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_sc000112.1_g0160.1
(771 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
KCW53526.1 hypothetical protein EUGRSUZ_J02805 [Eucalyptus grandis] 945 0.0
XP_010033727.1 PREDICTED: subtilisin-like protease [Eucalyptus g... 944 0.0
XP_002272769.1 PREDICTED: subtilisin-like protease [Vitis vinifera] 930 0.0
>KCW53526.1 hypothetical protein EUGRSUZ_J02805 [Eucalyptus grandis]
Length = 778
Score = 945 bits (2442), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 463/737 (62%), Positives = 563/737 (76%), Gaps = 7/737 (0%)
Query: 29 QETYIVHVSKIHKPEAFSTHHHWYTSTLESLPPSIHQTRILYTYDHTLHGFAARLTPTQS 88
+T+I+H S HKP FS+HHHWY+S L SLPPS ++ILYTY GF+ARLT Q+
Sbjct: 38 HQTFIIHASSSHKPSLFSSHHHWYSSLLHSLPPSHPPSQILYTYRAAAAGFSARLTAPQA 97
Query: 89 EQLKKTPGIRSVQPERIRHVRTTRSPDFLGLNSVSGLWPNSNYADDVVIGVLDTGIWPER 148
E L++ PG+ SV P+RIRH+ TTR+P FLGL GLWPNS+YADD++IGVLDTGIWPER
Sbjct: 98 EALRRAPGVLSVVPDRIRHLHTTRTPRFLGLTESFGLWPNSDYADDIIIGVLDTGIWPER 157
Query: 149 RSFSDAGLSDIPARWKGICEVGLDFPASSCNKKLIGARYFLAGYEAKYG-PIDVTKESRS 207
RSFSD+GL +P W+G CEVG DFPAS+CN+K+IGAR F GYEA PID TKES+S
Sbjct: 158 RSFSDSGLGPVPGAWRGTCEVGRDFPASACNRKIIGARAFYKGYEAYLERPIDETKESKS 217
Query: 208 PRDTEGHGTHTASTAAGSSVHNASFYEFANGEARGMATKARISSYKICWNKGCHDADILA 267
PRDTEGHGTHT+STA GS V NASFYE+A GEARGMATKARI++YKICW+ GC D+DILA
Sbjct: 218 PRDTEGHGTHTSSTAGGSVVSNASFYEYAVGEARGMATKARIAAYKICWSLGCFDSDILA 277
Query: 268 ALDQSVADGVDVISISVSYDGQN-DYDDDPFGIGAFGAVEKGVLVSVAGGNSGPKKSTVG 326
A+DQ+V+DGV +IS+SV +G YD D IGAFGAV+ GVLVS + GNSGP T
Sbjct: 278 AMDQAVSDGVHIISLSVGANGYAPQYDHDSIAIGAFGAVKHGVLVSCSAGNSGPGPFTAV 337
Query: 327 NISPWLLTVGASSIDRSFPSDAILGDGSVYSGISLFSGSPLDPTAKIPLIFAGVRGVGHR 386
NI+PW+LTVGAS+IDR FP+D +LGDG ++ G+SL+SG PL AK+PL++AG G R
Sbjct: 338 NIAPWILTVGASTIDREFPADVVLGDGRIFKGVSLYSGEPLG-DAKLPLVYAG--DCGSR 394
Query: 387 LCVPGTFNVTAIKGKIVICDRGVNSNVEKGNAVKLAGGVGMILASTDSTGPTNSADAHVL 446
C + + T + GKIV+CDRG N+ V KG+AVKLAGGVGMILA+T+ +G AD+H++
Sbjct: 395 YCYDDSLDSTKVAGKIVVCDRGGNARVAKGSAVKLAGGVGMILANTEESGEELIADSHLI 454
Query: 447 PTTMVDPTAGDKIKSYVKSESSPTATIVSRGTVVGPFPPAPQVAPFSGRGPNTVTPQIIK 506
P MV TAGDKI+ Y S+ PTA I GTV+GP PPAP+VA FS RGPN +T +I+K
Sbjct: 455 PANMVGETAGDKIREYASSDQFPTAAIKFIGTVIGPSPPAPKVAAFSSRGPNHLTAEILK 514
Query: 507 PDIIAPGVNILASWTGVVGPSQLEDDPRRVEFNFQSGTSMATPHVSGLAALLRKAHPKWS 566
PD+IAPGVNILA+WTG GP+ L+ DPRRVEFN SGTSM+ PH SGLAALLRKA+P WS
Sbjct: 515 PDVIAPGVNILAAWTGFNGPTDLDIDPRRVEFNIISGTSMSCPHASGLAALLRKAYPDWS 574
Query: 567 PAAIKSAIMTTAYNIDHNGGNIKDFYTGKDSTPLEHGSGHVDPNRAVDPGLVYDLGTDDY 626
PAAIKSA+MTTAYN+D+ G NIKD +G +S+P HG+GHVDPNRA++PGLVYD+ DDY
Sbjct: 575 PAAIKSALMTTAYNLDNGGRNIKDLASGDESSPFVHGAGHVDPNRALNPGLVYDIDVDDY 634
Query: 627 IKFLCSIGYEEDRVAIIVRRSVDCSVMTFENG-PGEFNYPSFSVVFMSNDDVVQYTRVVT 685
+ FLC+IGYE R+A+ +R + +V PGE NYPSFSVV SN DVV+Y RVV
Sbjct: 635 VGFLCAIGYEPRRIAVFLREPMSSTVCANRMATPGELNYPSFSVVLTSNGDVVKYRRVVK 694
Query: 686 NVGSSTDAVYEVKVSSSPAVEVEVLPKKLVFSAQNQSLSYQIKFTSVGAETDGNPKFGSL 745
NVGSS DAVYEVKV + VEV V P KL FSA+NQ LSY+I F+S+ A PKFGS+
Sbjct: 695 NVGSSADAVYEVKVDAPENVEVSVSPSKLEFSAENQILSYEITFSSI-ALGSSTPKFGSI 753
Query: 746 EWTDGAHIVRSPIAYAW 762
EWTDG H VRSPIA W
Sbjct: 754 EWTDGTHRVRSPIAVKW 770
>XP_010033727.1 PREDICTED: subtilisin-like protease [Eucalyptus grandis]
Length = 829
Score = 944 bits (2440), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 463/737 (62%), Positives = 563/737 (76%), Gaps = 7/737 (0%)
Query: 29 QETYIVHVSKIHKPEAFSTHHHWYTSTLESLPPSIHQTRILYTYDHTLHGFAARLTPTQS 88
+T+I+H S HKP FS+HHHWY+S L SLPPS ++ILYTY GF+ARLT Q+
Sbjct: 89 HQTFIIHASSSHKPSLFSSHHHWYSSLLHSLPPSHPPSQILYTYRAAAAGFSARLTAPQA 148
Query: 89 EQLKKTPGIRSVQPERIRHVRTTRSPDFLGLNSVSGLWPNSNYADDVVIGVLDTGIWPER 148
E L++ PG+ SV P+RIRH+ TTR+P FLGL GLWPNS+YADD++IGVLDTGIWPER
Sbjct: 149 EALRRAPGVLSVVPDRIRHLHTTRTPRFLGLTESFGLWPNSDYADDIIIGVLDTGIWPER 208
Query: 149 RSFSDAGLSDIPARWKGICEVGLDFPASSCNKKLIGARYFLAGYEAKYG-PIDVTKESRS 207
RSFSD+GL +P W+G CEVG DFPAS+CN+K+IGAR F GYEA PID TKES+S
Sbjct: 209 RSFSDSGLGPVPGAWRGTCEVGRDFPASACNRKIIGARAFYKGYEAYLERPIDETKESKS 268
Query: 208 PRDTEGHGTHTASTAAGSSVHNASFYEFANGEARGMATKARISSYKICWNKGCHDADILA 267
PRDTEGHGTHT+STA GS V NASFYE+A GEARGMATKARI++YKICW+ GC D+DILA
Sbjct: 269 PRDTEGHGTHTSSTAGGSVVSNASFYEYAVGEARGMATKARIAAYKICWSLGCFDSDILA 328
Query: 268 ALDQSVADGVDVISISVSYDGQN-DYDDDPFGIGAFGAVEKGVLVSVAGGNSGPKKSTVG 326
A+DQ+V+DGV +IS+SV +G YD D IGAFGAV+ GVLVS + GNSGP T
Sbjct: 329 AMDQAVSDGVHIISLSVGANGYAPQYDHDSIAIGAFGAVKHGVLVSCSAGNSGPGPFTAV 388
Query: 327 NISPWLLTVGASSIDRSFPSDAILGDGSVYSGISLFSGSPLDPTAKIPLIFAGVRGVGHR 386
NI+PW+LTVGAS+IDR FP+D +LGDG ++ G+SL+SG PL AK+PL++AG G R
Sbjct: 389 NIAPWILTVGASTIDREFPADVVLGDGRIFKGVSLYSGEPLG-DAKLPLVYAG--DCGSR 445
Query: 387 LCVPGTFNVTAIKGKIVICDRGVNSNVEKGNAVKLAGGVGMILASTDSTGPTNSADAHVL 446
C + + T + GKIV+CDRG N+ V KG+AVKLAGGVGMILA+T+ +G AD+H++
Sbjct: 446 YCYDDSLDSTKVAGKIVVCDRGGNARVAKGSAVKLAGGVGMILANTEESGEELIADSHLI 505
Query: 447 PTTMVDPTAGDKIKSYVKSESSPTATIVSRGTVVGPFPPAPQVAPFSGRGPNTVTPQIIK 506
P MV TAGDKI+ Y S+ PTA I GTV+GP PPAP+VA FS RGPN +T +I+K
Sbjct: 506 PANMVGETAGDKIREYASSDQFPTAAIKFIGTVIGPSPPAPKVAAFSSRGPNHLTAEILK 565
Query: 507 PDIIAPGVNILASWTGVVGPSQLEDDPRRVEFNFQSGTSMATPHVSGLAALLRKAHPKWS 566
PD+IAPGVNILA+WTG GP+ L+ DPRRVEFN SGTSM+ PH SGLAALLRKA+P WS
Sbjct: 566 PDVIAPGVNILAAWTGFNGPTDLDIDPRRVEFNIISGTSMSCPHASGLAALLRKAYPDWS 625
Query: 567 PAAIKSAIMTTAYNIDHNGGNIKDFYTGKDSTPLEHGSGHVDPNRAVDPGLVYDLGTDDY 626
PAAIKSA+MTTAYN+D+ G NIKD +G +S+P HG+GHVDPNRA++PGLVYD+ DDY
Sbjct: 626 PAAIKSALMTTAYNLDNGGRNIKDLASGDESSPFVHGAGHVDPNRALNPGLVYDIDVDDY 685
Query: 627 IKFLCSIGYEEDRVAIIVRRSVDCSVMTFENG-PGEFNYPSFSVVFMSNDDVVQYTRVVT 685
+ FLC+IGYE R+A+ +R + +V PGE NYPSFSVV SN DVV+Y RVV
Sbjct: 686 VGFLCAIGYEPRRIAVFLREPMSSTVCANRMATPGELNYPSFSVVLTSNGDVVKYRRVVK 745
Query: 686 NVGSSTDAVYEVKVSSSPAVEVEVLPKKLVFSAQNQSLSYQIKFTSVGAETDGNPKFGSL 745
NVGSS DAVYEVKV + VEV V P KL FSA+NQ LSY+I F+S+ A PKFGS+
Sbjct: 746 NVGSSADAVYEVKVDAPENVEVSVSPSKLEFSAENQILSYEITFSSI-ALGSSTPKFGSI 804
Query: 746 EWTDGAHIVRSPIAYAW 762
EWTDG H VRSPIA W
Sbjct: 805 EWTDGTHRVRSPIAVKW 821
>XP_002272769.1 PREDICTED: subtilisin-like protease [Vitis vinifera]
Length = 771
Score = 930 bits (2404), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 461/771 (59%), Positives = 581/771 (75%), Gaps = 17/771 (2%)
Query: 11 IALLLFLATPTFTFSHEDQETYIVHVSKIHKPEAFSTHHHWYTSTLESLPPSIHQTRILY 70
+L+L L+ + T S ++ +T++VHVSK HKP A++THHHWY+S + SL S ++ILY
Sbjct: 8 FSLILCLSLVSATLSLDESQTFVVHVSKSHKPSAYATHHHWYSSIVRSLASSGQPSKILY 67
Query: 71 TYDHTLHGFAARLTPTQSEQLKKTPGIRSVQPERIRHVRTTRSPDFLGLNSVSGLWPNSN 130
+Y+ +GF+ARLT Q+ +L++ PG+ SV P+R + TTR+P FLGL GLWPNS+
Sbjct: 68 SYERAANGFSARLTAAQASELRRVPGVLSVLPDRAHQIHTTRTPHFLGLADNYGLWPNSD 127
Query: 131 YADDVVIGVLDTGIWPERRSFSDAGLSDIPARWKGICEVGLDFPASSCNKKLIGARYFLA 190
YADDV+IGVLDTGIWPE RSFSD+GLS +P W G+C+ G DFPAS+CN+K+IGAR F
Sbjct: 128 YADDVIIGVLDTGIWPEIRSFSDSGLSPVPNSWNGVCDTGPDFPASACNRKIIGARAFFK 187
Query: 191 GYEAKYG-PIDVTKESRSPRDTEGHGTHTASTAAGSSVHNASFYEFANGEARGMATKARI 249
GYE G P+D + ES+SPRDTEGHGTHTASTAAGS V +AS +EFA GEARGMA KARI
Sbjct: 188 GYEGALGRPMDESVESKSPRDTEGHGTHTASTAAGSVVQDASLFEFAKGEARGMAVKARI 247
Query: 250 SSYKICWNKGCHDADILAALDQSVADGVDVISISVSYDGQN-DYDDDPFGIGAFGAVEKG 308
++YKICW+ GC D+DILAA+DQ+VADGVD+IS+SV G YD D IGAFGA++ G
Sbjct: 248 AAYKICWSLGCFDSDILAAMDQAVADGVDIISLSVGATGLAPRYDHDSIAIGAFGAMDHG 307
Query: 309 VLVSVAGGNSGPKKSTVGNISPWLLTVGASSIDRSFPSDAILGDGSVYSGISLFSGSPLD 368
VLVS + GNSGP T NI+PW+LTVGAS+IDR FP+D +LGDG ++ G+S++SG PL
Sbjct: 308 VLVSCSAGNSGPDPLTAVNIAPWILTVGASTIDREFPADVVLGDGRIFGGVSIYSGDPLK 367
Query: 369 PTAKIPLIFAGVRGVGHRLCVPGTFNVTAIKGKIVICDRGVNSNVEKGNAVKLAGGVGMI 428
T +PL++AG G R C G N + + GKIVICDRG N+ VEKG AVK+A G GMI
Sbjct: 368 DT-NLPLVYAG--DCGSRFCFTGKLNPSQVSGKIVICDRGGNARVEKGTAVKMALGAGMI 424
Query: 429 LASTDSTGPTNSADAHVLPTTMVDPTAGDKIKSYVKSESSPTATIVSRGTVVGPFPPAPQ 488
LA+T +G AD+H+LP TMV AGDKIK YVKS++ PTATIV RGTV+G PPAP+
Sbjct: 425 LANTGDSGEELIADSHLLPATMVGQIAGDKIKEYVKSKAFPTATIVFRGTVIGTSPPAPK 484
Query: 489 VAPFSGRGPNTVTPQIIKPDIIAPGVNILASWTGVVGPSQLEDDPRRVEFNFQSGTSMAT 548
VA FS RGPN +TP+I+KPD+IAPGVNILA WTG P+ L+ DPRRVEFN SGTSM+
Sbjct: 485 VAAFSSRGPNHLTPEILKPDVIAPGVNILAGWTGSKAPTDLDVDPRRVEFNIISGTSMSC 544
Query: 549 PHVSGLAALLRKAHPKWSPAAIKSAIMTTAYNIDHNGGNIKDFYTGKDSTPLEHGSGHVD 608
PHVSGLAALLRKA+PKW+PAAIKSA+MTTAYN+D++G NI D TG S+P HG+GHVD
Sbjct: 545 PHVSGLAALLRKAYPKWTPAAIKSALMTTAYNLDNSGNNIADLATGNQSSPFIHGAGHVD 604
Query: 609 PNRAVDPGLVYDLGTDDYIKFLCSIGYEEDRVAIIVRR--SVDCSVMTFENGPGEFNYPS 666
PNRA+ PGLVYD+ +DYI FLC+IGY+ +R+AI VRR +VDC+ PG+ NYP+
Sbjct: 605 PNRALYPGLVYDIDANDYISFLCAIGYDTERIAIFVRRHTTVDCNTEKLHT-PGDLNYPA 663
Query: 667 FSVVFMSNDDVV------QYTRVVTNVGSSTDAVYEVKVSSSPAVEVEVLPKKLVFSAQN 720
FSVVF + D V + RVV NVGSS +AVYEVKV+ +EV+V PKKLVFS +N
Sbjct: 664 FSVVFNFDHDPVHQGNEIKLKRVVKNVGSSANAVYEVKVNPPEGIEVDVSPKKLVFSKEN 723
Query: 721 QSLSYQIKFTSVGAETDGNPKFGSLEWTDGAHIVRSPIAYAWDDSSYVSSI 771
Q+ SY++ FTSV E+ +FGS+EW+DG HIVRSP+A + + VSSI
Sbjct: 724 QTASYEVSFTSV--ESYIGSRFGSIEWSDGTHIVRSPVAVRFHQDA-VSSI 771