct 135 LENPKILGLSLSTSENKYGNTYVPAEAIENGTTPTLNRNLP-VFRAAELRPSTNRGEFQD 193
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
LIMW QL D AR ALN D DT G ++P+ DD F K+L+++W
Sbjct 194 LIMWGQLTDAARAALN-DQDT----FGRTEVPISDDHFPKRLEEAW 234
>PITG_22981
Length=259
Score = 177 bits (450), Expect = 3e-54, Method: Compositional matrix adjust.
Identities = 108/225 (48%), Positives = 129/225 (57%), Gaps = 12/225 (5%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HD VQPFAQP T ++K AVKFKP L GC+PYP V A G T GL+ T G+C
Sbjct 22 HDTVQPFAQPEPTTDAEKTAVKFKPSLAVKAGCHPYPVVNAAGDTGAGLKGTGRSD-GEC 80
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
T PLGSQ+Y+RST Y + WAIMY WYFPK + G I G RH+W +VVW+DNP L
Sbjct 81 TGSPLGSQVYSRSTLYENKWAIMYAWYFPKDMQDIGLIKKGVRHDWVNLVVWLDNPTLAK 140
Query 149 STILGVSMSA-SIGYSKRAPPK-SKYIDGTSVKVSYFYSIVFG-NTALELTEDAGETQDL 205
TIL S S Y PPK S I+GT+ KV Y G +T + E+ GE QDL
Sbjct 141 PTILATSASTYGTQYVISKPPKRSDIINGTTAKVRYDEDDRDGWHTIFQFLEE-GEYQDL 199
Query 206 IMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
I W QL D AR+AL NTD+ A +P D F LK +
Sbjct 200 IQWTQLTDAAREALENTDFGDF------ANVPFNDAYFETNLKAA 238
>PHYCA_544885
Length=256
Score = 177 bits (448), Expect = 6e-54, Method: Compositional matrix adjust.
Identities = 109/251 (43%), Positives = 144/251 (57%), Gaps = 39/251 (16%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLD-GCYPYPAVQADGSTSGGLRWTVVGQ 84
++ HDQ++PF QP +TVS+KAA+KFKPQL T C P+PAV A G +GGL+ T G
Sbjct 21 TVNHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPKIVCVPFPAVNAAGEVTGGLKGTN-GN 79
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKG-----SETSGGIGLGHRHNWEFVVV 139
G C P G+QIY R+ WY+D+WAIMY+WYFPKG S T RH+W+ VVV
Sbjct 80 DG-CKYAPKGAQIYGRAGWYKDLWAIMYSWYFPKGFGWFDSPT-------RRHDWKNVVV 131
Query 140 WIDNPALDNSTILGVSMSAS---------------IGY--SKRAPPKSKYI-DGTSVKVS 181
WIDNP L+ I+GV+MS S +GY R + +Y+ TS++
Sbjct 132 WIDNPDLETPKIVGVAMSKSDTDYSKEVKIWPSYFVGYRTEGRFSSRVEYLGSNTSLRFE 191
Query 182 YFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDV 241
Y S + GN + GE QDLIMW+QL D AR ALN + G A++P D+
Sbjct 192 YDTSDI-GNPLMHFAAWDGEYQDLIMWEQLTDAARVALNDG-----KSFGKAEVPFNDEH 245
Query 242 FTKKLKKSWPF 252
+ L K+WPF
Sbjct 246 YEDHLGKAWPF 256
>HYAP_06628
Length=245
Score = 176 bits (447), Expect = 7e-54, Method: Compositional matrix adjust.
Identities = 103/230 (45%), Positives = 131/230 (57%), Gaps = 11/230 (5%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T IPH +V+ FAQP +T+S+KAAV+ P L GC PYPAV G TSGGL+ T
Sbjct 26 TERIPHHEVKAFAQPEPVTISEKAAVRLNPTLLVTYGCQPYPAVNEFGQTSGGLKPT-GD 84
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C GSQ+YARS W+ D WAIM+ +YFPK S+ + + RH+WEF VVWI N
Sbjct 85 HNGHCKGSGHGSQVYARSAWFGDKWAIMFAYYFPK-SQPRRSVSV--RHSWEFAVVWIAN 141
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTE-DAGET 202
P T+ + S + GY K + +DG VK+ Y + + LELT D G T
Sbjct 142 PEAPEKTLALTTRSFAYGYFKYTSFDASEMDGERVKLRY-WQHADSDLYLELTSLDGGVT 200
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ LIMW+QLP+ AR ALN WN G + PL D+ F L SWPF
Sbjct 201 RPLIMWEQLPEKARCALN----EATWN-GGFKCPLSDEAFEPLLNASWPF 245
>HYAP_05559
Length=262
Score = 177 bits (448), Expect = 7e-54, Method: Compositional matrix adjust.
Identities = 95/226 (42%), Positives = 133/226 (59%), Gaps = 11/226 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N PHDQ+QP+AQP TV++KAA ++KP L + GCYPYPAV A+G T+GGL+ T G
Sbjct 26 NRAPHDQIQPYAQPEETTVTEKAAARYKPSLHSSHGCYPYPAVDAEGRTNGGLKAT-GGS 84
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
R C P +G Q+YAR W + + I++ WYFPK S G+GHRH+WE+ +W++NP
Sbjct 85 RSKCGQPYMGGQVYARGKWCDEQFGIIFAWYFPKDSVRD---GVGHRHDWEWATIWLNNP 141
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ S ILGV+ S + K + +G +VK+ Y + L+ + GE Q
Sbjct 142 EANVSEILGVTTIGSGKPKRTNKLKRENRNGDTVKLDYRDH--GRRHYIALSGNDGELQP 199
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
LIMWDQ+ + +R ALN T WN + MPL D VF L ++
Sbjct 200 LIMWDQMTEASRCALN----TVGWNK-HRLMPLADTVFDNNLATAY 240
>PHYSO_526541
Length=239
Score = 176 bits (445), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 105/232 (45%), Positives = 136/232 (59%), Gaps = 19/232 (8%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+VQPFAQP TVS+KAAVKFKP L+ +DGC+PYPAV A G TSGGL+ T
Sbjct 21 TIDHDKVQPFAQPAPATVSEKAAVKFKPSLQIIDGCHPYPAVNAAGETSGGLKHTGP-VD 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNP 144
G C LGSQ+Y RS WY+D+WAIMY+WYFPK +G G RH W VVW+DNP
Sbjct 80 GKCKGSGLGSQVYGRSGWYKDLWAIMYSWYFPKDKH----LGYKGQRHKWVDAVVWLDNP 135
Query 145 ALDNSTILG-VSMSASIGYSKRAPPKSKYIDGTSVKVSY--FY-SIVFGNTALELTEDAG 200
A + +L V G +A +++++ T+ +SY FY F + T G
Sbjct 136 AFETPKVLANVPQRCEHGSCGKA--FAEFMNNTTPMISYRPFYMETSFHTLEMTSTRGTG 193
Query 201 ETQDLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
E QDLIMW+QL AR AL+ TD+ A++P D F L+ + P
Sbjct 194 ELQDLIMWEQLSPEARTALSETDFGEA------AKVPFIDANFETNLELARP 239
>PHALS_14423
Length=379
Score = 180 bits (456), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 105/234 (45%), Positives = 135/234 (58%), Gaps = 15/234 (6%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N + ++VQPF Q T SQK+A+K++P+L L CYPYPAVQADGS S GL W + Q
Sbjct 155 NFVNVNEVQPFKQRKPTTDSQKSAIKYQPRLYVLGACYPYPAVQADGSLSEGLPWKIFFQ 214
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
C P GSQIY+RS WYR WAIMY WY P+ + + GH H W FVVVW D+P
Sbjct 215 -SRCNGSPRGSQIYSRSDWYRGKWAIMYAWYLPRALDQNIWDVDGHSHFWTFVVVWTDSP 273
Query 145 ALDNSTILGVSMSASIGYSKR-APPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGET 202
D STIL S S K+ +P KSKY ++ S+KV + + T L+LTE GE
Sbjct 274 DPDVSTILAASTSGVGNRIKKYSPLKSKYLLNHKSLKVKLHENHFWDKTGLKLTEKVGEL 333
Query 203 QDLIMWDQLPDVARDALN----TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LI W+QL D AR AL+ +DW + P++D F L ++PF
Sbjct 334 QTLITWEQLTDEARAALSSVHYSDW--------RMESPIQDKWFRPMLSSAYPF 379
>PHALS_13512
Length=243
Score = 176 bits (445), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 99/225 (44%), Positives = 132/225 (59%), Gaps = 15/225 (7%)
Query 34 PFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCTDPPL 93
PF QP T SQK+A+K++P+L + CYPYPAVQA+GS S GL W V C P
Sbjct 28 PFKQPTPTTDSQKSAIKYQPRLYVVSDCYPYPAVQANGSLSYGLPWEVFAP-TKCNGSPY 86
Query 94 GSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNSTILG 153
GSQIY+RS WYR +WAIMY WY P+ + S + GHRH W FVVVW ++P + STIL
Sbjct 87 GSQIYSRSDWYRGMWAIMYAWYLPRALDHSSWLVDGHRHFWTFVVVWTNSPDPNVSTILA 146
Query 154 VSMSASIGYSKR-APPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQL 211
S S + K+ P KSKY +D ++KV + + T L+LT+ G+ Q LI W+QL
Sbjct 147 ASTSGTDNRIKKYLPVKSKYLLDRRTLKVKLYQNYWLDKTGLKLTDKVGDLQPLITWEQL 206
Query 212 PDVARDALNT----DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
D AR AL++ DW + P++D F L ++PF
Sbjct 207 TDEARAALSSFHYPDW--------RMETPIQDKWFRYMLSSAYPF 243
>PHYKE_5655
Length=243
Score = 176 bits (445), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 102/229 (45%), Positives = 137/229 (60%), Gaps = 10/229 (4%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPF QP+ +TVS+K AVKFKP L+ GC+ YPAV A SGGL+ T G
Sbjct 22 IGHDKVQPFPQPDPVTVSEKTAVKFKPSLRIDSGCHSYPAVNAACEISGGLKGT-GSDDG 80
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DCT LGSQ+Y R+ WY D+WAIMY+WYFPK + G RH+W VVVW+++PA
Sbjct 81 DCTGSSLGSQVYGRAVWYNDLWAIMYSWYFPKDMPVA-IFKKGRRHDWVNVVVWLNDPAA 139
Query 147 DNSTILG-VSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIV-FGNTALELTED-AGETQ 203
+ +LG S YSK PP ++G S ++Y + G ++ T + GE Q
Sbjct 140 EKPIMLGVSPSSYVSSYSKYTPPPVDGLNGMSCMINYLSNPYDHGYHTVDTTRNRGGEFQ 199
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
DL+MW+QL D AR +LN +T AQ+P D+ F L+K+WP+
Sbjct 200 DLVMWEQLTDAARISLN---ETAFGE--TAQVPFIDENFVANLEKAWPY 243
>HYAP_05558
Length=262
Score = 176 bits (445), Expect = 2e-53, Method: Compositional matrix adjust.
Identities = 94/226 (42%), Positives = 134/226 (59%), Gaps = 11/226 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N PHDQ++P+AQP TV++KAA ++KP L + GCYPYPAV A+G T+GGL+ T G
Sbjct 26 NRAPHDQIKPYAQPEETTVTEKAAARYKPSLHSSHGCYPYPAVDAEGRTNGGLKAT-GGS 84
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
R C P +G Q+YAR W+ + + I++ WYFPK S G+GHRH+WE+ +W++NP
Sbjct 85 RSKCGQPYMGGQVYARGKWWDEQFGIIFAWYFPKDSVRD---GVGHRHDWEWATIWLNNP 141
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ S ILGV+ S + K + +G +VK+ Y + L+ + GE Q
Sbjct 142 EANVSEILGVTTIGSGKPKRTNKLKRENRNGDTVKLDYRDH--GRRHYIALSGNDGELQP 199
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
LIMWDQ+ + +R ALN T WN + MPL D VF L ++
Sbjct 200 LIMWDQMTEASRCALN----TVGWNK-HRLMPLADTVFDNNLATAY 240
>PHYSO_254223
Length=227
Score = 174 bits (442), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 100/226 (44%), Positives = 123/226 (54%), Gaps = 29/226 (13%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HDQVQ F QP +T +K AVK+KPQL +GC+PYPAVQAD
Sbjct 24 IDHDQVQSFPQPEPVTDFEKFAVKYKPQLHISNGCHPYPAVQAD---------------- 67
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+Y+RS WYR W IMY WYFPKG GHRH WE VVVW+DNP
Sbjct 68 ----------VYSRSDWYRGKWTIMYAWYFPKGRACKDDFKTGHRHFWEDVVVWVDNPNP 117
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYI-DGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
DNST+LGV M A + K P KY+ DG +VK + S+ G + LTED GE QDL
Sbjct 118 DNSTLLGVPMYAGHRHIKVVPVDEKYLKDGKTVKFGSYKSL--GAQVVGLTEDYGEIQDL 175
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
I W+QL AR AL+ + +P+KD F K L+ ++P
Sbjct 176 ITWEQLTVEARTALSEANFHVDGGVREVVVPIKDGQFEKTLESAYP 221
>HYAP_04977
Length=262
Score = 175 bits (444), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 94/226 (42%), Positives = 133/226 (59%), Gaps = 11/226 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N PHDQ++P+AQP TV++KAA ++KP L + GCYPYPAV A+G T+GGL+ T G
Sbjct 26 NRAPHDQIKPYAQPEETTVTEKAAARYKPSLHSSHGCYPYPAVDAEGRTNGGLKAT-GGS 84
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
R C P +G Q+YAR W + + I++ WYFPK S G+GHRH+WE+ +W++NP
Sbjct 85 RSKCGQPYMGGQVYARGKWCDEQFGIIFAWYFPKDSVRD---GVGHRHDWEWATIWLNNP 141
Query 145 ALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQD 204
+ S ILGV+ S + K + +G +VK+ Y + L+ + GE Q
Sbjct 142 EANVSEILGVTTIGSGKPKRTNKLKRENRNGDTVKLDYRDH--GRRHYIALSGNDGELQP 199
Query 205 LIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
LIMWDQ+ + +R ALN T WN + MPL D VF L ++
Sbjct 200 LIMWDQMTEASRCALN----TVGWNK-HRLMPLADTVFDNNLATAY 240
>HYAP_07436
Length=267
Score = 175 bits (444), Expect = 3e-53, Method: Compositional matrix adjust.
Identities = 98/229 (43%), Positives = 134/229 (59%), Gaps = 12/229 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N +PHD++QPF++ T ++KA V+FKPQ+K +DGC+ Y AV A G SGGL+ GQ
Sbjct 46 NDLPHDKIQPFSELEPKTPAEKAGVRFKPQIKFVDGCHSYAAVDAAGHNSGGLKPK--GQ 103
Query 85 -RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C GSQIY RS + + WAIMY YFPK + + G+RH +E V+VWID+
Sbjct 104 PEGKCKGSGFGSQIYGRSAPFGNKWAIMYALYFPKDMKV---LNRGYRHAFEHVIVWIDD 160
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
AL + IL V+ + Y K P + +DG SVK+ Y ++ G L + GE Q
Sbjct 161 IALKDPKILAVTSRRNKEYQKIVSPDPRCMDGDSVKLFYESEVLDGYHQLSCSTFPGEFQ 220
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMW+QL + AR AL T N G +MPL D F + L+++WPF
Sbjct 221 PLIMWEQLTNEARTALET------VNWGRDKMPLGDVAFNESLEQAWPF 263
>PHYCA_123205
Length=177
Score = 172 bits (436), Expect = 4e-53, Method: Compositional matrix adjust.
Identities = 88/161 (55%), Positives = 106/161 (66%), Gaps = 8/161 (5%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPF QP T S+ +AVK+KPQL+ AVQADGS S GL+W G
Sbjct 24 INHDKVQPFTQPEPTTNSENSAVKYKPQLRIS------TAVQADGSVSAGLKWAGWSD-G 76
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
DC LGSQ+Y+RS WY+D WAIMY WYFPKG + GHRH W + +VW+D+
Sbjct 77 DCKGSELGSQVYSRSDWYKDKWAIMYAWYFPKGRQYISKYRFGHRHYWSYAIVWMDSDVP 136
Query 147 DNSTILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSI 186
DNSTILGVSMSA +GYSK PKSKY +DGT+VK + S
Sbjct 137 DNSTILGVSMSAGVGYSKETLPKSKYVVDGTTVKFESYNSF 177
>HYAP_07925
Length=267
Score = 175 bits (443), Expect = 5e-53, Method: Compositional matrix adjust.
Identities = 98/229 (43%), Positives = 134/229 (59%), Gaps = 12/229 (5%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
N +PHD++QPF++ T ++KA V+FKPQ+K +DGC+ Y AV A G SGGL+ GQ
Sbjct 46 NDLPHDKIQPFSELEPKTPAEKAGVRFKPQIKFVDGCHSYAAVDAAGHNSGGLKPK--GQ 103
Query 85 -RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G C GSQIY RS + + WAIMY YFPK + + G+RH +E V+VWID+
Sbjct 104 PEGKCKGSGFGSQIYGRSAPFGNKWAIMYALYFPKDMKV---LNRGYRHAFEHVIVWIDD 160
Query 144 PALDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
AL + IL V+ + Y K P + +DG SVK+ Y ++ G L + GE Q
Sbjct 161 IALKDPKILAVTSRRNKEYQKIVSPDPRCMDGDSVKLFYESEVLDGYHQLSCSTFPGEFQ 220
Query 204 DLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
LIMW+QL + AR AL T N G +MPL D F + L+++WPF
Sbjct 221 PLIMWEQLTNEARTALET------VNWGRDKMPLGDVAFNESLEQAWPF 263
>PHYRA_47103
Length=226
Score = 172 bits (435), Expect = 2e-52, Method: Compositional matrix adjust.
Identities = 101/220 (46%), Positives = 126/220 (57%), Gaps = 13/220 (6%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVG 83
T +I HD+VQPF QP ++T+++K+ VKFKPQL GC PYPA A G TS GL
Sbjct 19 TAAIGHDKVQPFPQPEAVTITEKSGVKFKPQLDIEXGCSPYPAANAAGETSEGLE---TN 75
Query 84 QRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
DC P LGSQ+Y R+ WY DVWAIMY WYFPKG RH+W VVWIDN
Sbjct 76 GAFDCIIPSLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDGTPW---WRHDWSNAVVWIDN 132
Query 144 PALDNSTILGVSMSASIG-YSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
PA + +LG+S+S S Y P +GT+ +S + + AL + GE
Sbjct 133 PAHEKPKVLGLSLSTSENKYGNTYVPAEGIENGTTPTLSR-NVLPMRSAALGPAVNPGEF 191
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVF 242
QDL+MW QL D AR ALN D D N G ++P+ DD F
Sbjct 192 QDLVMWTQLTDAARAALN-DQD----NFGRTEVPISDDHF 226
>PHYRA_52296
Length=237
Score = 172 bits (436), Expect = 3e-52, Method: Compositional matrix adjust.
Identities = 102/228 (45%), Positives = 128/228 (56%), Gaps = 14/228 (6%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPF QP+ +T+S+KA VKFK L +GC YPAV A G TSGGL+ + G
Sbjct 21 SIAHDEVQPFPQPDPVTISEKAGVKFKIPLNIQEGCASYPAVNAAGETSGGLKGS--GGI 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C LGSQ+Y R+ WY DVWAIMY WYFPKG S RH+W ++WIDNPA
Sbjct 79 SGCELSLLGSQVYGRAEWYNDVWAIMYAWYFPKGFWDSTPW---WRHDWSNAILWIDNPA 135
Query 146 LDNSTILGVSMSAS---IGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
+N ILG+S+S S G PP ++ + + T E
Sbjct 136 HENPKILGLSLSTSENKYGNKNTYPPAENSTXSPLSPIAVRRKCCISDLHVCGTPPP-EN 194
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSW 250
QDLIMW QL D AR ALN D D N G ++P+ DD F K L+++W
Sbjct 195 QDLIMWSQLTDAARAALN-DQD----NFGRTEVPISDDHFPKHLEEAW 237
>PPTG_04799
Length=245
Score = 172 bits (436), Expect = 3e-52, Method: Compositional matrix adjust.
Identities = 103/240 (43%), Positives = 140/240 (58%), Gaps = 28/240 (12%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQL----KTLDGCYPYPAVQADGSTSGGLRWTV 81
+I HD+++PF QP +T+S+KAA+KFKPQL KT+ C P+PAV A G +GGL+
Sbjct 21 TIDHDKIEPFPQPKPVTMSEKAAIKFKPQLFTSIKTV--CAPFPAVNAAGDVTGGLK--- 75
Query 82 VGQRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVV 139
G G+ C GSQ+Y R+ W++D+WAIMY WYFPKG RH+W+ VVV
Sbjct 76 -GTNGNDACRFARKGSQVYGRAGWHKDMWAIMYAWYFPKGFWMDFPT---RRHDWKNVVV 131
Query 140 WIDNPALDNSTILGVSMSASIGYSKRAPPKS------KYIDG-TSVKVSYFYSIVFGNTA 192
WIDNP L++ I+ VSMS S G S +S + +G + + Y G+
Sbjct 132 WIDNPDLESPKIVAVSMSKS-GRSYHTEDQSGGLISRSFFNGFDRTSLRFHYQTDLGSPY 190
Query 193 LELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
L GE QDLIMW+QL D AR ALN ++N G+A++P D+ F L K+WPF
Sbjct 191 LNFAWWGGEYQDLIMWEQLTDPARVALN-----DIYNFGDAEVPFSDNNFEDYLDKAWPF 245
>PHYCA_109163
Length=247
Score = 172 bits (436), Expect = 3e-52, Method: Compositional matrix adjust.
Identities = 99/237 (42%), Positives = 135/237 (57%), Gaps = 22/237 (9%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVVGQR 85
+ HDQ++PF QP +TVS+KAA+KFKPQL T C P+PAV A G +GGL+ T
Sbjct 22 VDHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPGNLCAPFPAVNAAGEVTGGLKGT--NGN 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G C G+Q+Y R+ WY+DVWAIMY+WYFPKG G RH+W+ VVVWIDNPA
Sbjct 80 GACKHATKGAQVYGRAGWYKDVWAIMYSWYFPKGFNWLGFP--TRRHDWKNVVVWIDNPA 137
Query 146 LDNSTILGVSMSAS-IGYSKRAPPKSKYIDGTSVKVS---------YFYSIVFGNTALEL 195
L+ I+GV++S S Y K Y G+ ++ +FY++ + L+
Sbjct 138 LETPKIVGVALSKSDTKYRKVREVWPPYFVGSEIRYDSSPASSTNIHFYNV--AGSDLDF 195
Query 196 TEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
GE DLIMW+QL D AR ALN G+A++P D+ + L ++ P
Sbjct 196 ARWDGEYHDLIMWEQLTDAARVALNNS-----EFFGDAEVPFSDEHYENHLDRACPL 247
>PITG_23076
Length=276
Score = 173 bits (438), Expect = 4e-52, Method: Compositional matrix adjust.
Identities = 110/271 (41%), Positives = 144/271 (53%), Gaps = 57/271 (21%)
Query 25 NSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
++I HD+VQPFAQP+ +T+S+KAAVKFKPQL GC +P V A G SGGL+ T G
Sbjct 20 SAIDHDKVQPFAQPDPVTISEKAAVKFKPQLHIDRGCVSFPVVNAAGEISGGLKGT-KGT 78
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGH---RHNWEFVVVWI 141
G C + PLGSQ Y+RS WY+D WAI++ WYFPK G G RH W +V+WI
Sbjct 79 DG-CRESPLGSQTYSRSAWYQDRWAIVFAWYFPK------GFAAGQPRIRHYWSSMVLWI 131
Query 142 DNPALDNSTILGVSMSASI-----------------GYSKRA--PPK------------- 169
DNPALD TILGVS+S + Y+K+ PP
Sbjct 132 DNPALDTPTILGVSLSQQLLKPAKFLIGLFTAELQEPYNKQTSIPPAGFVGAQATVVSQI 191
Query 170 ------SKYIDGT--SVKVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNT 221
S Y G+ S++VS+ Y+ AL GE DL+ WDQL + AR ALN+
Sbjct 192 NGWSNPSNYSGGSNVSIRVSHTYTNKDDWLALTFATQDGEYHDLVTWDQLTEEARAALNS 251
Query 222 DWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ G +++P D F + L+ SW F
Sbjct 252 A------DFGESKVPFSDQNFQRTLELSWLF 276
>PPTG_05581
Length=275
Score = 172 bits (437), Expect = 5e-52, Method: Compositional matrix adjust.
Identities = 104/266 (39%), Positives = 139/266 (52%), Gaps = 50/266 (19%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HDQVQPFAQP+ +T+S+KAAVK++PQL DGC +PAV A G +GGL+ T +
Sbjct 21 TINHDQVQPFAQPDPVTISEKAAVKYRPQLHVKDGCASFPAVNAAGDITGGLKPT--KET 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C + PLGSQ+Y RS WY+D WA+M+ WYFPKG TS RH W +V+W+DNPA
Sbjct 79 DGCAEAPLGSQMYGRSKWYQDRWAMMFAWYFPKGFITSQP---RIRHYWMSMVLWLDNPA 135
Query 146 LDNSTILGVSMSASIGYSKR------APPKSKYIDGTSV--------------------- 178
L+ +LG S+S + +R A K Y TSV
Sbjct 136 LETPKVLGASLSQQLLKPRRWMGFNMAGDKDPYQKFTSVPPIGFVGTQEIRQNRITRTRW 195
Query 179 ------------KVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTT 226
+VS FG L + G+ DLIMW+QL D AR ALN+
Sbjct 196 NFTYEGGSNISTRVSTIMVDSFGWLPLTFSYRDGQYHDLIMWEQLTDEARAALNSA---- 251
Query 227 LWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ G +++P D+ F L +WPF
Sbjct 252 --DFGESKVPFNDENFETSLGLAWPF 275
>PPTG_03796
Length=255
Score = 172 bits (435), Expect = 6e-52, Method: Compositional matrix adjust.
Identities = 107/248 (43%), Positives = 141/248 (57%), Gaps = 34/248 (14%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKT--LDGCYPYPAVQADGSTSGGLRWTVVG 83
++ HD+V+PF QP+ T+S+KAA+KFKPQL + L+ C +PAV A G +GGL+ G
Sbjct 21 TVDHDKVEPFPQPDPATISEKAAIKFKPQLYSAKLEYCVSFPAVNAVGEVTGGLK----G 76
Query 84 QRGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVW 140
G+ C PLGSQIY R+ W+ D WAIMY WYFPKG +GL RH+W+ VVVW
Sbjct 77 TNGNDACRLAPLGSQIYGRAGWHNDRWAIMYAWYFPKGFY----MGLPTRRHDWKSVVVW 132
Query 141 IDNPALDNSTILGVSMSAS-IGYSKRAPPKSKYIDGTSVKVSYFYSI-VFG-NTALE--- 194
IDN L+ ILGVS S S Y + + G ++ F+ VFG NT+L
Sbjct 133 IDNAELETPKILGVSTSVSDTRYKRDLVIFPRNFAGYQLQGPRFHHTEVFGSNTSLRFKI 192
Query 195 ----------LTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTK 244
+ GE QDLIMW+QL D AR ALN D N G A++P D + +
Sbjct 193 WPTLFVPYMGFADFDGEYQDLIMWEQLTDAARAALNDD-----NNFGRAEVPFSDTHYKE 247
Query 245 KLKKSWPF 252
L+ +WPF
Sbjct 248 HLENAWPF 255
>PPTG_13004
Length=255
Score = 171 bits (434), Expect = 7e-52, Method: Compositional matrix adjust.
Identities = 102/243 (42%), Positives = 139/243 (57%), Gaps = 32/243 (13%)
Query 30 DQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCT 89
D V+PFAQP +TV +K A+KFKP L GC +PAV G+ S GLR + G G C
Sbjct 25 DFVKPFAQPEPVTVLEKVALKFKPTLLIDGGCVSFPAVNEAGAISSGLR-PLNGNDG-CI 82
Query 90 DPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNPALDN 148
P GSQ+Y RST ++D WAIM+ WYFPKG + G+ RH+W +VVWID+P +
Sbjct 83 KAPQGSQVYGRSTQFQDKWAIMFAWYFPKGFWS----GMPSRRHDWASMVVWIDDPDFET 138
Query 149 STILGVSMSASIG-YSKRAPPKSK----------------YIDG--TSVKVSYFYSIVFG 189
+LGVS+S S Y+K P S+ Y++G TS+++S+ FG
Sbjct 139 PKLLGVSLSKSKKRYTKATAPLSEVYFAGFQEYGRRGYKTYVNGSSTSIRISHSSGFFFG 198
Query 190 NTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKS 249
+L+L+ G+ QDLIMW QL + AR ALN+ N G + +P DD F L+K+
Sbjct 199 PASLDLSTRDGDYQDLIMWKQLTEEARKALNSA------NFGKSVVPFNDDNFEDMLEKA 252
Query 250 WPF 252
WPF
Sbjct 253 WPF 255
>PHALS_14425
Length=302
Score = 172 bits (437), Expect = 9e-52, Method: Compositional matrix adjust.
Identities = 91/223 (41%), Positives = 133/223 (60%), Gaps = 6/223 (3%)
Query 30 DQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDCT 89
D V PF + + T SQK+A+ F+PQL DGC+PYPAVQ++GS + GL + + + C
Sbjct 84 DSVHPFPRTKARTSSQKSALMFQPQLYIEDGCHPYPAVQSNGSLNAGLEYELF-RDPTCE 142
Query 90 DPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDNS 149
PLGSQ+Y+RS+WY+ WA +YTWYFP + + GHRH W + +VW +P
Sbjct 143 GSPLGSQVYSRSSWYQMKWATIYTWYFPVAYDHASPFSTGHRHYWLWAIVWTTDPNPAEG 202
Query 150 TILGVSMSASIGYSKRAPPKSKY-IDGTSVKVSYFYSIVFGNTALELTEDAGETQDLIMW 208
L VSMS + G S P K+ ++GT+V + S++ AL+LTE +GE +DLI W
Sbjct 203 HFLAVSMSGNFGISSYTLPHIKHLVNGTTVLLKSHKSLMSARLALDLTEKSGEKEDLITW 262
Query 209 DQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
++L AR AL++ T A PL+D+ F L+K++P
Sbjct 263 EELTPEARAALSSVKRTE----ATANSPLQDNKFFSLLEKAYP 301
>PPTG_15220
Length=236
Score = 171 bits (432), Expect = 1e-51, Method: Compositional matrix adjust.
Identities = 95/227 (42%), Positives = 134/227 (59%), Gaps = 13/227 (6%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
+ +D+V PF + T K A+KFKPQL +GC+PYPAV ADG+T+ GL T V
Sbjct 22 LEYDEVAPFPEVLPTTTESKVALKFKPQLHISNGCHPYPAVDADGNTNAGLGITEV--LT 79
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C PLGSQ+Y R T Y V AIMY WYFP+ S + +GHRH+WE +VW+D+ L
Sbjct 80 SCKGSPLGSQVYGRVTEYEGVVAIMYAWYFPRDYMVS-PMWVGHRHDWEHAIVWLDS--L 136
Query 147 DNST-ILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
D S +L V+ +GY PP++K++DG+SVK+ Y + ++ L T AG+ QDL
Sbjct 137 DTSAELLAVTAQHLLGYKTYKPPRAKHMDGSSVKLKYTW-LIQTQHYLSATTKAGKFQDL 195
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
MW + D A+DAL + W+ Q P+ D F ++K++PF
Sbjct 196 AMWSNMTDAAQDALGS--TKFFWS----QAPMNDAKFQSNIEKAYPF 236
>PPTG_16647
Length=254
Score = 171 bits (433), Expect = 1e-51, Method: Compositional matrix adjust.
Identities = 100/245 (41%), Positives = 135/245 (55%), Gaps = 31/245 (13%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKT-LDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+ HD+V+PF QP +T+S+KAA+KFKPQL T + C P+P V A G +GGL+ G
Sbjct 22 VDHDKVEPFPQPVPVTISEKAAIKFKPQLYTPYNICVPFPGVNAVGEVTGGLK----GTN 77
Query 86 GD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G+ C P GSQIY R WY+D+WAIMY Y PKG RH+ + VVVWI+N
Sbjct 78 GNDACKYAPKGSQIYGRGGWYKDIWAIMYACYLPKGFWMD---LPSRRHDGKSVVVWINN 134
Query 144 PALDNSTILGVSMSAS---------------IGYSKRAPPKSK-YIDGTSVKVSYFYSIV 187
P + I+GVSMS S GY K + YI G++ + + Y
Sbjct 135 PGFETPKIVGVSMSKSDTKYYKETKIGPFAFAGYRKEGRRSERAYIYGSNTSLRFQYESG 194
Query 188 FGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLK 247
G++ L + GE QDLIMW+QL D AR ALN N G+A++P D+ + + L
Sbjct 195 LGSSYLSFADCDGEYQDLIMWEQLTDAARAALNDG-----NNFGDAEVPFSDEHYKQHLD 249
Query 248 KSWPF 252
K+WP
Sbjct 250 KAWPL 254
>PHYCA_109174
Length=277
Score = 172 bits (435), Expect = 1e-51, Method: Compositional matrix adjust.
Identities = 107/268 (40%), Positives = 145/268 (54%), Gaps = 52/268 (19%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+VQPFAQP+ +TVS+KAAVK+KPQL+ D C +PAV A G +GGL+ T G
Sbjct 21 TIGHDKVQPFAQPDPVTVSEKAAVKYKPQLQISDSCVSFPAVNAAGEITGGLKGT-KGTD 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
G CT+ PLGSQ+Y RSTWY+D WA+M+ WYFPK G G RH W +V+WIDNPA
Sbjct 80 G-CTEAPLGSQVYGRSTWYQDKWAMMFAWYFPK---NFWGGGAKSRHLWANMVLWIDNPA 135
Query 146 LDNSTILGVSMSA-----------SIGYSKRAP-------PKSKYIDGTSVKVS------ 181
L+ ILG S+S S+G ++ P P ++ +++ S
Sbjct 136 LETPKILGASLSRQTLEVPKAVFLSMGEQQKDPYSKVTAIPPMGFVGMQAIQTSRISRFR 195
Query 182 YFYSIVFGN----------------TALELTEDAGETQDLIMWDQLPDVARDALNTDWDT 225
Y Y+ G+ +L GE QDLIMW+QL D AR AL +
Sbjct 196 YTYNYTGGSDISTRVSQGYPDNSAWISLTFAGTDGEYQDLIMWNQLTDQARAALESA--- 252
Query 226 TLWNLG-NAQMPLKDDVFTKKLKKSWPF 252
+ G + ++P D F L ++WPF
Sbjct 253 ---DFGEDTKVPFNDKNFEAALAQAWPF 277
>PPTG_10591
Length=254
Score = 170 bits (430), Expect = 3e-51, Method: Compositional matrix adjust.
Identities = 99/246 (40%), Positives = 137/246 (56%), Gaps = 31/246 (13%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKT-LDGCYPYPAVQADGSTSGGLRWTVVGQ 84
+I HD+VQ F QP +T S+K A+KFKP+L T C PYPAV A G SGGL+ G
Sbjct 21 TIDHDKVQAFPQPEPVTASEKTAIKFKPRLYTPRHVCVPYPAVNAAGEVSGGLK----GT 76
Query 85 RGD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWID 142
G+ C GSQ+Y R+ WYRD+WAIMYTWYFPKG RH+W+ VVVWI+
Sbjct 77 NGNDACKYSIQGSQVYGRAGWYRDLWAIMYTWYFPKGFFADFA---SKRHDWQNVVVWIN 133
Query 143 NPALDNSTILGVSMS-ASIGYSKRAPPKSKY---------------IDGTSVKVSYFYSI 186
NP L+ I+GVSMS Y+ + + Y I G++ + + Y +
Sbjct 134 NPDLEWPKIVGVSMSNVDSEYTTKLEMMAYYFSGYRMEGTRGYRRSIYGSATSLRFAYEM 193
Query 187 VFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKL 246
+ + L+ ++ GE Q LIMW+QL D AR ALN D++ N ++P D+ + L
Sbjct 194 ILTSPYLDFADEDGEYQSLIMWEQLTDAARAALN---DSS--NFEEREIPFSDEHYMDHL 248
Query 247 KKSWPF 252
+ +WP
Sbjct 249 EMAWPL 254
>PITG_22709
Length=281
Score = 171 bits (432), Expect = 3e-51, Method: Compositional matrix adjust.
Identities = 105/262 (40%), Positives = 139/262 (53%), Gaps = 49/262 (19%)
Query 29 HDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRGDC 88
HDQVQPFAQP T+S+KAAVK++PQL LDGC +PAV A G +GGL+ T G G C
Sbjct 31 HDQVQPFAQPKPATISEKAAVKYRPQLHVLDGCASFPAVNAAGDITGGLKPT-KGTDG-C 88
Query 89 TDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPALDN 148
T+ PLGSQ+Y RS WY+D WA+M+ WYFPKG T RH W +V+W+DNPAL+
Sbjct 89 TEAPLGSQMYGRSKWYQDRWAMMFAWYFPKGFITGQP---RIRHYWMNMVLWLDNPALET 145
Query 149 STILGVSMSASIGYSKR---------APPKSKYI-------------------------- 173
TILG S+S + +R P K+
Sbjct 146 PTILGASLSQRLLKPRRWMGLKLTEEKDPYRKFTTIPPIGFVGTKEIRQNRLTRTRWNFT 205
Query 174 -DGTSVKVSYFYSIVFGNTALELTEDA--GETQDLIMWDQLPDVARDALNTDWDTTLWNL 230
+G S + ++++ L LT G+ DLIMWDQL D AR ALN+ +
Sbjct 206 YEGGSNISTRVFTVIDSKDWLPLTFSYYDGQYHDLIMWDQLTDEARAALNSA------DF 259
Query 231 GNAQMPLKDDVFTKKLKKSWPF 252
G +++P D+ F L +WPF
Sbjct 260 GESKVPFNDENFEALLSLAWPF 281
>PHYRA_52426
Length=152
Score = 166 bits (420), Expect = 5e-51, Method: Compositional matrix adjust.
Identities = 85/157 (54%), Positives = 106/157 (68%), Gaps = 5/157 (3%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I ++++QPFA+P T S+KAAVKFKPQL GCYPYPAVQADGS S GLR + G
Sbjct 1 IDNEKIQPFAEPEPTTDSEKAAVKFKPQLLVTYGCYPYPAVQADGSVSAGLRGSGPAD-G 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RS WY D WAIMYTWY PKG T RH WE VVWID+PAL
Sbjct 60 ECRGSSLGSQVYSRSDWYEDKWAIMYTWYLPKGCPTK----YQRRHFWETAVVWIDDPAL 115
Query 147 DNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYF 183
NSTILGVS++ + P +++DG+SVK++ +
Sbjct 116 ANSTILGVSLNYGWRSKEETPVAPRFLDGSSVKLNSY 152
>PHYRA_47241
Length=176
Score = 166 bits (420), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 85/158 (54%), Positives = 106/158 (67%), Gaps = 5/158 (3%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQP +T S+KAAV+FKP L+ GC+PYPAV A G TS GL+ T
Sbjct 23 SIDHDKVQPFAQPEPVTDSEKAAVRFKPSLQIFSGCHPYPAVNAAGETSAGLKGTGPSS- 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
GDC LGSQ+YAR+ WY D+WAIMY WYFPK T G RH+W VVVW+DNPA
Sbjct 82 GDCKGSGLGSQVYARAVWYSDLWAIMYAWYFPKDKPT---FRKGERHDWVNVVVWLDNPA 138
Query 146 LDNSTILGVSMSASI-GYSKRAPPKSKYIDGTSVKVSY 182
L+ TI+GVS S+ + Y K PP + + GT+ ++Y
Sbjct 139 LERPTIIGVSPSSYVTTYFKYTPPPADMLSGTTSMINY 176
>PITG_23051
Length=280
Score = 169 bits (429), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 104/239 (44%), Positives = 132/239 (55%), Gaps = 27/239 (11%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVVGQR 85
+ HD+V+PF QP +T+S+KAA+KFK QL G C YPAV A G GGL G
Sbjct 22 VDHDKVEPFPQPEPVTISEKAAIKFKTQLVIPQGVCVSYPAVNAAGEVGGGLNDWDNGND 81
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C LGSQ+Y R+ W++D WAIMY WYFPK T HRH+W+ VVVWIDNPA
Sbjct 82 A-CLSAALGSQVYGRAGWHKDRWAIMYAWYFPKDFWTGFPT---HRHDWKSVVVWIDNPA 137
Query 146 LDNSTILGVSMSAS-----------IGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALE 194
L+ I GVSMS S Y AP +G++ + + Y FG+T +
Sbjct 138 LEIPKIEGVSMSKSDTKYKKKLKLKESYFSGAP-----TNGSNTSLRFEYEAGFGSTFMG 192
Query 195 LTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLG-NAQMPLKDDVFTKKLKKSWPF 252
T GE Q+LIMW+QL D AR LN D N G A +P D+ F +L ++WPF
Sbjct 193 FTRWDGEYQNLIMWEQLTDAARATLN---DGN--NFGKEASVPFSDEHFEDRLDEAWPF 246
>PHYSO_504553
Length=257
Score = 169 bits (427), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 102/244 (42%), Positives = 137/244 (56%), Gaps = 27/244 (11%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ- 84
+I HD+VQPFAQP +TVS+K AVKFKP L +DGC+PYPAV A G TS GL+ + G+
Sbjct 23 TIDHDKVQPFAQPEPVTVSEKTAVKFKPSLHIVDGCHPYPAVNAAGETSAGLKGS--GRI 80
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C LGSQ+Y R+ WY+D+WAI+Y WYFPK + + G RH W VVW+DNP
Sbjct 81 DGKCKGSALGSQVYGRAIWYKDLWAIVYGWYFPK--DKVDFLNKGQRHKWVSAVVWLDNP 138
Query 145 ALDNSTILGVSM-SASIGYS--KRAPPKS----------KYIDGTSVKVSYFYSIVFGNT 191
A++ IL +S + GY K PP+ +YI+ T+ +SY S+
Sbjct 139 AVETPKILAISTWNVKGGYDILKNEPPECYRYGCDPKFVEYINMTTPMLSYVRSLEEPVH 198
Query 192 ALELT--EDAGETQDLIMWDQLPDVARDAL-NTDWDTTLWNLGNAQMPLKDDVFTKKLKK 248
L T GE QDL+MW+QL + AR AL D+ + +P D L+
Sbjct 199 TLRPTTARGTGELQDLVMWEQLSEEARIALGEADFGE------KSPVPFIDTNLNANLEA 252
Query 249 SWPF 252
+ PF
Sbjct 253 ARPF 256
>PPTG_06202
Length=275
Score = 169 bits (428), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 97/267 (36%), Positives = 138/267 (52%), Gaps = 52/267 (19%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+VQPFAQP +T+++KAAV FKPQL GC +PAV A G SGG++ T
Sbjct 21 TIDHDKVQPFAQPVPVTIAEKAAVMFKPQLHISQGCVSFPAVNAAGEISGGVKGT--KNT 78
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
CT+ PLGSQ+Y R+ WY+D WA+++ WYFPK + + RH W +V+W+DNPA
Sbjct 79 EGCTEAPLGSQVYGRAKWYQDKWAMVFAWYFPKSFWSFEAV---DRHYWASMVLWLDNPA 135
Query 146 LDNSTILGVSMSASIGYSKRA-------PPKSKYIDGTSV-------------------- 178
L I+G S+ + KR P+ Y TS+
Sbjct 136 LSAPKIIGASLQQQL-LKKRGFLGFMFTEPREPYFKQTSIDIMSYVGAQRIRLNPIGYRR 194
Query 179 -------------KVSYFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDT 225
+V++ Y F AL +E G+ QDLIMW+QL D AR ALN+
Sbjct 195 WSYNFTPGSNVSTRVTHTYWNSFEYLALHFSETDGQFQDLIMWEQLTDEARSALNSA--- 251
Query 226 TLWNLGNAQMPLKDDVFTKKLKKSWPF 252
+ G +++P D+ + L+ +WPF
Sbjct 252 ---DFGESKVPFNDENIEETLELAWPF 275
>PHYSO_255972
Length=215
Score = 167 bits (422), Expect = 1e-50, Method: Compositional matrix adjust.
Identities = 102/229 (45%), Positives = 126/229 (55%), Gaps = 37/229 (16%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
+I HD+VQPFAQP TVS+KAAVKFKP L+ +DGC+PYPAV A G TSGGL+ T
Sbjct 21 TIDHDKVQPFAQPAPATVSEKAAVKFKPSLQIIDGCHPYPAVNAAGETSGGLKHTGP-VD 79
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GHRHNWEFVVVWIDNP 144
G C LGSQ+Y RS WY+D+WAIMY+WYFPK +G G RH W VVW+DNP
Sbjct 80 GKCKGSGLGSQVYGRSGWYKDLWAIMYSWYFPKDKH----LGYKGQRHKWVDAVVWLDNP 135
Query 145 ALDNSTILGVSM-SASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQ 203
A + +L VS S GY+ F + T GE Q
Sbjct 136 AFETPKVLAVSTWSWGGGYTS-----------------------FHTLEMTSTRGTGELQ 172
Query 204 DLIMWDQLPDVARDALN-TDWDTTLWNLGNAQMPLKDDVFTKKLKKSWP 251
DLIMW+QL AR AL+ TD+ A++P D F L+ + P
Sbjct 173 DLIMWEQLSPEARTALSETDFGEA------AKVPFIDANFETNLELARP 215
>PHYSO_365942
Length=233
Score = 167 bits (424), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 95/213 (45%), Positives = 124/213 (58%), Gaps = 25/213 (12%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPFAQP +TVS+K AVKFKP L+ + GC+PYPAV A G TS GL+ + G
Sbjct 1 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLQIVGGCHPYPAVNAAGETSAGLKGRGP-KDG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y R+ WY+D+WAI+Y WYFPK + G RH W VVW+DNPAL
Sbjct 60 ECKGSALGSQVYGRAIWYKDLWAIVYGWYFPKDKGYGSILAKGQRHKWVSAVVWLDNPAL 119
Query 147 DNSTILGVSM-SASIGYS--KRAPPK----------SKYIDGTSVKVSY-------FYSI 186
+ IL +S + GY K PP+ ++YI+ T+ +SY Y
Sbjct 120 ETPKILAISTWNVEGGYDILKNEPPQCYRYSCDAKFAEYINMTTPMLSYERCRPEPSYHT 179
Query 187 VFGNTALELTEDAGETQDLIMWDQLPDVARDAL 219
+ TA GE QDL+MW+QL + AR AL
Sbjct 180 LRPTTA----RGTGELQDLVMWEQLSEEARIAL 208
>PHYSO_423056
Length=233
Score = 167 bits (423), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 94/210 (45%), Positives = 121/210 (58%), Gaps = 17/210 (8%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I HD+VQPFAQP +TVS+K AVKFKP L+ GC+PYPAV A G TS GL+ + G
Sbjct 1 IDHDKVQPFAQPEPVTVSEKTAVKFKPSLQIDGGCHPYPAVNAAGETSAGLKGSGP-DDG 59
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
C LGSQ+Y R+ WY+D+WAI+Y WYFPK G + G RH W VVW+DNPA+
Sbjct 60 KCKGSGLGSQVYGRAIWYKDLWAIVYGWYFPKDKGFGGILAKGQRHKWVSAVVWLDNPAV 119
Query 147 DNSTILGVSM-SASIGYS--KRAPPK----------SKYIDGTSVKVS---YFYSIVFGN 190
+ IL +S + GY K PP+ ++YI+ T+ +S YF F
Sbjct 120 ETPKILAISTWNLEGGYVILKNEPPECSRHGCDPKFAEYINMTTPMLSYEPYFQRDSFHT 179
Query 191 TALELTEDAGETQDLIMWDQLPDVARDALN 220
GE QDL+MW+QL + AR AL
Sbjct 180 LRPTTARGTGELQDLVMWEQLSEEARIALG 209
>PHYCA_109162
Length=257
Score = 168 bits (425), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 100/245 (41%), Positives = 136/245 (56%), Gaps = 28/245 (11%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDG-CYPYPAVQADGSTSGGLRWTVVGQR 85
+ HD+++PF QP +TVS+KAA+KFKPQL T C P+PAV A G +GGL G
Sbjct 22 VDHDKIEPFPQPEPVTVSEKAAIKFKPQLYTHKQLCAPFPAVNAAGEVTGGLS----GAN 77
Query 86 GD--CTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDN 143
G+ C G+Q+Y R+ WY+DVWAIMY+WYFPKG G RH+W+ VVVWIDN
Sbjct 78 GNDACKYALKGAQVYGRAGWYKDVWAIMYSWYFPKGFNWLGFP--TRRHDWKNVVVWIDN 135
Query 144 PALDNSTILGVSMSAS-IGYSKRAPPKSKYIDGTSVKVSYFY-------------SIVF- 188
P L+ I+GV+M+ S Y + + G+ V+V+ ++ F
Sbjct 136 PELETPKIIGVAMAGSDTKYRREREMYNSNFVGSQVQVTRRDRRYYRSDSPGSSTNLRFE 195
Query 189 -GNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLK 247
G T L+ G+ QDLIMW+QL D AR ALN D + A++P D+ F
Sbjct 196 NGATHLDFARQDGDYQDLIMWEQLTDAARIALN---DNGSFGYSYAEVPFSDEHFEANRD 252
Query 248 KSWPF 252
K+WP
Sbjct 253 KAWPL 257
>PHYSO_251206
Length=243
Score = 167 bits (422), Expect = 3e-50, Method: Compositional matrix adjust.
Identities = 96/236 (41%), Positives = 131/236 (56%), Gaps = 21/236 (9%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
SI HD+VQPFAQ +T+S+K VK+KP + +GC +PAV A G T+GGL+ + G
Sbjct 20 SIDHDKVQPFAQREPVTLSEKLGVKYKPTMDDQEGCAVFPAVNAAGETNGGLKGS--GGT 77
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
C + PLG+Q+Y RS WY +AI+Y WYFP G + RH+W VVW+D+P
Sbjct 78 TGCREAPLGAQVYGRSMWYEGKYAILYAWYFPNGFSADWPV---RRHDWASAVVWLDDPE 134
Query 146 LDNSTILGVSMSAS-IGYSKRAPPKSKYIDGTSVKVSYFYSIV--------FGNTALELT 196
+ T+ G+S S S Y K APP SV + ++V G L +
Sbjct 135 AASPTVSGLSYSTSDTKYDKEAPPSGDNACLASVNGGPYVTMVLEHAIPYFLGPMYLRCS 194
Query 197 EDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
G+ DLIMW+QL D AR ALNT + G A++P D F K+LKK+WP+
Sbjct 195 GGGGD-YDLIMWEQLTDAARMALNTA------DFGEAEVPFNDVNFEKRLKKAWPY 243
>PHYCA_69122
Length=249
Score = 167 bits (422), Expect = 4e-50, Method: Compositional matrix adjust.
Identities = 104/249 (42%), Positives = 140/249 (56%), Gaps = 39/249 (16%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLD-GCYPYPAVQADGSTSGGLRWTVVGQ 84
++ HDQ++PF QP +TVS+KAA+KFKPQL T C P+PAV G +GGL+ T G
Sbjct 16 TVNHDQIEPFPQPEPVTVSEKAAIKFKPQLYTPKLVCVPFPAVNTAGEITGGLKGTN-GN 74
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKG-----SETSGGIGLGHRHNWEFVVV 139
G C P G+QIY R+ WY+D+WAIMY+WYFPKG S T RH+W+ +VV
Sbjct 75 DG-CKYAPKGAQIYGRAGWYKDLWAIMYSWYFPKGFGWFDSPT-------RRHDWKNIVV 126
Query 140 WIDNPALDNSTILGVSMSAS---------------IGY--SKRAPPKSKYI-DGTSVKVS 181
WIDNP L+ I+GV+MS S +GY R + +Y+ TS++
Sbjct 127 WIDNPDLETPKIVGVAMSKSDTDYSKEVKIWPSYFVGYRTEGRFSSRVEYLGSNTSLRFE 186
Query 182 YFYSIVFGNTALELTEDAGETQDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDV 241
Y S + GN + GE QDLIMW+QL D AR ALN + A++P D+
Sbjct 187 YDTSDI-GNPLMHFAAWDGEYQDLIMWEQLTDAARVALNDG-----KSFEKAEVPFSDEH 240
Query 242 FTKKLKKSW 250
+ L K+W
Sbjct 241 YEDHLGKAW 249
>PHYSO_365377
Length=220
Score = 166 bits (419), Expect = 5e-50, Method: Compositional matrix adjust.
Identities = 99/231 (43%), Positives = 134/231 (58%), Gaps = 18/231 (8%)
Query 27 IPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQRG 86
I +DQV+PF + T+S+KAA+KFKP L DGC+PY AV A G TSGGL
Sbjct 1 IDYDQVEPFPELGPKTISEKAAIKFKPTLFIKDGCHPYAAVNAAGDTSGGL--DPKASDD 58
Query 87 DCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPAL 146
+C LGSQ+Y+RSTWYR+ WA MY WYFPK + G RH+W +VW+DNPAL
Sbjct 59 ECKGSTLGSQVYSRSTWYRNTWATMYAWYFPKDTNL---YLRGVRHDWVSAIVWLDNPAL 115
Query 147 DNSTILGVSMS---ASIG--YSKRAPPKSKYIDGTSVKVSYFYS-IVFGNTALELTEDAG 200
N T++GVS S AS G + R+ Y+DGT K+ Y + G ++ +ED G
Sbjct 116 ANQTLIGVSFSSGGASYGGFHLDRSRMWDGYVDGTHPKMEYSAADTRSGYHTIDASEDVG 175
Query 201 ETQDLIMWDQLPDVARDALNTDWDTTLWNLG-NAQMPLKDDVFTKKLKKSW 250
+ QDLI W QL + AR+AL T + G + +P + F K L++ +
Sbjct 176 DFQDLIHWSQLTEEARNALETG------DFGSDTPVPFNNANFKKNLERGF 220
>HYAP_14846
Length=221
Score = 166 bits (419), Expect = 6e-50, Method: Compositional matrix adjust.
Identities = 102/230 (44%), Positives = 127/230 (55%), Gaps = 17/230 (7%)
Query 26 SIPHDQVQPFAQP-NSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQ 84
SI HDQVQPF Q + + AA+KFKPQL GC+ YPAV G SGGL+ T
Sbjct 3 SIKHDQVQPFQQVVGDDSPTAVAALKFKPQLHISSGCHSYPAVNTVGEFSGGLKPTG-HD 61
Query 85 RGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNP 144
G C GSQ+Y RS W++D WAIMY WYFPK + RH+WE +VVW+DNP
Sbjct 62 NGKCKGSGYGSQVYGRSAWHQDKWAIMYVWYFPKDNRDDD------RHDWEHIVVWLDNP 115
Query 145 ALDNSTILGVSM--SASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGET 202
A+ N +L VS+ Y A P ++DG+SVK+ Y + T L LT AGE
Sbjct 116 AVANQKLLAVSLWNGRKSDYWTLAIPGPVFVDGSSVKLDYGKANKDERT-LSLTHLAGEF 174
Query 203 QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
Q LIMW Q+ + AR N T LW MPL D F + LKK++ F
Sbjct 175 QPLIMWGQMSEKARTTFN----TVLWR--KEFMPLSDSCFEQHLKKAYDF 218
>PPTG_05868
Length=257
Score = 166 bits (420), Expect = 1e-49, Method: Compositional matrix adjust.
Identities = 99/249 (40%), Positives = 136/249 (55%), Gaps = 29/249 (12%)
Query 24 TNSIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLD-----GCYPYPAVQADGSTSGGLR 78
T ++ HD+++PF QP +T+S+KAA+KFKPQL + C PYPAV A G +GGL+
Sbjct 18 TATVDHDKIEPFPQPEQVTISEKAAIKFKPQLGSTKIVSEKVCVPYPAVNAAGEVTGGLK 77
Query 79 WT-------VVGQRGDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGL-GH 130
T ++ C P GSQ+Y R+ W++D+WAIMYTWYFPKG +G
Sbjct 78 ETNGKYTVGLIIHIAACKYAPKGSQVYGRARWHKDLWAIMYTWYFPKGF----WMGFPTR 133
Query 131 RHNWEFVVVWIDNPALDNSTILGVSMSAS-IGYSK--RAPPKSKYIDGTSVKVSYFYSIV 187
RH+W+ VVVWIDNP+L+ I+GVSMS S Y+K R P + + S+ I
Sbjct 134 RHDWKSVVVWIDNPSLEEPKIVGVSMSESDTKYNKETRIWPSNFVVTEMEGSRSHRTYIN 193
Query 188 FGNTALELTEDAGET----QDLIMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFT 243
NT+ + QDLI W+QL D AR ALN + G A++P D +
Sbjct 194 GSNTSFRFQNQMPMSLKLAQDLITWEQLTDAARVALNDN-----AKFGTAEVPFSDTHYE 248
Query 244 KKLKKSWPF 252
L +WP
Sbjct 249 DHLDNAWPL 257
>PHYCA_114913
Length=224
Score = 164 bits (416), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 95/227 (42%), Positives = 125/227 (55%), Gaps = 22/227 (10%)
Query 26 SIPHDQVQPFAQPNSITVSQKAAVKFKPQLKTLDGCYPYPAVQADGSTSGGLRWTVVGQR 85
++P D+V+PF + T+SQKAAV+ KPQL GC+PY AV A G + G+ T +
Sbjct 17 ALPFDKVEPFPELEPTTISQKAAVRLKPQLHISKGCHPYAAVNAAGEITAGITTT---RD 73
Query 86 GDCTDPPLGSQIYARSTWYRDVWAIMYTWYFPKGSETSGGIGLGHRHNWEFVVVWIDNPA 145
DC+ +GSQ+Y RSTWY+DVWAIMY WYFP H+W+ +VVWIDNP+
Sbjct 74 PDCSGRGIGSQVYVRSTWYKDVWAIMYAWYFPS----------SLIHDWKNIVVWIDNPS 123
Query 146 LDNSTILGVSMSASIGYSKRAPPKSKYIDGTSVKVSYFYSIVFGNTALELTEDAGETQDL 205
L +LGVS GY + DG S K+ Y Y L+ T GE Q+L
Sbjct 124 LAVPRVLGVSAQVDGGYLRYNKFNWDKFDGASPKIKYDYP------DLDWTSKRGEFQNL 177
Query 206 IMWDQLPDVARDALNTDWDTTLWNLGNAQMPLKDDVFTKKLKKSWPF 252
IMWDQL + AR ALN +T G+A +P D F L + P+
Sbjct 178 IMWDQLTEAARTALN---NTNFKGNGDATVPFIDANFKANLDFAIPY 221
Lambda K H a alpha
0.320 0.135 0.444 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: 13924837920
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