BLAST Resut
BLASTP 2.2.26 [Sep-21-2011]
Reference: Altschul, Stephen F., 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 compositional score matrix adjustment: Altschul, Stephen F.,
John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis,
Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches
using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109.
Query= Eca_sc000113.1_g0440.1
(585 letters)
Database: Araport11_genes.201606.pep
48,359 sequences; 20,855,782 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
AT2G37900.1 | Major facilitator superfamily protein | Chr2:15864... 736 0.0
AT3G53960.1 | Major facilitator superfamily protein | Chr3:19978... 737 0.0
AT2G37900.2 | Major facilitator superfamily protein | Chr2:15864... 647 0.0
AT3G54450.1 | Major facilitator superfamily protein | Chr3:20158... 466 e-159
AT5G01180.3 | peptide transporter 5 | Chr5:61257-63240 REVERSE L... 458 e-155
>AT2G37900.1 | Major facilitator superfamily protein |
Chr2:15864396-15866408 REVERSE LENGTH=575 | 201606
Length = 575
Score = 736 bits (1900), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 341/577 (59%), Positives = 442/577 (76%), Gaps = 11/577 (1%)
Query: 1 MENRNLQGS-------ENEKWVHDSSVDHKGHVPVRASTGVWKASFFVFAIEFTERLTYF 53
ME++N+ + +KWV DSS+D +G VP+RA TG W+A+ F+ AIEF+ERL+YF
Sbjct: 1 MEHKNIGAEVLQDTYDDQQKWVLDSSLDSRGRVPLRARTGAWRAALFIIAIEFSERLSYF 60
Query: 54 GISTNLIIYLTQVIRQDLKTAAENVNYWSGATTLMPLLGAFLADAYFGRFSMILFSSVIY 113
G++TNL++YLT ++ QDLK A NVNYWSG TTLMPLLG F+ADAY GR++ +L ++ IY
Sbjct: 61 GLATNLVVYLTTILNQDLKMAIRNVNYWSGVTTLMPLLGGFIADAYLGRYATVLVATTIY 120
Query: 114 LVGLSLLTMSEVIPSLKPCDPDSCDTPNKLHEVIFFIALYLISIGTGGHKPCLESFGADQ 173
L+GL LLTMS IP LKPC + C P K HEV FFIA+YLISIGTGGHKP LESFGADQ
Sbjct: 121 LMGLVLLTMSWFIPGLKPCHQEVCVEPRKAHEVAFFIAIYLISIGTGGHKPSLESFGADQ 180
Query: 174 FDDNHAEERKMKTSFFNLWNIGISLGLVLGVTVIVYVQDKVSWAVADTVLLCVMAISFIV 233
FDD+H EERKMK SFFN WN+ + G++ VT + Y++D+V W VA +L VMAIS I+
Sbjct: 181 FDDDHVEERKMKMSFFNWWNVSLCAGILTAVTAVAYIEDRVGWGVAGIILTVVMAISLII 240
Query: 234 FIMGKPVFRYQVPEGSPLTPMLQVLVAAIAKRNLPHPSDPGLLYEVPMSTNSKGRQLCHT 293
F +GKP +RY+ P GSPLTP+LQV VAAIAKRNLP+PSDP LL+EV + + GR LCHT
Sbjct: 241 FFIGKPFYRYRTPSGSPLTPILQVFVAAIAKRNLPYPSDPSLLHEVSKTEFTSGRLLCHT 300
Query: 294 NKLSFLDKAAILEEDGEDGSKKRKNRPWRLATVTKVEELKLLLNMVPIWLSTLAFGLCVA 353
L FLDKAAI+E+ +K+ PWRL T+TKVEE KL++N++PIW STLAFG+C
Sbjct: 301 EHLKFLDKAAIIEDKNPLALEKQS--PWRLLTLTKVEETKLIINVIPIWFSTLAFGICAT 358
Query: 354 QTSTFFVKQSTVMDRKIGTSFELRPASIYSITAITLLIAVTIYDRLLVPILRKYTGNERG 413
Q STFF+KQ+ MDR IG F + PAS++++TA+TL+I++T+Y++LLVP+LR T N+RG
Sbjct: 359 QASTFFIKQAITMDRHIG-GFTVPPASMFTLTALTLIISLTVYEKLLVPLLRSITRNQRG 417
Query: 414 ITILQRIGFGMVFSVLTMITAALVERRRQRVEVSSSMPMSVLWLVPQFIIIGIGDAFTLI 473
I ILQRIG GM+FS++TMI AALVE++R +++ PMSV+WL PQF++IG DAFTL+
Sbjct: 418 INILQRIGTGMIFSLITMIIAALVEKQRLD-RTNNNKPMSVIWLAPQFMVIGFADAFTLV 476
Query: 474 GLQEYFYDQAPDNMRSLGIAFYLSVLGASSFLSSFLITLIDRWTSSGGKKSWFGKDLNHS 533
GLQEYFY Q PD+MRSLGIAFYLSV+GA+SFL++ LIT +D + KSWFGKDLN S
Sbjct: 477 GLQEYFYHQVPDSMRSLGIAFYLSVIGAASFLNNLLITAVDTLAENFSGKSWFGKDLNSS 536
Query: 534 RLDKLYWLVAAITGVNLCAYMFIAKRYSYKNVQRNVG 570
RLD+ YW +A + N+C ++ +AKR YK+VQ + G
Sbjct: 537 RLDRFYWFLAGVIAANICVFVIVAKRCPYKSVQPSQG 573
>AT3G53960.1 | Major facilitator superfamily protein |
Chr3:19978306-19980886 REVERSE LENGTH=602 | 201606
Length = 602
Score = 737 bits (1902), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 342/579 (59%), Positives = 443/579 (76%), Gaps = 10/579 (1%)
Query: 10 ENEKWVHDSSVDHKGHVPVRASTGVWKASFFVFAIEFTERLTYFGISTNLIIYLTQVIRQ 69
+ +KWV DSS D +G +P+RA TG W+A+ F+ IEF+ERL+YFGISTNL++YLT ++ Q
Sbjct: 16 DQQKWVLDSSTDSRGEIPLRAQTGAWRAALFIIGIEFSERLSYFGISTNLVVYLTTILHQ 75
Query: 70 DLKTAAENVNYWSGATTLMPLLGAFLADAYFGRFSMILFSSVIYLVGLSLLTMSEVIPSL 129
DLK A +N NYWSG TTLMPLLG F+ADAY GR+ +L ++ IYL+GL LLT+S IP L
Sbjct: 76 DLKMAVKNTNYWSGVTTLMPLLGGFVADAYLGRYGTVLLATTIYLMGLILLTLSWFIPGL 135
Query: 130 KPCDPDSCDTPNKLHEVIFFIALYLISIGTGGHKPCLESFGADQFDDNHAEERKMKTSFF 189
K C D C P K HE+ FFIA+YLISIGTGGHKP LESFGADQF+D H EERKMK S+F
Sbjct: 136 KACHEDMCVEPRKAHEIAFFIAIYLISIGTGGHKPSLESFGADQFEDGHPEERKMKMSYF 195
Query: 190 NLWNIGISLGLVLGVTVIVYVQDKVSWAVADTVLLCVMAISFIVFIMGKPVFRYQVPEGS 249
N WN G+ G++ VTVIVY++D++ W VA +L VMA SF +F +GKP +RY+ P GS
Sbjct: 196 NWWNAGLCAGILTAVTVIVYIEDRIGWGVASIILTIVMATSFFIFRIGKPFYRYRAPSGS 255
Query: 250 PLTPMLQVLVAAIAKRNLPHPSDPGLLYEVPMSTNSKGRQLCHTNKLSFLDKAAILEEDG 309
PLTPMLQV VAAIAKRNLP PSD LL+E+ +KGR L + L FLDKAA++E+
Sbjct: 256 PLTPMLQVFVAAIAKRNLPCPSDSSLLHELTNEEYTKGRLLSSSKNLKFLDKAAVIEDRN 315
Query: 310 EDGSKKRKNRPWRLATVTKVEELKLLLNMVPIWLSTLAFGLCVAQTSTFFVKQSTVMDRK 369
E+ +K K PWRLATVTKVEE+KLL+NM+PIW TLAFG+C Q+ST F+KQ+ +MDR
Sbjct: 316 EN-TKAEKQSPWRLATVTKVEEVKLLINMIPIWFFTLAFGVCATQSSTLFIKQAIIMDRH 374
Query: 370 I-GTSFELRPASIYSITAITLLIAVTIYDRLLVPILRKYTGNERGITILQRIGFGMVFSV 428
I GTSF + PAS++S+ A++++I VTIY++LLVP+LR+ TGNERGI+ILQRIG GMVFS+
Sbjct: 375 ITGTSFIVPPASLFSLIALSIIITVTIYEKLLVPLLRRATGNERGISILQRIGVGMVFSL 434
Query: 429 LTMITAALVERRR----QRVEVSSSMPMSVLWLVPQFIIIGIGDAFTLIGLQEYFYDQAP 484
MI AAL+E++R + ++ +M +S +WL PQF+++G+ DAFTL+GLQEYFYDQ P
Sbjct: 435 FAMIIAALIEKKRLDYAKEHHMNKTMTLSAIWLAPQFLVLGVADAFTLVGLQEYFYDQVP 494
Query: 485 DNMRSLGIAFYLSVLGASSFLSSFLITLIDRWTSSGGKKSWFGKDLNHSRLDKLYWLVAA 544
D+MRSLGIAFYLSVLGA+SF+++ LIT+ D K WFGKDLN SRLD+ YW++AA
Sbjct: 495 DSMRSLGIAFYLSVLGAASFVNNLLITVSDHLAEEISGKGWFGKDLNSSRLDRFYWMLAA 554
Query: 545 ITGVNLCAYMFIAKRYSYKNVQRNVGAV-DGSSKRDEVE 582
+T N+C ++ +A RY+YK VQ ++ V DG D+VE
Sbjct: 555 LTAANICCFVIVAMRYTYKTVQPSLAVVADGG---DDVE 590
>AT2G37900.2 | Major facilitator superfamily protein |
Chr2:15864396-15866045 REVERSE LENGTH=496 | 201606
Length = 496
Score = 647 bits (1668), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 301/497 (60%), Positives = 383/497 (77%), Gaps = 4/497 (0%)
Query: 74 AAENVNYWSGATTLMPLLGAFLADAYFGRFSMILFSSVIYLVGLSLLTMSEVIPSLKPCD 133
A NVNYWSG TTLMPLLG F+ADAY GR++ +L ++ IYL+GL LLTMS IP LKPC
Sbjct: 2 AIRNVNYWSGVTTLMPLLGGFIADAYLGRYATVLVATTIYLMGLVLLTMSWFIPGLKPCH 61
Query: 134 PDSCDTPNKLHEVIFFIALYLISIGTGGHKPCLESFGADQFDDNHAEERKMKTSFFNLWN 193
+ C P K HEV FFIA+YLISIGTGGHKP LESFGADQFDD+H EERKMK SFFN WN
Sbjct: 62 QEVCVEPRKAHEVAFFIAIYLISIGTGGHKPSLESFGADQFDDDHVEERKMKMSFFNWWN 121
Query: 194 IGISLGLVLGVTVIVYVQDKVSWAVADTVLLCVMAISFIVFIMGKPVFRYQVPEGSPLTP 253
+ + G++ VT + Y++D+V W VA +L VMAIS I+F +GKP +RY+ P GSPLTP
Sbjct: 122 VSLCAGILTAVTAVAYIEDRVGWGVAGIILTVVMAISLIIFFIGKPFYRYRTPSGSPLTP 181
Query: 254 MLQVLVAAIAKRNLPHPSDPGLLYEVPMSTNSKGRQLCHTNKLSFLDKAAILEEDGEDGS 313
+LQV VAAIAKRNLP+PSDP LL+EV + + GR LCHT L FLDKAAI+E+
Sbjct: 182 ILQVFVAAIAKRNLPYPSDPSLLHEVSKTEFTSGRLLCHTEHLKFLDKAAIIEDKNPLAL 241
Query: 314 KKRKNRPWRLATVTKVEELKLLLNMVPIWLSTLAFGLCVAQTSTFFVKQSTVMDRKIGTS 373
+K+ PWRL T+TKVEE KL++N++PIW STLAFG+C Q STFF+KQ+ MDR IG
Sbjct: 242 EKQS--PWRLLTLTKVEETKLIINVIPIWFSTLAFGICATQASTFFIKQAITMDRHIG-G 298
Query: 374 FELRPASIYSITAITLLIAVTIYDRLLVPILRKYTGNERGITILQRIGFGMVFSVLTMIT 433
F + PAS++++TA+TL+I++T+Y++LLVP+LR T N+RGI ILQRIG GM+FS++TMI
Sbjct: 299 FTVPPASMFTLTALTLIISLTVYEKLLVPLLRSITRNQRGINILQRIGTGMIFSLITMII 358
Query: 434 AALVERRRQRVEVSSSMPMSVLWLVPQFIIIGIGDAFTLIGLQEYFYDQAPDNMRSLGIA 493
AALVE++R +++ PMSV+WL PQF++IG DAFTL+GLQEYFY Q PD+MRSLGIA
Sbjct: 359 AALVEKQRLD-RTNNNKPMSVIWLAPQFMVIGFADAFTLVGLQEYFYHQVPDSMRSLGIA 417
Query: 494 FYLSVLGASSFLSSFLITLIDRWTSSGGKKSWFGKDLNHSRLDKLYWLVAAITGVNLCAY 553
FYLSV+GA+SFL++ LIT +D + KSWFGKDLN SRLD+ YW +A + N+C +
Sbjct: 418 FYLSVIGAASFLNNLLITAVDTLAENFSGKSWFGKDLNSSRLDRFYWFLAGVIAANICVF 477
Query: 554 MFIAKRYSYKNVQRNVG 570
+ +AKR YK+VQ + G
Sbjct: 478 VIVAKRCPYKSVQPSQG 494
>AT3G54450.1 | Major facilitator superfamily protein |
Chr3:20158534-20161937 FORWARD LENGTH=555 | 201606
Length = 555
Score = 466 bits (1198), Expect = e-159, Method: Compositional matrix adjust.
Identities = 233/569 (40%), Positives = 357/569 (62%), Gaps = 41/569 (7%)
Query: 29 RASTGVWKASFFVFAIEFTERLTYFGISTNLIIYLTQVIRQDLKTAAENVNYWSGATTLM 88
+ + G W A+ F+ +E ER ++G+++NLI +LT + Q TAA+N+N W G + +
Sbjct: 10 KRTKGGWNAALFIIVVEIAERFAFYGLASNLITFLTNELGQSTATAAKNINTWIGVSCMF 69
Query: 89 PLLGAFLADAYFGRFSMILFSSVIYLVGLSLLTMSEVIPSLKPCDPDSCDTPNKLHEVIF 148
P+LGAFLAD+ GRF +L +S IYL+G+ +L +S + ++ E +F
Sbjct: 70 PILGAFLADSILGRFKTVLLTSFIYLLGIVMLPLSVTV------------VARRMREKVF 117
Query: 149 FIALYLISIGTGGHKPCLESFGADQFDDNHAEERKMKTSFFNLWNIGISLGLVLGVTVIV 208
F+ALY++++G GGHKPC+ +F ADQF + +AEE+ KTSFFN W + I L + V ++
Sbjct: 118 FMALYVMAVGEGGHKPCVMTFAADQFGEANAEEKAAKTSFFNYWYMAIVLASSIAVLALI 177
Query: 209 YVQDKVSWAVADTVLLCVMAISFIVFIMGKPVFRYQVPEGSPLTPMLQVLVAAIAKRNLP 268
++Q++VSW++ +++ + I+ ++F++G P +R QVP GSP T + QV+VAA+ K L
Sbjct: 178 FIQERVSWSLGFSIIAGSVVIAIVIFLIGIPKYRKQVPVGSPFTRVAQVMVAALKKWRLS 237
Query: 269 HPSDP-GLLYEVP-----MSTNSKG-RQLCHTNKLSFLDKAAILEEDGEDGSKKRKNRPW 321
GL YE STNS L TN+ FLDKA I++E D +K R PW
Sbjct: 238 STRHHYGLCYEEEDEHKLESTNSNQVYLLARTNQFRFLDKATIIDEI--DHNKNRN--PW 293
Query: 322 RLATVTKVEELKLLLNMVPIWLSTLAFGLCVAQTSTFFVKQSTVMDRKIGTSFELRPASI 381
RL TV +VEE+KL+L ++PIW+S + F + Q +TFF+KQ ++MDR IG F + PA+
Sbjct: 294 RLCTVNQVEEVKLILRLIPIWISLIMFCATLTQLNTFFLKQGSMMDRTIGNHFTIPPAAF 353
Query: 382 YSITAITLLIAVTIYDRLLVPILRKYTGNERGITILQRIGFGMVFSVLTMITAALVERRR 441
SI +T+LI + +YDR+ VP++RK T + GIT LQRIG G+ + M+ LVE +R
Sbjct: 354 QSIVGVTILILIPLYDRVFVPMVRKITNHHSGITSLQRIGVGLFVATFNMVICGLVEAKR 413
Query: 442 QRVEVSSSM--------PMSVLWLVPQFIIIGIGDAFTLIGLQEYFYDQAPDNMRSLGIA 493
+V + PMS LWL+PQ+I++GIGD FT++G+QE FYDQ P+ MRS+G A
Sbjct: 414 LKVARDHGLIDSPKEVVPMSSLWLLPQYILVGIGDVFTIVGMQELFYDQMPETMRSIGAA 473
Query: 494 FYLSVLGASSFLSSFLITLIDRWTSSGGKKSWFGKDLNHSRLDKLYWLVAAITGVNLCAY 553
++SV+G SF+S+ +I+ + + S G++ W +LN + LD YW++A++ V+LC Y
Sbjct: 474 IFISVVGVGSFVSTGIISTVQTISKSHGEE-WLVNNLNRAHLDYYYWIIASLNAVSLCFY 532
Query: 554 MFIAKRYSYKNVQRNVGAVDGSSKRDEVE 582
+FIA + YK +Q K D+VE
Sbjct: 533 LFIANHFLYKKLQ---------DKDDDVE 552
>AT5G01180.3 | peptide transporter 5 | Chr5:61257-63240 REVERSE
LENGTH=570 | 201606
Length = 570
Score = 458 bits (1178), Expect = e-155, Method: Compositional matrix adjust.
Identities = 235/565 (41%), Positives = 349/565 (61%), Gaps = 14/565 (2%)
Query: 10 ENEK--WVHDSSVDHKGHVPVRASTGVWKASFFVFAIEFTERLTYFGISTNLIIYLTQVI 67
E++K + D ++D + TG WKA F+ E ERL Y+G+STNLI YL + +
Sbjct: 2 EDDKDIYTKDGTLDIHKKPANKNKTGTWKACRFILGTECCERLAYYGMSTNLINYLEKQM 61
Query: 68 RQDLKTAAENVNYWSGATTLMPLLGAFLADAYFGRFSMILFSSVIYLVGLSLLTMSEVIP 127
+ +A+++V+ WSG PL+GAF+ADAY GR+ I VIY+ G++LLT+S +P
Sbjct: 62 NMENVSASKSVSNWSGTCYATPLIGAFIADAYLGRYWTIASFVVIYIAGMTLLTISASVP 121
Query: 128 SLKP-CDPDSCDTPNKLHEVIFFIALYLISIGTGGHKPCLESFGADQFDDNHAEERKMKT 186
L P C ++C I FIALYLI++GTGG KPC+ SFGADQFDD +E++ K+
Sbjct: 122 GLTPTCSGETCHATAG-QTAITFIALYLIALGTGGIKPCVSSFGADQFDDTDEKEKESKS 180
Query: 187 SFFNLWNIGISLGLVLGVTVIVYVQDKVSWAVADTVLLCVMAISFIVFIMGKPVFRYQVP 246
SFFN + I++G ++ +V+V++Q V W V MAI+ + F G +R Q P
Sbjct: 181 SFFNWFYFVINVGAMIASSVLVWIQMNVGWGWGLGVPTVAMAIAVVFFFAGSNFYRLQKP 240
Query: 247 EGSPLTPMLQVLVAAIAKRNLPHPSDPGLLYEVPMSTNS--KGRQLCHTNKLSFLDKAAI 304
GSPLT MLQV+VA+ K + P D LLYE + +S R+L HT L+F DKAA+
Sbjct: 241 GGSPLTRMLQVIVASCRKSKVKIPEDESLLYENQDAESSIIGSRKLEHTKILTFFDKAAV 300
Query: 305 LEEDGEDGSKKRKNRPWRLATVTKVEELKLLLNMVPIWLSTLAFGLCVAQTSTFFVKQST 364
E G+ K + W+L TVT+VEELK L+ ++PIW + + F +Q T FV Q
Sbjct: 301 ETESDNKGAAKSSS--WKLCTVTQVEELKALIRLLPIWATGIVFASVYSQMGTVFVLQGN 358
Query: 365 VMDRKIGTSFELRPASIYSITAITLLIAVTIYDRLLVPILRKYTGNERGITILQRIGFGM 424
+D+ +G +F++ AS+ +++L +YD+L+VP RKYTG+ERG T LQRIG G+
Sbjct: 359 TLDQHMGPNFKIPSASLSLFDTLSVLFWAPVYDKLIVPFARKYTGHERGFTQLQRIGIGL 418
Query: 425 VFSVLTMITAALVERRR------QRVEVSSSMPMSVLWLVPQFIIIGIGDAFTLIGLQEY 478
V S+ +M++A ++E R + ++PM++ W VPQ+ ++G + FT IG E+
Sbjct: 419 VISIFSMVSAGILEVARLNYVQTHNLYNEETIPMTIFWQVPQYFLVGCAEVFTFIGQLEF 478
Query: 479 FYDQAPDNMRSLGIAFYLSVLGASSFLSSFLITLIDRWTSSGGKKSWFGKDLNHSRLDKL 538
FYDQAPD MRSL A L+ + ++LS+FL+TL+ + T SGG+ W K+LN+ LD
Sbjct: 479 FYDQAPDAMRSLCSALSLTAIAFGNYLSTFLVTLVTKVTRSGGRPGWIAKNLNNGHLDYF 538
Query: 539 YWLVAAITGVNLCAYMFIAKRYSYK 563
+WL+A ++ +N Y++IAK Y+YK
Sbjct: 539 FWLLAGLSFLNFLVYLWIAKWYTYK 563