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_sc000077.1_g0100.1
(682 letters)
Database: Araport11_genes.201606.pep
48,359 sequences; 20,855,782 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
AT3G01680.1 | sieve element occlusion amino-terminus protein | C... 590 0.0
AT3G01670.1 | sieve element occlusion protein | Chr3:247288-2502... 474 e-157
AT3G01670.2 | sieve element occlusion protein | Chr3:247216-2502... 475 e-157
AT1G67790.1 | sieve element occlusion protein | Chr1:25417542-25... 300 4e-92
>AT3G01680.1 | sieve element occlusion amino-terminus protein |
Chr3:252033-255246 FORWARD LENGTH=740 | 201606
Length = 740
Score = 590 bits (1520), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 306/699 (43%), Positives = 444/699 (63%), Gaps = 29/699 (4%)
Query: 1 MMKQIQATHAPDGREVNVEPLLQIVEDILNRATPSHGGFVIEAAATQAHMEAL--EYNTH 58
M+K IQ TH+PD REV V LL +VEDIL+RAT +++ T A M L E
Sbjct: 43 MLKLIQQTHSPDAREVQVRGLLSLVEDILDRAT-------LDSEDTNASMLPLPTEDKLM 95
Query: 59 QDEFIGMLEALAYTIHRVSSEITFKCSGGGDAHTTTLSLFNTLSNYSWDAKVVIALAAFA 118
Q + +L++++Y I RV+ EI +K G D+H T+S+F LS++ WD K+V+ LAAFA
Sbjct: 96 QSSMMSVLDSVSYAIDRVACEIAYKSLTGSDSHEITMSVFEHLSSFQWDGKLVLTLAAFA 155
Query: 119 VNYGEFWLVAQLFTTNNLAKSIALLKQLPDMMEHGDIMKPGLEALKILIKAMLDVTNCIV 178
+NYGEFWL+ Q ++ N LAKS+A+LK +P +++ ++ + L LI+ M VT C+V
Sbjct: 156 LNYGEFWLLVQFYSKNQLAKSLAMLKLVP--VQNRVTLESVSQGLNDLIREMKSVTACVV 213
Query: 179 EFKNLPAQYISPDTPPMSLAMAHIPTAVYWTIRSIVACCSQLISLIGLGHEYITSTTEAW 238
E LP +YI+PD P +S ++ IP AVYWTIRS++AC SQ+ + +GHE + + + W
Sbjct: 214 ELSELPDRYITPDVPQLSRILSTIPIAVYWTIRSVIACISQINMITAMGHEMMNTQMDLW 273
Query: 239 ELSSLAHKVNNIHGHLTKQLAICYQHIDEKRHVEAYNMLVRLFETTHIDNMKIIRALFYS 298
E S LA+K+ NIH HL + L +CY+HI+++R E+ +L LF+TTHIDNMKI+ AL +
Sbjct: 274 ETSMLANKLKNIHDHLAETLRLCYRHIEKQRSSESLKVLHSLFDTTHIDNMKILTALVHP 333
Query: 299 HED-QPLFEGSIKKRIHLEVLRRKNVLLLITDLDISQEELSILEQMYRESRHQ----PRR 353
PL +G K+++HL+VLRRK VLLLI+DL+I Q+ELSI EQ+Y ESR +
Sbjct: 334 KPHITPLQDGLTKRKVHLDVLRRKTVLLLISDLNILQDELSIFEQIYTESRRNLVGVDGK 393
Query: 354 TESQYEFVWLPVVDRALPWNEHK--ETQFLKLQTSMPWHSVYHPTVINPAAIKYIKEVWR 411
+ YE VW+PVVD + + +F L+ MPW+SV P +I +++++ W
Sbjct: 394 SHMPYEVVWVPVVDPIEDFERSPILQKKFEDLRDPMPWYSVDSPKLIERHVVEFMRGRWH 453
Query: 412 FEKKPIMVVLGPQGRVVSPNALHMMWIWGSLAFPFTSIREEDLWKEESWRLELLVDSIDP 471
F KPI+VV+ PQG S NALHM+WIWG+ AFPFT REE+LW+ E++ L L+VD ID
Sbjct: 454 FMNKPILVVIDPQGNEASLNALHMIWIWGTEAFPFTRSREEELWRRETFSLNLIVDGIDS 513
Query: 472 GILTWIAEGKFICLYGGEDIEWIRKFTTIAQAVAQAAHIPLELVYVGKSN--PKERVRKN 529
I WI +I LYGG+D++WIR+FT A+A A+ +++ LE+ YVGK N +E++R+
Sbjct: 514 VIFNWIKPDNYIFLYGGDDLDWIRRFTMAAKATAKDSNVNLEMAYVGKRNHSHREQIRRI 573
Query: 530 IATITAEKLSYCWQDLASIWFFWVRLESMWYSKMQHGKTVQNDTIMQEILTMLTFDGSEH 589
I +E LS+ W + A +WFFW RLESM YSK+Q GK +D +MQ I +L++D
Sbjct: 574 SEVIRSENLSHSWAEPALMWFFWTRLESMLYSKIQLGKADDHDDVMQGIKKILSYD-KLG 632
Query: 590 GWAVISKGLGPDMAKAKGETILNAFAQYNK-WKEHVDSKGFIPALNDH-----LNQLHTP 643
GWA++SK GP++ I + Y++ WK HV +KG+ A++DH L + P
Sbjct: 633 GWALLSK--GPEIVMIAHGAIERTMSVYDRTWKTHVPTKGYTKAMSDHHHDEVLRETGKP 690
Query: 644 HHCSRLILPGTTGSIPEMVVCSDCGRAMEKYIMYRCSTD 682
+ +G IPE + C +C R MEKY+ + C D
Sbjct: 691 CGHFDFHITARSGRIPEKMNCFECQRPMEKYMSFSCCHD 729
>AT3G01670.1 | sieve element occlusion protein | Chr3:247288-250261
FORWARD LENGTH=822 | 201606
Length = 822
Score = 474 bits (1221), Expect = e-157, Method: Compositional matrix adjust.
Identities = 268/708 (37%), Positives = 404/708 (57%), Gaps = 59/708 (8%)
Query: 1 MMKQIQATHAPDGREVNVEPLLQIVEDILNRATPSHGGFVIEAAATQAHMEALEYNTHQD 60
M ++ TH+PD +V LL +V DI PS I+++A + + +Y H
Sbjct: 142 MADRVLKTHSPDMIFFDVTSLLSVVNDIFKSHVPS-----IDSSAPKPSLVFKDYADHTS 196
Query: 61 EFIGMLEALAYTIHRVSSEITFKCSGGGDAH-------------TTTLSLFNTLSNYSWD 107
E A I ++S EI KC GG++H TTT S+ + +S Y WD
Sbjct: 197 -----FETFADLIDQISCEIDCKCLHGGESHGMMTSGLHLDSRNTTTFSVLSLVSKYRWD 251
Query: 108 AKVVIALAAFAVNYGEFWLVAQLFTTNNLAKSIALLKQLPDMMEHGDIMKPGLEALKILI 167
AK+V+ L+A AV YG F L+A+ TN L KS+AL+KQLP + + + L+ +IL+
Sbjct: 252 AKLVLVLSALAVKYGVFLLLAETHATNQLTKSLALIKQLPSIFSRQNALHQRLDKTRILM 311
Query: 168 KAMLDVTNCIVEFKNLPAQYISPDTPPMSLAMAHIPTAVYWTIRSIVACCSQLISLIGLG 227
+ M+D+T I++ LP +I+ + HIPTAVYW +R ++ C S + G
Sbjct: 312 QDMVDLTTTIIDIYQLPPNHIT------AAFTDHIPTAVYWIVRCVLICVSHISGASGFK 365
Query: 228 HEYITSTTEAWELSSLAHKVNNIHGHLTKQLAICYQHIDEKRHVEAYNMLVRLFETT-HI 286
+ I S E E+ + ++ I+ +L +Q I+E E Y L++ F T H+
Sbjct: 366 QDQIMSFMEVSEIHENSERLRKINAYLLEQFKKSKMTIEEGIIEEEYQELIQTFTTIIHV 425
Query: 287 DN----MKIIRALFYSHEDQPLFEGSIKKRIHLEVLRRKNVLLLITDLDISQEELSILEQ 342
D ++++R + + + G K+R+ + VL +K+VLLLI+DL+ ++EL ILE
Sbjct: 426 DVVPPLLRLLRPIDFLYHGA----GVSKRRVGINVLTQKHVLLLISDLENIEKELYILES 481
Query: 343 MYRESRHQPRRTESQYEFVWLPVVDRALPWNEHKETQFLKLQTSMPWHSVYHPTVINPAA 402
+Y E+ Q +E +W+PV D W E + +F L +M W+ + P + AA
Sbjct: 482 LYTEAWQQ------SFEILWVPVQDF---WTEADDAKFEALHMNMRWYVLGEPRKLRRAA 532
Query: 403 IKYIKEVWRFEKKPIMVVLGPQGRVVSPNALHMMWIWGSLAFPFTSIREEDLWKEESWRL 462
I++++E W F+ +PI+V L P+G+V+S NA M+WIW A PFT+ RE DLW E+ W L
Sbjct: 533 IRFVREWWGFKNRPILVALDPKGQVMSTNAFPMVWIWQPFAHPFTTARERDLWSEQEWNL 592
Query: 463 ELLVDSIDPGILTWIAEGKFICLYGGEDIEWIRKFTTIAQAVAQAAHIPLELVYVGKSNP 522
E L+D DP L + +GK+ICLYGGED++WI+ FT++ + VA+AA+I LE+VYVGK NP
Sbjct: 593 EFLIDGTDPHSLNQLVDGKYICLYGGEDMQWIKNFTSLWRNVAKAANIQLEMVYVGKRNP 652
Query: 523 KERVRKNIATITAEKLSYCWQDLASIWFFWVRLESMWYSKMQ----HG-------KTVQN 571
K ++ I TI E LS+ DL IWFFW R+ESMW SK + HG K +
Sbjct: 653 KNGIQPIINTIREENLSHTLPDLFQIWFFWTRVESMWESKQRMLKAHGIKGREGFKEEEK 712
Query: 572 DTIMQEILTMLTFDGSEHGWAVISKGLGPDMAKAKGETILNAFAQYNKWKEHVDSKGFIP 631
D ++QE++ ML + G GW ++SK M +AKG A++N+W+ ++ +KGF+
Sbjct: 713 DLVLQEVVAMLGYGGEGDGWGLVSKA-SDMMVRAKGNLFSRGLAEFNEWEVNIPTKGFLT 771
Query: 632 ALNDHLNQLHTPHHCSRLILPGTTGSIPEMVVCSDCGRAMEKYIMYRC 679
ALNDHL PHHC+R +LP T G IP V C++C R MEKY +Y+C
Sbjct: 772 ALNDHLLMRLPPHHCTRFMLPETAGIIPNEVECTECRRTMEKYYLYQC 819
>AT3G01670.2 | sieve element occlusion protein | Chr3:247216-250261
FORWARD LENGTH=846 | 201606
Length = 846
Score = 475 bits (1222), Expect = e-157, Method: Compositional matrix adjust.
Identities = 268/708 (37%), Positives = 404/708 (57%), Gaps = 59/708 (8%)
Query: 1 MMKQIQATHAPDGREVNVEPLLQIVEDILNRATPSHGGFVIEAAATQAHMEALEYNTHQD 60
M ++ TH+PD +V LL +V DI PS I+++A + + +Y H
Sbjct: 166 MADRVLKTHSPDMIFFDVTSLLSVVNDIFKSHVPS-----IDSSAPKPSLVFKDYADHTS 220
Query: 61 EFIGMLEALAYTIHRVSSEITFKCSGGGDAH-------------TTTLSLFNTLSNYSWD 107
E A I ++S EI KC GG++H TTT S+ + +S Y WD
Sbjct: 221 -----FETFADLIDQISCEIDCKCLHGGESHGMMTSGLHLDSRNTTTFSVLSLVSKYRWD 275
Query: 108 AKVVIALAAFAVNYGEFWLVAQLFTTNNLAKSIALLKQLPDMMEHGDIMKPGLEALKILI 167
AK+V+ L+A AV YG F L+A+ TN L KS+AL+KQLP + + + L+ +IL+
Sbjct: 276 AKLVLVLSALAVKYGVFLLLAETHATNQLTKSLALIKQLPSIFSRQNALHQRLDKTRILM 335
Query: 168 KAMLDVTNCIVEFKNLPAQYISPDTPPMSLAMAHIPTAVYWTIRSIVACCSQLISLIGLG 227
+ M+D+T I++ LP +I+ + HIPTAVYW +R ++ C S + G
Sbjct: 336 QDMVDLTTTIIDIYQLPPNHIT------AAFTDHIPTAVYWIVRCVLICVSHISGASGFK 389
Query: 228 HEYITSTTEAWELSSLAHKVNNIHGHLTKQLAICYQHIDEKRHVEAYNMLVRLFETT-HI 286
+ I S E E+ + ++ I+ +L +Q I+E E Y L++ F T H+
Sbjct: 390 QDQIMSFMEVSEIHENSERLRKINAYLLEQFKKSKMTIEEGIIEEEYQELIQTFTTIIHV 449
Query: 287 DN----MKIIRALFYSHEDQPLFEGSIKKRIHLEVLRRKNVLLLITDLDISQEELSILEQ 342
D ++++R + + + G K+R+ + VL +K+VLLLI+DL+ ++EL ILE
Sbjct: 450 DVVPPLLRLLRPIDFLYHGA----GVSKRRVGINVLTQKHVLLLISDLENIEKELYILES 505
Query: 343 MYRESRHQPRRTESQYEFVWLPVVDRALPWNEHKETQFLKLQTSMPWHSVYHPTVINPAA 402
+Y E+ Q +E +W+PV D W E + +F L +M W+ + P + AA
Sbjct: 506 LYTEAWQQ------SFEILWVPVQDF---WTEADDAKFEALHMNMRWYVLGEPRKLRRAA 556
Query: 403 IKYIKEVWRFEKKPIMVVLGPQGRVVSPNALHMMWIWGSLAFPFTSIREEDLWKEESWRL 462
I++++E W F+ +PI+V L P+G+V+S NA M+WIW A PFT+ RE DLW E+ W L
Sbjct: 557 IRFVREWWGFKNRPILVALDPKGQVMSTNAFPMVWIWQPFAHPFTTARERDLWSEQEWNL 616
Query: 463 ELLVDSIDPGILTWIAEGKFICLYGGEDIEWIRKFTTIAQAVAQAAHIPLELVYVGKSNP 522
E L+D DP L + +GK+ICLYGGED++WI+ FT++ + VA+AA+I LE+VYVGK NP
Sbjct: 617 EFLIDGTDPHSLNQLVDGKYICLYGGEDMQWIKNFTSLWRNVAKAANIQLEMVYVGKRNP 676
Query: 523 KERVRKNIATITAEKLSYCWQDLASIWFFWVRLESMWYSKMQ----HG-------KTVQN 571
K ++ I TI E LS+ DL IWFFW R+ESMW SK + HG K +
Sbjct: 677 KNGIQPIINTIREENLSHTLPDLFQIWFFWTRVESMWESKQRMLKAHGIKGREGFKEEEK 736
Query: 572 DTIMQEILTMLTFDGSEHGWAVISKGLGPDMAKAKGETILNAFAQYNKWKEHVDSKGFIP 631
D ++QE++ ML + G GW ++SK M +AKG A++N+W+ ++ +KGF+
Sbjct: 737 DLVLQEVVAMLGYGGEGDGWGLVSKA-SDMMVRAKGNLFSRGLAEFNEWEVNIPTKGFLT 795
Query: 632 ALNDHLNQLHTPHHCSRLILPGTTGSIPEMVVCSDCGRAMEKYIMYRC 679
ALNDHL PHHC+R +LP T G IP V C++C R MEKY +Y+C
Sbjct: 796 ALNDHLLMRLPPHHCTRFMLPETAGIIPNEVECTECRRTMEKYYLYQC 843
>AT1G67790.1 | sieve element occlusion protein |
Chr1:25417542-25420099 REVERSE LENGTH=664 | 201606
Length = 664
Score = 300 bits (768), Expect = 4e-92, Method: Compositional matrix adjust.
Identities = 203/692 (29%), Positives = 343/692 (49%), Gaps = 56/692 (8%)
Query: 1 MMKQIQATHAPDGREVNVEPLLQIVEDILNRATPSHGGFVIEAAATQAHMEALEYNTHQD 60
+++Q+ +H PDGR ++ E LLQ VE IL+ FV++ ++ + E
Sbjct: 15 IVEQLLRSHDPDGRWLDSEMLLQEVETILS--------FVLQNDVSRPLLT--ENCITTI 64
Query: 61 EFIGMLEALAYTIHRVSSEITFKCSGGGDAHTTTLSLFNTLSNYSWDAKVVIALAAFAVN 120
E E L Y I R+S ++ C+G + T+ LF+ L Y WDAK V+ L A
Sbjct: 65 EVFDSKETLPYAIFRISVQMLCPCTGENEIRKRTMVLFDLLKEYRWDAKAVLVLGVLAAT 124
Query: 121 YGEFWLVAQLFTTNNLAKSIALLKQLPDMMEHGDIMKPGLEALKILIKAMLDVTNCIVEF 180
YG L L + +A SIA L QLP +E +P LE+L +LIKAM+DVT CI++F
Sbjct: 125 YGGLLLPVHLAICDPVAASIAKLNQLP--IERTK-FRPWLESLNLLIKAMVDVTKCIIKF 181
Query: 181 KNLPAQYISPDTPPMSLAMAHIPTAVYWTIRSIVACCSQL----------ISLIGLGHEY 230
+ +P + D + +++I Y ++S + C Q+ S
Sbjct: 182 EKIPFKQAKLDNNILGETLSNIYLTTYRVVKSALTCMQQIPYFKQTQQAKKSRKTAAELS 241
Query: 231 ITSTTEAWELSSLAHKVNNIHGHLTKQLAICYQHIDEKRHVEAYNMLVRLFETTHIDNMK 290
I S A ELSSL +++ NIH L KQ+ C I+E+ + N+ + TH DN
Sbjct: 242 IESRRAAGELSSLGYQLLNIHTRLNKQVEDCSTQIEEEINQRLRNINIE----THQDNQD 297
Query: 291 IIRALFYSHEDQPLFEGSIKKRIHLEVLRRKNVLLLITDLDISQEELSILEQMYRESRHQ 350
++ LF +D PL + S ++I + ++ K LLL++ + + +L+Q+Y +
Sbjct: 298 VLHLLFSLQDDLPLQQYS--RQISITEVQDKVTLLLLSKPPV-EPLFFLLQQLYDHPSNT 354
Query: 351 PRRTESQYEFVWLPVVDRALPWNEHKETQFLKLQTSMPWHSVYHPTVINPAAIKYIKEVW 410
TE YE +W+P+ + W + ++ F S+PW SV P +++ + + K+ W
Sbjct: 355 --NTEQNYEIIWVPI-PSSQKWTDEEKEIFDFYSNSLPWISVRQPWLMSSTILNFFKQEW 411
Query: 411 RF-EKKPIMVVLGPQGRVVSPNALHMMWIWGSLAFPFTSIREEDLWKEESWRLELLVDSI 469
+ + + ++VV+ GR V+ NA+ M+ IWG A+PF+ RE++LWKE W + LL+D I
Sbjct: 412 HYKDNEAMLVVIDSNGRFVNMNAMDMVLIWGVKAYPFSVSREDELWKEHGWSINLLLDGI 471
Query: 470 DPGILTWIAEGKFICLYGGEDIEWIRKFTTIAQAVAQAAHIPLELVYVGKSNPKERVRKN 529
P EG+ IC++G E+++WI +F ++A+ + Q LEL+Y+ ER +
Sbjct: 472 HPTF-----EGREICIFGSENLDWIDEFVSLARKI-QNLGFQLELIYLSNQRRDERAMEE 525
Query: 530 IATITAEKLSYCWQDLASIWFFWVRLESMWYSKMQH--GKTVQNDTIMQEILTMLTFD-G 586
+ + + L FW+RLES+ SK++ + + D + +E+ +L FD G
Sbjct: 526 SSILFSPTLQQ---------LFWLRLESIERSKLKRIVIEPSKPDRVFEEVRNLLDFDYG 576
Query: 587 SEHGWAVISKGLGPDMAKAKGETILNAFAQYNKWKEHVDSKGFIPALNDHLNQLHTPHHC 646
GW +I G G GE + + +W E+ GF A+ + H
Sbjct: 577 KHRGWGII--GNGSTAETVDGEKMTERMRKIVRWGEYAKGLGFTEAIEIAAEKPCELSHT 634
Query: 647 SRLILPGTTGSIPEMVVCSDCGRAMEKYIMYR 678
+ ++P ++V C C M++++ Y+
Sbjct: 635 A--VVPFEEALTMKVVTCEKCKWPMKRFVAYQ 664