BLASTP 2.11.0+ 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: Tomato Genome proteins (ITAG release 4.0) 34,075 sequences; 11,664,535 total letters Query= MGEQIPISATQSRELVIADTPLSVIPLSYEAPAASSVSVSNNNNNNAQQE Length=760 Score E Sequences producing significant alignments: (Bits) Value Solyc11g008320.3.1unnamed protein product 835 0.0 Solyc07g063450.3.1unnamed protein product 681 0.0 Solyc07g063500.4.1unnamed protein product 668 0.0 Solyc05g055590.2.1unnamed protein product 654 0.0 Solyc04g081100.3.1unnamed protein product 316 4e-92 Solyc03g031880.3.1unnamed protein product 182 6e-50 Solyc07g043590.3.1unnamed protein product 163 3e-43 Solyc05g024070.1.1unnamed protein product 149 5e-42 Solyc12g006370.3.1unnamed protein product 149 3e-38 Solyc02g081390.3.1unnamed protein product 142 7e-36 Solyc05g018880.1.1unnamed protein product 138 1e-34 Solyc11g030780.1.1unnamed protein product 126 4e-34 Solyc10g047350.2.1unnamed protein product 129 2e-32 Solyc05g006250.1.1unnamed protein product 115 4e-30 Solyc05g051157.1.1unnamed protein product 110 2e-27 Solyc12g008850.3.1unnamed protein product 117 3e-27 Solyc07g039310.1.1unnamed protein product 112 4e-26 Solyc01g087590.3.1unnamed protein product 111 1e-25 Solyc05g016290.1.1unnamed protein product 102 5e-25 Solyc11g030760.1.1unnamed protein product 92.8 2e-22 Solyc10g049410.1.1unnamed protein product 89.7 2e-21 Solyc05g024090.1.1unnamed protein product 87.4 1e-20 Solyc05g051153.1.1unnamed protein product 80.1 2e-18 Solyc05g051150.1.1unnamed protein product 79.0 4e-18 Solyc05g051100.2.1unnamed protein product 70.5 1e-14 Solyc05g024130.1.1unnamed protein product 67.4 5e-14 Solyc05g024060.1.1unnamed protein product 68.9 9e-14 Solyc07g020990.1.1unnamed protein product 67.8 4e-13 Solyc05g040010.3.1unnamed protein product 65.1 1e-12 Solyc07g021000.1.1unnamed protein product 59.3 4e-11 >Solyc11g008320.3.1 unnamed protein product Length=1005 Score = 835 bits (2157), Expect = 0.0, Method: Compositional matrix adjust. Identities = 437/692 (63%), Positives = 526/692 (76%), Gaps = 38/692 (5%) Query 60 TEAFVAQSLGFPAEALTEEEIEFGVVST-----QVS------------------------ 90 TEA +A + GFPA++LT+EEIE GVVS QV+ Sbjct 132 TEALIALTAGFPADSLTDEEIEAGVVSVVGGIEQVNYILIRNHILMKWRVNVWTWITKEM 191 Query 91 --DFFPEKHKQLVSSAYNFLRTHGFINFGVASAIKGVGSVDGNKGSVIIIGAGLAGLAAA 148 D P+ L+ SA+N+L + G+INFGV AIK + +K SVIIIGAGLAGLAAA Sbjct 192 FYDVIPKHCYALLDSAHNYLVSRGYINFGVVPAIKDRIPAEPSKPSVIIIGAGLAGLAAA 251 Query 149 RQLQAFGFK-------EEAWGRVYSKKMEVGNTCAAADLGGSVLTGVHGNPLVVLARQLK 201 RQL FGFK + A GRVYSKKME GN AAADLGGSVLTG GNPL +LARQL Sbjct 252 RQLMLFGFKVTVLEGRKRAGGRVYSKKMEGGNKVAAADLGGSVLTGTLGNPLGILARQLS 311 Query 202 YPLHKIREKCPLYQPDGQPVNAEVDAKIERMFNRLLDKAGHLRQLMGEVAVDISLGTALE 261 LHK+R+KCPLY+ DG+PV+ ++D K+E +N LL+KA LRQLMGEV+ D+SLG ALE Sbjct 312 CTLHKVRDKCPLYRVDGKPVDQDLDHKVETAYNLLLEKASKLRQLMGEVSQDVSLGAALE 371 Query 262 TFRKVNGVAEEGEERQLFNWHLANLEYANAGLLSDLSLAFWDQDDPYEMGGDHCFLPGGN 321 TFR+ A EE LFNWHLANLEYANAGL+S LSLAFWDQDDP++MGGDHCFLPGGN Sbjct 372 TFRQDYEDAVNEEEMSLFNWHLANLEYANAGLISKLSLAFWDQDDPFDMGGDHCFLPGGN 431 Query 322 GKLVQALADSVPILYEKTVSMIRYGSDGVQVFCGGQVFQGEMALCTVPVGVLKNNGIKFI 381 GKLV AL+++VPILYEK V IRYG+DGVQV G QVF+G+M LCTVP+GVLK IKF+ Sbjct 432 GKLVHALSENVPILYEKIVHTIRYGTDGVQVGAGAQVFEGDMVLCTVPLGVLKGGSIKFM 491 Query 382 PELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAV 441 PELPQ+K+D IKRLGFGLLNKVAMLFP+VFWG++LDTFGHL D+S+ RGEFFLFYSYA V Sbjct 492 PELPQRKLDGIKRLGFGLLNKVAMLFPYVFWGTDLDTFGHLTDNSSSRGEFFLFYSYATV 551 Query 442 SGGPLLIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQTVCTRWGSDP 501 +GGPLL+ALVAGEAA +FE+M ++AV +VL IL+GIY P+GI VP+PIQTVCTRWGSDP Sbjct 552 AGGPLLLALVAGEAAHKFETMPPTDAVTKVLQILKGIYEPQGIEVPEPIQTVCTRWGSDP 611 Query 502 LSQGSYSHVAVGSSGDDYDILAESVGEGRLFFAGEATIRQYPATMHGAFLSGLREAANML 561 S GSYS+VAVGSSGDDYDILAESVG+GRLFFAGEAT R+YPATMHGAFLSGLREAAN++ Sbjct 612 FSLGSYSNVAVGSSGDDYDILAESVGDGRLFFAGEATNRRYPATMHGAFLSGLREAANIV 671 Query 562 NSENLRSTPSKVERGLSKDISSYASLLADLFRHPDLEFGSFSVLFDPHSDDPKSMALLRL 621 + R+ K+E+ SK YAS+L DLFR PDLEFGSFS++F S D +S A+LR+ Sbjct 672 HHAKARTMSLKIEKKPSKSTHYYASVLDDLFREPDLEFGSFSIIFARKSSDLESPAILRV 731 Query 622 MIGGTKRKINDNARTDQPNSNKVLSQQLQSHLNQHHLLYLYTLLTQQQALELREVRGGDE 681 G + + +D R + SNK+L QQLQS N H L++YTLL++QQAL+LREVRGG+E Sbjct 732 TFCGPQTRNHDGIRPGRHLSNKLLFQQLQSQFNNQHELHVYTLLSKQQALDLREVRGGNE 791 Query 682 NRLKYLYENLRVKLVGRRGLGAVGDSLVASIQ 713 RL +L E L VKLVGR+GLG DS++AS++ Sbjct 792 MRLNFLSEKLGVKLVGRKGLGPSVDSIIASVK 823 >Solyc07g063450.3.1 unnamed protein product Length=912 Score = 681 bits (1756), Expect = 0.0, Method: Compositional matrix adjust. Identities = 373/711 (52%), Positives = 489/711 (69%), Gaps = 60/711 (8%) Query 41 RKSLFKQNLSEDSMKAVQGTEAFVAQSLGFPAEALTEEEIEFGVVST------------- 87 +K K++L +++ K EA +A SLGFP + L EEE + GVVS Sbjct 43 KKIRTKKDLEKETEK-----EALIALSLGFPIDDLLEEEKKAGVVSELDGKEQNDYIVVR 97 Query 88 ------------------QVSDFFPEKHKQLVSSAYNFLRTHGFINFGVASAIKGVGSVD 129 ++ + +++ LV+ AY+FL ++G+INFGV+ + + Sbjct 98 NHILVKWRENVHIWLNKGRIRETVSVEYEHLVAIAYDFLLSNGYINFGVSPSFVSNLPEE 157 Query 130 GNKGSVIIIGAGLAGLAAARQLQAFGFK-------EEAWGRVYSKKMEVGNTCAAADLGG 182 +GSVII+GAGLAGLAAARQL +FGFK GRVY++KM AA DLGG Sbjct 158 PREGSVIIVGAGLAGLAAARQLMSFGFKVSILEGRNRPGGRVYTEKMGWKGKFAAVDLGG 217 Query 183 SVLTGVHGNPLVVLARQLKYPLHKIREKCPLYQPDGQPVNAEVDAKIERMFNRLLDKAGH 242 SV+TG+H NPL VLARQL PLHK+R+KCPLY+PDG PV+A VD+++E +FN+LLDK Sbjct 218 SVITGIHANPLGVLARQLSIPLHKVRDKCPLYKPDGAPVDAVVDSRVELIFNKLLDKVTE 277 Query 243 LRQLMGEVAVDISLGTALETFRKVNGVAEEGEERQLFNWHLANLEYANAGLLSDLSLAFW 302 LR+++ +A D+SLG+ LE R++ VA+ EE+QL +WH ANLEYANAG LS+LS A+W Sbjct 278 LRKIVSGLANDVSLGSVLEKLRRIYTVAKTKEEKQLLHWHFANLEYANAGCLSELSAAYW 337 Query 303 DQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRYGSDGVQVFCGGQVFQGE 362 DQDDPYEM GDHCFL GGN +++AL VPI Y KTV I+YG++GV+V G Q+FQ + Sbjct 338 DQDDPYEMDGDHCFLAGGNWGMIRALCKGVPIFYGKTVETIKYGNEGVEVIAGDQLFQAD 397 Query 363 MALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHL 422 M LCTVP+GVLK I+F PELP+KK++AI RLGFGLLNKVAM+FPHVFWG +LDTFG L Sbjct 398 MVLCTVPLGVLKRRLIRFEPELPEKKLEAIDRLGFGLLNKVAMVFPHVFWGEDLDTFGCL 457 Query 423 CDDSNRRGEFFLFYSYAAVSGGPLLIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPK 482 + S+RRGE+FLFYSY VSGGP+LIALVAG+AA FES S VNRV++IL+GIY PK Sbjct 458 NNYSHRRGEYFLFYSYHTVSGGPVLIALVAGDAAQLFESTEPSTLVNRVMNILKGIYEPK 517 Query 483 GINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEGRLFFAGEATIRQY 542 GI+VPDPIQ++CT+WGSDP S GSYSHV V SSG DYDILAE++G GRLFFAGEATIRQ+ Sbjct 518 GISVPDPIQSICTKWGSDPFSFGSYSHVRVQSSGSDYDILAENLG-GRLFFAGEATIRQH 576 Query 543 PATMHGAFLSGLREAANMLNSENLR-STPSKVERGLSKDISSYASLLADLFRHPDLEFGS 601 PATMHGA+LSGLREA+++ S R + P K +SK++ +L +LF++PDL FG Sbjct 577 PATMHGAYLSGLREASHIYRSMKARLNNPRKT---VSKNVRPSNDVLEELFKNPDLAFGK 633 Query 602 FSVLFDPHSDDPKSMALLRLMIGGTKRKINDNARTDQPNSNKVLSQQLQSHLNQHHLLYL 661 F +FDP + D KS+ L+R+ G + + N + P +L+ LQ L Sbjct 634 FLFVFDPLTCDSKSLGLMRVTFGKSNNEFNTEEADNMP--QHLLNPSLQ----------L 681 Query 662 YTLLTQQQALELREVRGGDENRLKYLYENLRVKLVGRRGLGAVGDSLVASI 712 YT+++++QA EL+ V+ G+ +L L + L +KLVG GLG G SL A I Sbjct 682 YTVVSREQARELQLVKEGNHCKLSDLLKGLGLKLVGANGLGVQGHSLSAKI 732 >Solyc07g063500.4.1 unnamed protein product Length=756 Score = 668 bits (1724), Expect = 0.0, Method: Compositional matrix adjust. Identities = 369/710 (52%), Positives = 487/710 (69%), Gaps = 58/710 (8%) Query 41 RKSLFKQNLSEDSMKAVQGTEAFVAQSLGFPAEALTEEEIEFGVVST------------- 87 +K K++L +++ K EA +A SLGFP + L EEE + GVVS Sbjct 43 KKIRTKKDLEKETEK-----EALIALSLGFPIDDLLEEEKKAGVVSELDGKEQNDYIVVR 97 Query 88 ------------------QVSDFFPEKHKQLVSSAYNFLRTHGFINFGVASAIKGVGSVD 129 ++ + +++ LV+ AY+FL ++G+INFGV+S+ + + Sbjct 98 NHILAKWRENVHIWLNKGRIREIISVEYEHLVAIAYDFLLSNGYINFGVSSSFESNLPEE 157 Query 130 GNKGSVIIIGAGLAGLAAARQLQAFGFK-------EEAWGRVYSKKMEVGNTCAAADLGG 182 +GSVIIIGAGLAGLAAARQL AFGFK GRVYS+KM AA DLGG Sbjct 158 PREGSVIIIGAGLAGLAAARQLMAFGFKVTVLEGRNRPGGRVYSEKMGWKGKFAAVDLGG 217 Query 183 SVLTGVHGNPLVVLARQLKYPLHKIREKCPLYQPDGQPVNAEVDAKIERMFNRLLDKAGH 242 SV+TG+H NPL VLARQL PLH +R+KCPLY+PDG PV++ VD+ +E +FN+LLDK Sbjct 218 SVITGIHANPLGVLARQLSIPLHSVRDKCPLYKPDGAPVDSVVDSTVELIFNKLLDKVAE 277 Query 243 LRQLMGEVAVDISLGTALETFRKVNGVAEEGEERQLFNWHLANLEYANAGLLSDLSLAFW 302 LR+++ +A D+SLG+ LET R++ VA+ EE+QL +WH ANLEYANAG LS+LS A+W Sbjct 278 LRKIVSGLATDVSLGSVLETLRRLYCVAKTKEEKQLLHWHFANLEYANAGCLSELSAAYW 337 Query 303 DQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRYGSDGVQVFCGGQVFQGE 362 DQDDPYEM GDHCFL GGN +++AL VPI Y KTV I+YG++GV+V G Q+FQ + Sbjct 338 DQDDPYEMDGDHCFLVGGNRAMIRALCKGVPIFYGKTVQTIKYGNEGVEVIAGDQLFQAD 397 Query 363 MALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHL 422 M LCTVP+GVLK I+F PELP+KK++AI RLGFGLLNKVAM+FPH+FWG +LDTFG L Sbjct 398 MVLCTVPLGVLKRRSIRFEPELPEKKLEAIDRLGFGLLNKVAMVFPHIFWGEDLDTFGCL 457 Query 423 CDDSNRRGEFFLFYSYAAVSGGPLLIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPK 482 S+RRGE+FLFYSY VSGGP+LIALVAG+AA FES S +NRV++IL+GIY K Sbjct 458 NHHSHRRGEYFLFYSYHTVSGGPVLIALVAGDAAQLFESTDPSTLINRVINILKGIYEQK 517 Query 483 GINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEGRLFFAGEATIRQY 542 GI+VPDPIQ++CT+WGSDP S GSYSHV V SSG DYDILAE++G GRLFFAGEATIRQ+ Sbjct 518 GISVPDPIQSICTKWGSDPFSFGSYSHVRVQSSGSDYDILAENLG-GRLFFAGEATIRQH 576 Query 543 PATMHGAFLSGLREAANMLNSENLRSTPSKVERGLSKDISSYASLLADLFRHPDLEFGSF 602 PATMHGA+LSGLREA+++ S+++++ + R +SK++ L +LF PDL FG Sbjct 577 PATMHGAYLSGLREASHI--SQSMKARQNNPRRTVSKNVRPSNDTLEELFEKPDLAFGKL 634 Query 603 SVLFDPHSDDPKSMALLRLMIGGTKRKINDNARTDQPNSNKVLSQQLQSHLNQHHLLYLY 662 +FDP + D S+ L+R+ G + ++N + P +L+ LQ LY Sbjct 635 LFVFDPLTCDSNSLGLMRVTFGKSNDELNSEEVDNMP--QHLLNPSLQ----------LY 682 Query 663 TLLTQQQALELREVRGGDENRLKYLYENLRVKLVGRRGLGAVGDSLVASI 712 T+++++QA EL+ V+ G+ +L L E L +KLVG GLG G +L A I Sbjct 683 TVVSREQAHELQLVKEGNNCKLLDLLEGLGLKLVGANGLGVQGHTLAAKI 732 >Solyc05g055590.2.1 unnamed protein product Length=636 Score = 654 bits (1687), Expect = 0.0, Method: Compositional matrix adjust. Identities = 338/554 (61%), Positives = 406/554 (73%), Gaps = 41/554 (7%) Query 60 TEAFVAQSLGFPAEALTEEEIEFGVVS----TQVS------------------------- 90 +EA VA + GFP+++L +EEIE GVVS T+V Sbjct 84 SEALVAITAGFPSDSLKDEEIEAGVVSEDGGTEVYNYILLRNHIITKWRGNVSIWLTKDM 143 Query 91 --DFFPEKHKQLVSSAYNFLRTHGFINFGVASAIKGVGSVDGNKGSVIIIGAGLAGLAAA 148 D PE++ L+ SAYN+L ++G++NFGV AIK +KG VI+IGAGLAGLAAA Sbjct 144 FVDVIPEQYSGLLDSAYNYLLSYGYVNFGVTLAIKDKIPTRPSKGRVIVIGAGLAGLAAA 203 Query 149 RQLQAFGF-------KEEAWGRVYSKKMEVGNTCAAADLGGSVLTGVHGNPLVVLARQLK 201 RQL FGF ++ A GRVY+KKME GN AAADLGGSVLT GNPL VLARQL Sbjct 204 RQLMLFGFEVIVLEGRKRAGGRVYTKKMEGGNKIAAADLGGSVLTSTLGNPLGVLARQLS 263 Query 202 YPLHKIREKCPLYQPDGQPVNAEVDAKIERMFNRLLDKAGHLRQLMGEVAVDISLGTALE 261 Y LH +R++CPLY DG PV+ +D K+E +N LL+KA +RQ + + ISLG ALE Sbjct 264 YTLHTVRDRCPLYHADGTPVDEYLDKKVEVAYNELLEKASKVRQDLSPI---ISLGEALE 320 Query 262 TFRKVNGVAEEGEERQLFNWHLANLEYANAGLLSDLSLAFWDQDDPYEMGGDHCFLPGGN 321 T RK + VA EE LFNWHLANLEYANA LLS LSL FWDQDDPY+MGGDHCFLPGGN Sbjct 321 TLRKDSSVAMNDEEMNLFNWHLANLEYANASLLSKLSLRFWDQDDPYDMGGDHCFLPGGN 380 Query 322 GKLVQALADSVPILYEKTVSMIRYGSDGVQVFCGGQVFQGEMALCTVPVGVLKNNGIKFI 381 G+L+ ALA++VPI +EKTV IRYG D V+V GQVF+G+M LCTVP+GVLK I F Sbjct 381 GRLIDALAENVPISFEKTVHTIRYGRDRVKVITAGQVFEGDMVLCTVPLGVLKRGSISFF 440 Query 382 PELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAV 441 PELPQ+K+D I+RLGFGLLNKVA+LFP+VFW S +DTFGH+ DDS RGEFFLFY+YA V Sbjct 441 PELPQRKLDTIRRLGFGLLNKVALLFPYVFWDSNVDTFGHVADDSKHRGEFFLFYNYATV 500 Query 442 SGGPLLIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQTVCTRWGSDP 501 SGGPLL+ALVAG+AA RFE M ++AV +VL IL+GIY P+GINVP PIQ V T WGSDP Sbjct 501 SGGPLLLALVAGKAAHRFERMTPTDAVTKVLQILKGIYEPQGINVPKPIQIVFTSWGSDP 560 Query 502 LSQGSYSHVAVGSSGDDYDILAESVGEGRLFFAGEATIRQYPATMHGAFLSGLREAANML 561 S GSYS VAVG+SGDDYDILAE+VG+GRLFFAGEAT R YPATMHGAFL+GLREAA M Sbjct 561 FSYGSYSSVAVGASGDDYDILAETVGDGRLFFAGEATTRHYPATMHGAFLTGLREAAKMA 620 Query 562 NSENLRSTPSKVER 575 + ++R++ + E+ Sbjct 621 HHASVRTSHLQAEK 634 >Solyc04g081100.3.1 unnamed protein product Length=2079 Score = 316 bits (809), Expect = 4e-92, Method: Compositional matrix adjust. Identities = 198/534 (37%), Positives = 277/534 (52%), Gaps = 84/534 (16%) Query 132 KGSVIIIGAGLAGLAAARQLQAFGF-------KEEAWGRVYSKKMEVGNTCAAADLGGSV 184 K +I++GAG AGL AAR L+ GF + GRV++ + + DLG S+ Sbjct 1003 KKEIIVVGAGPAGLTAARHLKRQGFHVTVLEARSRIGGRVFTDRSSLS---VPVDLGASI 1059 Query 185 LTGVHGN--------PLVVLARQLKYPLHKIREKCPLYQ-PDGQPVNAEVDAKIERMFNR 235 +TG+ + P ++ QL L + CPLY GQ V ++D +E FN Sbjct 1060 ITGIEADVATERRPDPSSLICAQLGLELTVLNSDCPLYDVATGQKVPVDLDEALEAEFNS 1119 Query 236 LLDKAGHLRQLMGEVAVDISLGTALETFRKV--------NGVAEEGE------------- 274 LLD L GE A+ +SL LE K N + E + Sbjct 1120 LLDDMVLLVAQKGEHAMRMSLEDGLEYALKKRQKARFARNHMGNESQKLSVTAVESMALS 1179 Query 275 ------------------ERQLFNWHLANLEYANAGLLSDLSLAFWDQDDPYE-MGGDHC 315 ER++ +WH ANLEY A LL ++SL +W+QDD Y GG HC Sbjct 1180 DVGVPQNNNSKVEILSPPERRVMDWHFANLEYGCAALLKEVSLPYWNQDDTYGGFGGAHC 1239 Query 316 FLPGGNGKLVQALADSVPILYEKTVSMIRYGSDGV----QVF-------CGGQVFQGEMA 364 + GG +V+AL + + + V+ I Y V +F G+ F G+ Sbjct 1240 MIKGGYSSVVEALGEELCVHLNHIVTDISYCKKDVLSNNDLFNKVKVSTTNGREFSGDAV 1299 Query 365 LCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHLCD 424 L TVP+G LK IKF P LPQ K +I+RLGFG+LNKV + FP VFW +D FG + Sbjct 1300 LITVPLGCLKAETIKFSPPLPQWKDLSIQRLGFGVLNKVVLEFPEVFWDDSIDYFGATAE 1359 Query 425 DSNRRGEFFLFYSYAAVSGGPLLIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPKGI 484 D++ RG F+F++ G P+LIALV G+AAI + M + + V L +LR +YG K Sbjct 1360 DTDERGRCFMFWNVKKTVGAPVLIALVVGKAAIDGQEMSSDDHVKHSLLVLRKLYGEK-- 1417 Query 485 NVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEGRLFFAGEATIRQYPA 544 VPDP+ +V T WG DP S G+YS+VAVGSSG+DYDIL V E LFFAGEAT +++P Sbjct 1418 MVPDPVASVVTNWGKDPYSYGAYSYVAVGSSGEDYDILGRPV-ENCLFFAGEATCKEHPD 1476 Query 545 TMHGAFLSGLREAANMLNSENLRSTPSKVERGLSKDISSYASLLADLFRHPDLE 598 T+ GA +SGLREA ++ ++ +T + D ++ + D RH D+E Sbjct 1477 TVGGAMMSGLREAVRII---DILTTGT--------DYTAEVEAMEDAMRHSDVE 1519 >Solyc03g031880.3.1 unnamed protein product Length=479 Score = 182 bits (461), Expect = 6e-50, Method: Compositional matrix adjust. Identities = 141/452 (31%), Positives = 224/452 (50%), Gaps = 33/452 (7%) Query 126 GSVDGNKGSVIIIGAGLAGLAAARQLQAFGFKE---EAWGRVYSKKMEVGNTCAAADLGG 182 G G+ SVI+IG G++G+AAA L FK E+ R+ + + D+G Sbjct 9 GRRHGSSPSVIVIGGGISGVAAACFLHNAYFKVLLLESRDRLGGRIHTDNSFGCPVDMGA 68 Query 183 SVLTGV-HGNPLVVLARQLKYPLHKIR-----------EKCPLYQPDGQPVNAEVDAKIE 230 S L GV + NPL L R+L L++ E C L+ DG V ++ A++ Sbjct 69 SWLHGVCNENPLAPLIRRLGLTLYRTSGDDSVLYDHDLESCMLFDMDGHQVPHKIVAEVG 128 Query 231 RMFNRLLDKAGHLRQLMGEVAVDISLGTALE-TFRKVNGVAEEGEERQLFNWHLANLEYA 289 +F ++LD+ +R E + DIS+ A+ + + +EG ++ W++ +E Sbjct 129 DVFKKILDETEKVRN---ENSNDISVLQAISIVLDRHPELRQEGVSHEVLQWYICRMEAW 185 Query 290 NAGLLSDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRYGSDG 349 + +SL WDQ+ + G H + G +++AL+ + I V I G + Sbjct 186 FSADADTISLKTWDQEQV--LTGGHGLMVQGYHPVIEALSKDIDIRLNHRVKAITDGYNK 243 Query 350 VQVFC-GGQVFQGEMALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAMLFP 408 V V G+ F + A+ TVP+GVLK N I+F PELP K+ AI LG G NK+A+ F Sbjct 244 VMVTLEDGRNFVADAAIITVPIGVLKANLIEFKPELPDWKLSAIADLGVGNENKIALRFD 303 Query 409 HVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAVSGGPLLIALVAGEAAIRFESMHASEAV 468 VFW ++ G + S G F + +G +L+ + AG A E + EA Sbjct 304 TVFW-PNVELLGIVAPTSYACGYFLNLHK---ATGHQVLVYMAAGRLAYDVEKLSDKEAA 359 Query 469 NRVLDILRGIYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGE 528 N V+ L+ ++ + P+P+Q + +RWG+DP S G YS+ VG D YD L + Sbjct 360 NFVMRQLKKMFP----DAPEPVQYLVSRWGTDPDSLGCYSYDLVGKPTDIYDKLRAPL-- 413 Query 529 GRLFFAGEAT-IRQYPATMHGAFLSGLREAAN 559 G LFF GEA + + ++HGA+ +G+ A + Sbjct 414 GNLFFGGEAVCMDDHQGSVHGAYSAGIIAAED 445 >Solyc07g043590.3.1 unnamed protein product Length=491 Score = 163 bits (413), Expect = 3e-43, Method: Compositional matrix adjust. Identities = 130/403 (32%), Positives = 196/403 (49%), Gaps = 43/403 (11%) Query 178 ADLGGSVLTGV-HGNPLVVLARQLKYPLHKIR-----------EKCPLYQPDGQPVNAEV 225 DLG S L GV NPL L +L PL++ E L+ DG V ++ Sbjct 76 VDLGASWLHGVCKENPLAPLIGRLGLPLYRTSGDNSVLYDHDLESYALFDMDGNQVPQDL 135 Query 226 DAKIERMFNRLLDKAGHLRQLMGEVAVDISLGTALE-TFRKVNGVAEEGEERQLFNWHLA 284 K+ F +L + +RQ E + D+S+G A+ F + + EG ++ W+L Sbjct 136 VTKVGETFESILKETDRIRQ---EFSEDMSIGRAISMVFDRRPDLRLEGIAHKVLQWYLC 192 Query 285 NLEYANAGLLSDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQ-------ALADSVPILYE 337 +E A +SL +WDQ++ LPGG+G +V+ LA + I + Sbjct 193 RMEGWFAADADSISLKYWDQEE---------LLPGGHGLMVRGYRPVINTLAKGLDIRLD 243 Query 338 KTVSMIRYGSDGVQVFC-GGQVFQGEMALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLG 396 V+ + +GV+V G+ F + A+ VP+GVLK+N IKF P LP+ K AI LG Sbjct 244 HRVTQVVRRYNGVKVTVEDGRTFVADAAVVAVPLGVLKSNRIKFEPRLPEWKEAAINELG 303 Query 397 FGLLNKVAMLFPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAVSGGPLLIALVAGEAA 456 G+ NK+ + F VFW ++ G + S E F + +G P+L+ + AG+ A Sbjct 304 VGIENKIILHFEKVFW-PNVEFLGVVAQSSY---ECSYFLNLHKATGHPVLVYMPAGQLA 359 Query 457 IRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSG 516 E + +A N L+ I N PIQ + + WG+D S GSYS+ AVG Sbjct 360 HDIEKLSDEDAANFAFKQLQRILP----NATTPIQHLVSHWGTDVNSLGSYSYDAVGKPH 415 Query 517 DDYDILAESVGEGRLFFAGEATIRQYPATMHGAFLSGLREAAN 559 + Y+ L V +FFAGEAT YP ++HGA+ +GL A + Sbjct 416 EFYERLRIPVDN--IFFAGEATSMDYPGSVHGAYSTGLMAAED 456 >Solyc05g024070.1.1 unnamed protein product Length=140 Score = 149 bits (376), Expect = 5e-42, Method: Compositional matrix adjust. Identities = 82/171 (48%), Positives = 100/171 (58%), Gaps = 32/171 (19%) Query 169 MEVGNTCAAADLGGSVLTGVHGNPLVVLARQLKYPLHKIREKCPLYQPDGQPVNAEVDAK 228 ME N ADLGGSV+TG+ GN L +LARQL Y LH Sbjct 1 MEGENKIVVADLGGSVVTGILGNQLGLLARQLSYTLH----------------------- 37 Query 229 IERMFNRLLDKAGHLRQLMGEVAVDISLGTALETFRKVNGVAEEGEERQLFNWHLANLEY 288 +LDKA ++Q + + I LG ALET RK VA EE F+WHL NLEY Sbjct 38 ------MMLDKASKVKQNLYPI---IYLGEALETLRKDFTVAMNNEEMSFFHWHLVNLEY 88 Query 289 ANAGLLSDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKT 339 ANAGLLS+ SL FWDQDDPY+ GGDHC LP NGKLV +L+++VPI++ + Sbjct 89 ANAGLLSNHSLVFWDQDDPYDFGGDHCLLPDVNGKLVHSLSENVPIIFHTS 139 >Solyc12g006370.3.1 unnamed protein product Length=478 Score = 149 bits (375), Expect = 3e-38, Method: Compositional matrix adjust. Identities = 127/393 (32%), Positives = 189/393 (48%), Gaps = 34/393 (9%) Query 178 ADLGGSVLTGV-HGNPLVVLARQLKYPLHKIR-EKCPLYQPDGQPVNAEVDAKIERMFNR 235 DLG S L GV + NPL L +L PL++ + LY D + D + ++ Sbjct 76 VDLGASWLHGVGNENPLAPLIGKLGLPLYRTSGDNSVLYDHDLESYGL-FDMEGNQVPQD 134 Query 236 LLDKAGHLRQLMGEVAVDISLGTALE-TFRKVNGVAEEGEERQLFNWHLANLEYANAGLL 294 L+ K +R+ E + D+S+G A+ F + + G ++ W+L +E A Sbjct 135 LVSKTDLIRK---ENSEDMSIGCAISMVFERRPDLRLNGLGHKVLQWYLCRMEGWFAADA 191 Query 295 SDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQ-------ALADSVPILYEKTVSMIRYGS 347 +SL WDQ++ LPGG+G +V+ LA + I V+ I Sbjct 192 DTISLKCWDQEE---------LLPGGHGLMVRGYKPVINTLAKGLDIRLGHRVTEIVRRY 242 Query 348 DGVQVFC-GGQVFQGEMALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAML 406 +GV+V G F + A+ VP+GVLK+N IKF P LP+ K AIK LG G+ NK+ + Sbjct 243 NGVKVTVEDGSTFVADAAIIAVPLGVLKSNCIKFEPRLPEWKEAAIKELGVGIENKIILH 302 Query 407 FPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAVSGGPLLIALVAGEAAIRFESMHASE 466 F VFW ++ G + + S E F + +G +L+ + AG+ A + Sbjct 303 FQDVFW-PNVEFLGVVAESSY---ECSYFLNLHKATGHSVLVYMPAGQLARDIGELSDEA 358 Query 467 AVNRVLDILRGIYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESV 526 A N L+ I N PIQ + + WG+D S GSYS+ VG D Y+ L V Sbjct 359 AANFAFTQLKRILP----NATAPIQYLVSHWGTDINSLGSYSYDTVGKPHDLYEKLRIPV 414 Query 527 GEGRLFFAGEATIRQYPATMHGAFLSGLREAAN 559 LFFAGEAT YP ++HGA+ +GL A + Sbjct 415 DN--LFFAGEATSADYPGSVHGAYSTGLLAAED 445 >Solyc02g081390.3.1 unnamed protein product Length=496 Score = 142 bits (357), Expect = 7e-36, Method: Compositional matrix adjust. Identities = 113/391 (29%), Positives = 185/391 (47%), Gaps = 30/391 (8%) Query 179 DLGGSVLTGV-HGNPLVVLARQLKYPLHKIR-----------EKCPLYQPDGQPVNAEVD 226 D+G S L GV NPL L R+L L++ E L+ DG V Sbjct 79 DMGASWLHGVCDENPLAPLIRRLGLTLYRTSGDNSVLYDHDLESYMLFDMDGHQVPQNTV 138 Query 227 AKIERMFNRLLDKAGHLRQLMGEVAVDISLGTALE-TFRKVNGVAEEGEERQLFNWHLAN 285 ++ +F ++L + +R E + D+S+ A+ + + +EG ++ W++ Sbjct 139 VQVGEVFKKILSETEKVRN---EHSHDLSVLQAISIVLDRHPELRQEGLSHEVLQWYICR 195 Query 286 LEYANAGLLSDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRY 345 +E A +SL WDQ+ + G H + G +++AL+ + I V I Sbjct 196 MEAWFAADADTISLKTWDQEQV--LTGGHGLMVQGYNPVIKALSKDIDIRLNHRVKRITN 253 Query 346 GSDGVQVFC-GGQVFQGEMALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVA 404 G + V V G+ F + A+ TVP+GVLK N I+F P+LP+ K AI LG G NK+A Sbjct 254 GYNKVMVTVKDGRNFIADAAIITVPLGVLKANLIEFEPKLPEWKQSAIADLGVGNENKIA 313 Query 405 MLFPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAVSGGPLLIALVAGEAAIRFESMHA 464 + F +VFW ++ G + S G F + +G +L+ + AG A E + Sbjct 314 LRFDNVFW-PNVELLGVVAPTSYACGYFLNLHK---ATGHRVLVYMAAGRLACDLEKLTD 369 Query 465 SEAVNRVLDILRGIYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAE 524 A + L+ ++ + P+Q + + WG+DP + G YS+ VG D YD L Sbjct 370 ESAAEFAMLQLKKMFP----DATKPVQYLVSHWGTDPDTLGCYSYDLVGKPTDAYDRLRA 425 Query 525 SVGEGRLFFAGEA-TIRQYPATMHGAFLSGL 554 +G LFF GEA + + ++HGA+ +G+ Sbjct 426 PIGN--LFFGGEAVSSDDHQGSVHGAYEAGI 454 >Solyc05g018880.1.1 unnamed protein product Length=513 Score = 138 bits (348), Expect = 1e-34, Method: Compositional matrix adjust. Identities = 149/504 (30%), Positives = 238/504 (47%), Gaps = 78/504 (15%) Query 132 KGSVIIIGAGLAGLAAARQL-QAFGFKE-------EAWGRVYSKKMEVGNTCAAADLGGS 183 K V+IIGAG+AGL AA +L + G KE E R+ + + + ++G + Sbjct 5 KPKVVIIGAGMAGLTAANKLYTSAGCKEFIEVCVVEGGDRIGGRIITSEFVGSRIEMGAT 64 Query 184 VLTGVHGNPLVVLARQLKYPLHKIRE-KC-------PLYQPDG-QPVNAEVDAKIERMFN 234 + G+ G+P+ +A+++ LH + +C PL +G +N+ + I +F Sbjct 65 WIHGIGGSPVYKIAQEIN-SLHSDKPWECMNEFLDEPLTIAEGGYHLNSSLVDPICNLFK 123 Query 235 RLLDKA-GHLRQLMGEVAVDISLGTALET-FRKVNGVAEEGEERQLF-NWHLANLE---- 287 +L+D A G ++S+G+ L G +E EE F NW +LE Sbjct 124 KLMDFAQGKPHVQFPSSNGNLSIGSFLRKGLDAYWGSIKEQEETLGFDNWTRKSLEEGIF 183 Query 288 ---------YANAGLLSDLSLAFWDQDDPYEM-GGDHCFLPGGNGKLVQALADSVP---I 334 Y +AG DL ++ + Y M G + G +V++LA +P I Sbjct 184 AMLENTQRTYTSAG---DLETLDFNAESEYRMFPGKEITIAKGYSTIVESLASVLPDGMI 240 Query 335 LYEKTVSMIRYGSDG---------VQV-FCGGQVFQGEMALCTVPVGVLK----NNGIKF 380 + V+ I + D V++ FC G + + + TV +GVLK NN F Sbjct 241 QLGRKVTKIEWQPDDGENCDVIKPVKIHFCDGSIMYADHVIVTVSLGVLKQGIHNNTGMF 300 Query 381 IPELPQKKIDAIKRLGFGLLNKVAM-LFPHVFWGSELDTFGHLCDDS--NRRGEFFL--F 435 P LP+ K +AI RLGFG++NK+ + L P+ L H D +RR +++ Sbjct 301 SPPLPRFKTEAISRLGFGVVNKLFLQLSPNRDEFPNLQMVFHQSDSKLRHRRIPWWMRRT 360 Query 436 YSYAAVSGGP-LLIALVAGEAAIRFESMHASEAVN----RVLDILRGIYGPKGINVPDPI 490 S + G +L++ AG+ A+ ES+ E ++ + D+L + I Sbjct 361 ASLCPIYGTSNVLLSWFAGKEALEVESLSDEEIIDGFSKVISDLLENSKNKCNGHADSAI 420 Query 491 Q---TVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEG----------RLFFAGEA 537 + + T+W +DPL GSYS+VAVGSSGDD D +AE + + ++ FAGEA Sbjct 421 KFDKVLKTKWATDPLFLGSYSYVAVGSSGDDLDSMAEPLPKTNNHDLNSLQLQILFAGEA 480 Query 538 TIRQYPATMHGAFLSGLREAANML 561 T R + +T HGA+ SGLREA +L Sbjct 481 THRTHYSTTHGAYFSGLREANRLL 504 >Solyc11g030780.1.1 unnamed protein product Length=113 Score = 126 bits (316), Expect = 4e-34, Method: Compositional matrix adjust. Identities = 68/128 (53%), Positives = 84/128 (66%), Gaps = 23/128 (18%) Query 434 LFYSYAAVSGGPLLIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQTV 493 +FY YA VSGGPLL+ALVA E+ +FE IN+P IQ V Sbjct 1 MFYKYATVSGGPLLLALVARESTHKFER----------------------INIPKSIQIV 38 Query 494 CTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEGRL-FFAGEATIRQYPATMHGAFLS 552 + W SD S GSY +V+VG+SGDD +ILAE++GEGRL FFAGE+T R YPAT+HGAFL+ Sbjct 39 FSSWRSDLFSFGSYDNVSVGASGDDNEILAETLGEGRLFFFAGESTTRNYPATLHGAFLT 98 Query 553 GLREAANM 560 LREAA + Sbjct 99 RLREAAKV 106 >Solyc10g047350.2.1 unnamed protein product Length=385 Score = 129 bits (324), Expect = 2e-32, Method: Compositional matrix adjust. Identities = 101/258 (39%), Positives = 126/258 (49%), Gaps = 59/258 (23%) Query 29 DSPIMIGRRRGRRKSLFKQNLSEDSMKAVQGTEAFVAQSLGFPAEALTEEEIEFGVVS-- 86 D P RR R L K+ EA +A S+GFP ++LTEEEIE VVS Sbjct 123 DDPSKNHNRRRRMSDLAKE----------VDVEALIAISVGFPVDSLTEEEIEANVVSQI 172 Query 87 --------------------TQVSDFFPEKH---------KQLVSSAYNFLRTHGFINFG 117 + V+ + ++H K LV SA++FL HG+INFG Sbjct 173 GGIEQANYIVVRNHILARWRSNVTVWLTKEHALESIRAEHKNLVHSAFSFLLHHGYINFG 232 Query 118 VASAIKGVG---SVDGNKGSVIIIGAGLAGLAAARQLQAFGFK-------EEAWGRVYSK 167 VA AIK V +KG+VI+IGAGL+GL AARQL + G K GRV SK Sbjct 233 VAPAIKEVKFKPPEGASKGNVIVIGAGLSGLVAARQLISLGLKVVVLEGRGRPGGRVRSK 292 Query 168 KM--EVGNTCAAADLGGSVLTGVHGNPLVVLARQLKYPLHKIR------EKCPLYQPDGQ 219 KM AAADLGGSVLTG++GNPL VLARQL PLHK+ + P+ P + Sbjct 293 KMTGRQNGVVAAADLGGSVLTGINGNPLGVLARQLGVPLHKVYYVLKQLSETPMLTPGNE 352 Query 220 PVNAEVDAKIERMFNRLL 237 V +N L Sbjct 353 FYGTNVQFNFTSSYNLFL 370 >Solyc05g006250.1.1 unnamed protein product Length=141 Score = 115 bits (289), Expect = 4e-30, Method: Composition-based stats. Identities = 61/145 (42%), Positives = 90/145 (62%), Gaps = 21/145 (14%) Query 475 LRGIYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEGRLFFA 534 +R IY PKGIN+PDPI+++CT+WGS P GSYSHV V SSG DYDIL E++G Sbjct 1 MRCIYEPKGINLPDPIESICTKWGSGPFLFGSYSHVYVQSSGSDYDILTENLG------- 53 Query 535 GEATIRQYPATMHGAFLSGLREAANMLNSENLRSTPSKVERG-LSKDISSYASLLADLFR 593 ATMHG +LSG+RE +++ S+ +++ K+ +G L + + ++ + + Sbjct 54 ---------ATMHGDYLSGIRETSHI--SQFIKA--RKIFKGKLYQSMLDKEIIIGRIVQ 100 Query 594 HPDLEFGSFSVLFDPHSDDPKSMAL 618 +PDL F F +FDP + D KS+ L Sbjct 101 NPDLAFAKFLFVFDPLTCDSKSLGL 125 >Solyc05g051157.1.1 unnamed protein product Length=212 Score = 110 bits (274), Expect = 2e-27, Method: Compositional matrix adjust. Identities = 79/204 (39%), Positives = 99/204 (49%), Gaps = 47/204 (23%) Query 91 DFFPEKHKQLVSSAYNFLRTHGFINFGVASAIKGVGSVDGNKGSVIIIGAGLAGLAAARQ 150 D PE++ L+ SAYNF + + AIK +GN LAGLAAA+Q Sbjct 51 DVIPERYSGLLVSAYNFF-------YIIRLAIK-----NGNAAE-----PSLAGLAAAKQ 93 Query 151 LQAFGFKEEAWGRVYSKKMEVGNTCAAADLGGSVLTGVHGNPLVVLARQLKYPLHKIREK 210 L F L G G GNPL +L RQL Y LHK+R++ Sbjct 94 LMLF-------------------VIEVTVLEGRKRGGTLGNPLGLLGRQLSYTLHKVRDQ 134 Query 211 CPLYQPDGQPVNAEVDAKIERMFNRLLDKAGHLRQLMGEVAVDISLGTALETFRKVNGVA 270 C LY DG+P A+ +N LL+KA + + +V SLG LET +K GVA Sbjct 135 CLLYCADGKPAEAD--------YNELLEKASKVSTELSQV---FSLGEKLETLQKDFGVA 183 Query 271 EEGEERQLFNWHLANLEYANAGLL 294 + EE LFNWHLANL Y NA LL Sbjct 184 MDVEEMSLFNWHLANLGYENAALL 207 >Solyc12g008850.3.1 unnamed protein product Length=673 Score = 117 bits (293), Expect = 3e-27, Method: Compositional matrix adjust. Identities = 111/361 (31%), Positives = 170/361 (47%), Gaps = 67/361 (19%) Query 260 LETFRKVNGVAE-EGEERQLF-NWHLANLE-------------YANAGLLSDLSLAFWDQ 304 +E+F +G E +GE ++F NW LE Y++AG L +L F + Sbjct 312 VESFNLDSGSTEKDGENVEVFENWSRKALEEGIFAMFENIHRHYSSAGDLG--TLDFNGE 369 Query 305 DDPYEMGGDHCFLPGGNGKLVQALADSVP---ILYEKTVSMIRY---GSDGVQV----FC 354 + GD + G +V++LA +P I + VS I + SDG + F Sbjct 370 SEYCNFPGDEITIAKGYSSIVESLASVLPPGLIQLGRKVSKIEWQLETSDGNKPVKLHFS 429 Query 355 GGQVFQGEMALCTVPVGVLKNNGIK-----FIPELPQKKIDAIKRLGFGLLNKVAM-LFP 408 G V + + TV +GVLK GI+ F P LP+ K +AI RLGFG+++KV + L P Sbjct 430 DGSVMYADHVIVTVSLGVLKQ-GIREDSSLFSPPLPKFKTEAISRLGFGVVDKVFLQLTP 488 Query 409 HVFWGSELDTFGHLCDDSN------------RRGEFFLFYSYAAVSGGPLLIALVAGEAA 456 G + SN RR ++ ++++ AGE A Sbjct 489 THHDGMNFPNMMMVFHQSNAKLKNPKIPLWIRRTTL----THPVYPESRVVVSWFAGEEA 544 Query 457 IRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQ---TVCTRWGSDPLSQGSYSHVAVG 513 ++ E++ E + V I + + + I+ + +WG+DPL GSY+H+AVG Sbjct 545 LKVETLDDDEIIEGV-SITMSEFLSNTKHYKNSIKFSKVLKCKWGTDPLFLGSYTHIAVG 603 Query 514 SSGDDYDILAESVGEG-------------RLFFAGEATIRQYPATMHGAFLSGLREAANM 560 SSGDD D +AE + + ++ FAGEAT R Y +T HGA+L+GLREA + Sbjct 604 SSGDDLDAMAEPLPKEISDDKNSKKSPRLQVLFAGEATSRNYYSTTHGAYLTGLREANRL 663 Query 561 L 561 L Sbjct 664 L 664 >Solyc07g039310.1.1 unnamed protein product Length=514 Score = 112 bits (281), Expect = 4e-26, Method: Compositional matrix adjust. Identities = 124/508 (24%), Positives = 216/508 (43%), Gaps = 85/508 (17%) Query 132 KGSVIIIGAGLAGLAAARQL-QAFGFKEEAWGRVYSKKMEVGNTCAAADLGG-------S 183 K V+IIGAG+AGL AA +L G K+ V +G ++ GG + Sbjct 5 KAKVVIIGAGMAGLTAANKLYTTAGCKDLLDLCVVEGGNRIGGRINTSEFGGDRIELGAT 64 Query 184 VLTGVHGNPLVVLARQLKYPLHKIREKCP---------LYQPDGQPVNAEVDAKIERMFN 234 + G+ G+P+ +A+Q+ + +C DG +++ I +FN Sbjct 65 WIHGIGGSPVHEIAQQINSLQSEQPWECMDGLLETEAITIAEDGYVLDSSFVEPISNLFN 124 Query 235 RLLDKAGHLRQLMGEVAVDISLGTALETFRKVNGVAEE--GEERQLFNWHLANLEYANAG 292 +L+D + E+ +S+G+ L R ++ +E E L +LE Sbjct 125 KLMDISQSKLVTQNEIPNVMSVGSFLR--RGIDAYWDEHVDELEGLDKRRKRSLEQGIFA 182 Query 293 LLSDLSLAFWDQDD----PYEMGGDHCFLPG-------GNGKLVQALADSVP---ILYEK 338 + + + +D + ++C PG G ++++LA +P I + Sbjct 183 MFESIQRTYTSANDLEMLDFNAEKEYCMFPGEEITIAKGYLSVIESLASVLPPGLIQLGR 242 Query 339 TVSMIRYGSDGVQV-------------FCGGQVFQGEMALCTVPVGVLKNNGIK-----F 380 V+ I + D + F G + + + TV +GVLK GI+ F Sbjct 243 KVTKIEWQPDELLEIENGTNKPPVKLHFVDGSIMYADHVIVTVSLGVLKQ-GIREDSGMF 301 Query 381 IPELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAA 440 P L K +AI RLGFG++NKV + + G + + + + ++ Sbjct 302 NPPLASFKTEAITRLGFGVVNKVFLKLTSIPDGINFPYLQMVFHNESEQNPKIPWWMRRT 361 Query 441 VSGGPL------LIALVAGEAAIRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQTVC 494 + P+ L++ G+ A+ ES+ E ++ + IN +++ Sbjct 362 ANLCPIYGNSNVLLSWFVGKEALEVESLSDEEIIDGFSKTISSFL----INSHSDAESMF 417 Query 495 -------TRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEG--------------RLFF 533 ++WG+DPL GSYS+VA+ SSGDD D +AE + + ++ F Sbjct 418 KVEKVLKSQWGNDPLFLGSYSYVAIESSGDDLDAMAEPLPKKITSLHDSNVSPPPLQILF 477 Query 534 AGEATIRQYPATMHGAFLSGLREAANML 561 AGEAT R + +T HGA+ SG+REA +L Sbjct 478 AGEATHRTHYSTTHGAYFSGIREANRLL 505 >Solyc01g087590.3.1 unnamed protein product Length=498 Score = 111 bits (277), Expect = 1e-25, Method: Compositional matrix adjust. Identities = 118/467 (25%), Positives = 211/467 (45%), Gaps = 74/467 (16%) Query 132 KGSVIIIGAGLAGLAAARQLQAFGFKE--------EAWGRVYSKKMEVGNTCAAADLGGS 183 + SVII+GAG++GL AA+ L G + + GR+ +K E G AA+LG Sbjct 6 RSSVIIVGAGISGLTAAKVLSENGVDDVVILEAADKIGGRI--RKEEFGGV--AAELGAG 61 Query 184 VLTGVHG---NPLVVLARQ--LKYPLHKIRE-KCPLYQPDGQPVNAEVDAKIERMFNRLL 237 + GV G NP+ LA Q L+ + +Y G+ + + A + + + Sbjct 62 WIAGVGGKQSNPVWELALQSNLRTCFSDYSNARYNIYDHSGKIFPSGIAAD---SYKKAV 118 Query 238 DKA-GHLRQLMGEVAVDISLGTALETFRKVNGVAEEGEERQLFNWHLANLE----YANAG 292 D A LR G D A ET E + L ++ +A +E Y + G Sbjct 119 DSAIQKLRSQEGNHNEDTD--DAAETPSTPKTPIELAIDFILHDFEMAEVEPISTYVDFG 176 Query 293 ----LLSDLSLAFWDQDDPYEMGGDHC-------FLPGGNGKLVQALADSVPILYEKTVS 341 L++D E G +H FL GK++ + + V Sbjct 177 EREFLVAD------------ERGYEHLLYKMAENFLFTCEGKIMDSR-----LKLNTVVR 219 Query 342 MIRYGSDGVQVFC-GGQVFQGEMALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLL 400 +++ +GV V G +++ + +V +GVL+++ I F P LP+ K++A++ L + Sbjct 220 EVQHSRNGVLVTTEDGSLYEANYVILSVSIGVLQSDLISFSPSLPRWKMEAVRNLDVMVY 279 Query 401 NKVAMLFPHVFWGSELD----TFGHLCDDSNRRGEFFLFYSYA--AVSGGPLLIALVAGE 454 K+ + FP+ FW E + + H RRG ++ F+ + A G +L+ + Sbjct 280 TKIFLKFPNKFWPCEPEKEFFIYAH-----ERRG-YYTFWQHMENAYPGSNMLVVTLTNG 333 Query 455 AAIRFESMHASEAVNRVLDILRGIYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGS 514 + R E+ + + +++LR ++GP ++PD + RW ++ +GSYS+ + + Sbjct 334 ESKRVEAQSDQDTLREAMEVLRNMFGP---DIPDATDILVPRWWNNRFQRGSYSNYPIYA 390 Query 515 SGDDYDILAESVGEGRLFFAGEATIRQYPATMHGAFLSGLREAANML 561 + + E V GR+FF GE T ++ +HG +LSG+ + +L Sbjct 391 NHQLVHDIKEPV--GRIFFTGEHTSEKFSGYVHGGYLSGIDTSNALL 435 >Solyc05g016290.1.1 unnamed protein product Length=166 Score = 102 bits (253), Expect = 5e-25, Method: Compositional matrix adjust. Identities = 53/128 (41%), Positives = 78/128 (61%), Gaps = 3/128 (2%) Query 326 QALADSVPILYEKTVSMIRYGSDGVQVFCGGQVFQGEMALCTVPVGVLKNNGIKFIPELP 385 + + D+ L++K + + S + + G + FQ + V V ++ I FIPELP Sbjct 41 KYMKDAYYELFDKASKVRQELSQVISLVKGSETFQKD---SRVARNVEQSGSITFIPELP 97 Query 386 QKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHLCDDSNRRGEFFLFYSYAAVSGGP 445 Q+ +D IKRLG G+LNKVAMLFP+VFW S + FGH+ D+ + RG FF+F+++ V G Sbjct 98 QQNLDTIKRLGLGVLNKVAMLFPYVFWDSNIYIFGHVADNLSWRGGFFVFFNHTTVFGRA 157 Query 446 LLIALVAG 453 L LVAG Sbjct 158 FLFVLVAG 165 >Solyc11g030760.1.1 unnamed protein product Length=117 Score = 92.8 bits (229), Expect = 2e-22, Method: Composition-based stats. Identities = 40/62 (65%), Positives = 48/62 (77%), Gaps = 0/62 (0%) Query 363 MALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAMLFPHVFWGSELDTFGHL 422 M LCTV GVLK+ I FI ELP++K+D IKRLGFGLLNK+ LFP+VFW S +D FGH+ Sbjct 1 MPLCTVLFGVLKSGSITFIGELPEQKVDKIKRLGFGLLNKITFLFPYVFWDSNVDIFGHV 60 Query 423 CD 424 D Sbjct 61 AD 62 >Solyc10g049410.1.1 unnamed protein product Length=103 Score = 89.7 bits (221), Expect = 2e-21, Method: Composition-based stats. Identities = 43/68 (63%), Positives = 52/68 (76%), Gaps = 1/68 (1%) Query 478 IYGPKGINVPDPIQTVCTRWGSDPLSQGSYSHVAVGSSGDDYDILAESVGEGRLFFAGEA 537 IY KGI+VPDPIQ++C +W SDP S SYS V V SS ++YDIL E++G RLFF EA Sbjct 28 IYERKGISVPDPIQSICLKWRSDPFSSRSYSLVCVQSSENEYDILIENLGV-RLFFVEEA 86 Query 538 TIRQYPAT 545 TIRQ+PAT Sbjct 87 TIRQHPAT 94 >Solyc05g024090.1.1 unnamed protein product Length=101 Score = 87.4 bits (215), Expect = 1e-20, Method: Composition-based stats. Identities = 55/128 (43%), Positives = 67/128 (52%), Gaps = 32/128 (25%) Query 167 KKMEVGNTCAAADLGGSVLTGVHGNPLVVLARQLKYPLHKIREKCPLYQPDGQPVNAEVD 226 +KME N A ADLGGSV+TG+ GN L +LAR L Y +H Sbjct 5 EKMEGENKIAVADLGGSVVTGILGNQLGLLARHLSYTIHT-------------------- 44 Query 227 AKIERMFNRLLDKAGHLRQLMGEVAVDISLGTALETFRKVNGVAEEGEERQLFNWHLANL 286 +LDKA ++Q + + I LG ALET RK VA E+ F+WHLANL Sbjct 45 ---------MLDKASKVKQNLYPI---IYLGEALETLRKDFSVAMNNEDMSFFDWHLANL 92 Query 287 EYANAGLL 294 EYANAGLL Sbjct 93 EYANAGLL 100 >Solyc05g051153.1.1 unnamed protein product Length=71 Score = 80.1 bits (196), Expect = 2e-18, Method: Composition-based stats. Identities = 34/60 (57%), Positives = 46/60 (77%), Gaps = 0/60 (0%) Query 293 LLSDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRYGSDGVQV 352 ++ +SLAF DQDDPY++GGDH F GGNG+LV L ++VPI++ K V +IRYG D V+V Sbjct 1 MIPHISLAFLDQDDPYDIGGDHNFFSGGNGRLVHPLTENVPIIFLKIVHIIRYGRDIVKV 60 >Solyc05g051150.1.1 unnamed protein product Length=71 Score = 79.0 bits (193), Expect = 4e-18, Method: Composition-based stats. Identities = 35/60 (58%), Positives = 46/60 (77%), Gaps = 0/60 (0%) Query 293 LLSDLSLAFWDQDDPYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRYGSDGVQV 352 ++ +SLAF DQDDPY+MGGDH FL GGNG+LV L ++V I++ K V +IRYG D V+V Sbjct 1 MIPHISLAFLDQDDPYDMGGDHNFLSGGNGRLVHPLTENVLIIFLKIVHIIRYGRDIVKV 60 >Solyc05g051100.2.1 unnamed protein product Length=110 Score = 70.5 bits (171), Expect = 1e-14, Method: Compositional matrix adjust. Identities = 44/139 (32%), Positives = 60/139 (43%), Gaps = 54/139 (39%) Query 200 LKYPLHKIREKCPLYQPDGQPVNAEVDAKIERMFNRLLDKAGHLRQLMGEVAVDISLGTA 259 L+Y LHK+R++CP + DG+PV+ +D K E + L Sbjct 14 LQYTLHKVRDQCPFCRADGKPVDKYLDKKGEDAYYEL----------------------- 50 Query 260 LETFRKVNGVAEEGEERQLFNWHLANLEYANAGLLSDLSLAFWDQDDPYEMGGDHCFLPG 319 L+ RK LSLA DQDDPY GG HCF P Sbjct 51 LDKTRK-------------------------------LSLASRDQDDPYNTGGYHCFFPS 79 Query 320 GNGKLVQALADSVPILYEK 338 GNG+L+ A A++ PI++ K Sbjct 80 GNGRLIHAQAENAPIIFGK 98 >Solyc05g024130.1.1 unnamed protein product Length=75 Score = 67.4 bits (163), Expect = 5e-14, Method: Compositional matrix adjust. Identities = 32/54 (59%), Positives = 40/54 (74%), Gaps = 0/54 (0%) Query 169 MEVGNTCAAADLGGSVLTGVHGNPLVVLARQLKYPLHKIREKCPLYQPDGQPVN 222 ME GN A+LGGSVLT GNPL VLARQL Y LHK+ ++CPL++ DG+ V+ Sbjct 1 MEGGNKVEVAELGGSVLTSTLGNPLGVLARQLSYTLHKLIQQCPLHRVDGKLVD 54 >Solyc05g024060.1.1 unnamed protein product Length=140 Score = 68.9 bits (167), Expect = 9e-14, Method: Compositional matrix adjust. Identities = 32/72 (44%), Positives = 46/72 (64%), Gaps = 0/72 (0%) Query 169 MEVGNTCAAADLGGSVLTGVHGNPLVVLARQLKYPLHKIREKCPLYQPDGQPVNAEVDAK 228 ME N D GGS++T + GNPL +LARQL Y +H E+ PLY+ D +P+ ++ K Sbjct 1 MEGWNKVEVGDFGGSIVTCILGNPLGLLARQLSYTVHMSIEQFPLYRVDKKPIQEYLEKK 60 Query 229 IERMFNRLLDKA 240 +E +N +LDKA Sbjct 61 VEASYNEILDKA 72 >Solyc07g020990.1.1 unnamed protein product Length=164 Score = 67.8 bits (164), Expect = 4e-13, Method: Compositional matrix adjust. Identities = 50/145 (34%), Positives = 66/145 (46%), Gaps = 28/145 (19%) Query 50 SEDSMKAVQG-----------TEAFVAQSLGFPAEALTEEEIEFGVVST----------Q 88 S+DS+K V +E FVA GFP+ +L +EEIE G+VS Sbjct 19 SKDSIKGVLSGEIIYLNKMPTSETFVALMDGFPSHSLKDEEIEVGLVSVIGGIEQLMKDC 78 Query 89 VSDFFPEKHKQLVSSAYNFLRTHGFINFGVASAIKGVGSVDGNKGSVIIIGAGLAGLAAA 148 D P+ L+ AYN+ + +INF V A K + VI IG L GL AA Sbjct 79 FGDVIPKWCSGLLDYAYNYFLLYEYINFTVELATKSRIPTKPSVSRVIFIGTSLVGLVAA 138 Query 149 RQLQAFGFK-------EEAWGRVYS 166 RQL F F+ + A GR Y+ Sbjct 139 RQLMLFEFEVIVLERLKSASGRFYT 163 >Solyc05g040010.3.1 unnamed protein product Length=128 Score = 65.1 bits (157), Expect = 1e-12, Method: Composition-based stats. Identities = 31/62 (50%), Positives = 40/62 (65%), Gaps = 0/62 (0%) Query 350 VQVFCGGQVFQGEMALCTVPVGVLKNNGIKFIPELPQKKIDAIKRLGFGLLNKVAMLFPH 409 V+V Q+ +G CTVP+G K+ I+ I E Q+K+D IKRLG GLLNK+AMLF Sbjct 54 VKVNTWAQLCEGGTTFCTVPLGFFKSGSIRLILEFRQQKLDTIKRLGIGLLNKIAMLFRL 113 Query 410 VF 411 F Sbjct 114 CF 115 >Solyc07g021000.1.1 unnamed protein product Length=69 Score = 59.3 bits (142), Expect = 4e-11, Method: Composition-based stats. Identities = 26/59 (44%), Positives = 37/59 (63%), Gaps = 0/59 (0%) Query 307 PYEMGGDHCFLPGGNGKLVQALADSVPILYEKTVSMIRYGSDGVQVFCGGQVFQGEMAL 365 P M GD FLPGGNG LV AL +VP ++EK + Y + ++V GGQ+F+G++ Sbjct 3 PMIMEGDDYFLPGGNGGLVHALTKNVPSIFEKIIHATSYNRNSLKVINGGQLFEGDVTF 61 Lambda K H a alpha 0.320 0.137 0.404 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: 5266390590 Database: Tomato Genome proteins (ITAG release 4.0) Posted date: Mar 21, 2024 4:18 PM Number of letters in database: 11,664,535 Number of sequences in database: 34,075 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Neighboring words threshold: 11 Window for multiple hits: 40