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_sc000102.1_g0130.1
(821 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
XP_010650224.1 PREDICTED: uncharacterized protein LOC100264819 i... 738 0.0
XP_010650223.1 PREDICTED: uncharacterized protein LOC100264819 i... 738 0.0
CBI33342.3 unnamed protein product, partial [Vitis vinifera] 725 0.0
>XP_010650224.1 PREDICTED: uncharacterized protein LOC100264819 isoform X2 [Vitis
vinifera]
Length = 952
Score = 738 bits (1905), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 408/779 (52%), Positives = 546/779 (70%), Gaps = 21/779 (2%)
Query: 2 LLSVEESQEERLASSYFQLVLNLLSFSAASFSACTRLPVMGDHGLLLL-EKFLFECLSLT 60
LLS++ESQEE + +FQL+L+ SFSAASFSA R PV D L+++ E+F+ E L++
Sbjct: 57 LLSIQESQEEEHCTLFFQLLLDFFSFSAASFSALARYPVSEDKELIVIVERFILEQLNIA 116
Query: 61 KSSVSEMKRIHLTASELLKVVQLVLDASVKLCKTYYVSLSLESCGTLNEGEKSSMDEEKG 120
K S+SE+KR H SE+LKVVQ+VLDA V+LC+ Y +++ ESC + E+S +D E+
Sbjct: 117 KDSISEVKRTHSFGSEVLKVVQVVLDAVVRLCRVYSQAVNWESCDS--RTERSDIDCEEA 174
Query: 121 DTVNHVIDLMKCTINKLCELGVLAAGGGGNLVTILNVSWKGVVTLLQLGKVGLAQKINVA 180
++ HVI+++KC I K+CELG+LAA GGNLVTILN+SWKGVVTLLQLGK LA K+NV
Sbjct: 175 NSTKHVINIIKCIIEKMCELGILAANDGGNLVTILNLSWKGVVTLLQLGKGALAVKVNVP 234
Query: 181 NIILNLISLATESLRCASESWFSKPNEDISAIEAKRVFLPLKFYIINAVRISTQYPCEAV 240
+IIL LISLA ESLRCA+E+W S+ E I+A EAKR FLP+KFY+INAVRIS+QYPC+A
Sbjct: 235 DIILTLISLANESLRCAAEAWSSR-TETITAAEAKRTFLPVKFYLINAVRISSQYPCQAY 293
Query: 241 EVFKEISLCVLMISAFGISLSKETRLRASSELLIEFLEPASFHLLQTLLNSAEVKHESVL 300
V++EI LCVLMI GISLS E L+ +SE+L E LEP FHLL LLNSA+VK E
Sbjct: 294 LVYREIILCVLMILTLGISLSIEKHLKTASEVLAELLEPTYFHLLNALLNSAQVKQELKF 353
Query: 301 QILDWLFTDEDRSSSIHPKEVITNERALTDEIFTVSCESISKTRVLMLGRLALFLNLLKS 360
QILDWLF DE S+S + A D IFTVSCE++ ++L+L R+ALFLN+LKS
Sbjct: 354 QILDWLFIDEHNSNSSVGDPSTSYWTASMDTIFTVSCEAMPGAQILLLSRVALFLNILKS 413
Query: 361 SPSLGEEVRLGICRKLGWFIHSLVDEDAYSSVLAFSIPVLHNSGTVPQLTWQPIFSFILH 420
S L E+VRLGI RKLGW + LV E+ YSSVL +P+L+ SG +L WQP+FS ++
Sbjct: 414 SRDLEEDVRLGIARKLGWLLDVLVHEEVYSSVLVLQVPILYGSGQTLELVWQPMFSSLIL 473
Query: 421 ALKTFTIVASSSSAFEEIEYFLLENLLHPHFLLSEIIVELLCFILRHAGLEKVNEIIDKL 480
+LKTF IV S S + E E+FLL+N HPHFL EI++EL CF++RHA +E V IIDKL
Sbjct: 474 SLKTFMIVVSPSPMWSEFEFFLLQNFFHPHFLCWEIVMELWCFMVRHAEIEMVVGIIDKL 533
Query: 481 CSLFQYVASTEPGLIQGSPLRKMARSICIILTYAPDGTVDRFQSTIM-DDSSSSSYFMYI 539
CSL + VAS +P L PLRKMARSIC IL+ + VD+ S+I+ DD S S M+I
Sbjct: 534 CSLLKSVASIQPVLAPSCPLRKMARSICKILSSGTESIVDQVYSSIVGDDRSQLSLVMHI 593
Query: 540 TLILEGFPLHLLSFRLQKLVNERTITAYASYIENNETKLLADNFSRSSSTHLLGEPVYAL 599
L++EGFPL+LLS ++ + R +T Y +I++ + K L ++ S+ + G PV+AL
Sbjct: 594 ALLMEGFPLNLLSDSMKSIATRRIMTDYFGFIDSFDDKTL-----QACSSGVFGLPVFAL 648
Query: 600 SSVLPSLIKISFNVDQINVKTLNFANAVIHRYKSSTNSLKEHYC-ELLSQVIGIISHTRH 658
S+ L S I I+ KTL F A+I +Y+SS ++L + +C +LLS+ +GI+S+ +H
Sbjct: 649 SAALQS---IEVKTSDIDTKTLRFLVAIIQKYRSSMDNLMKDHCRKLLSETLGIVSNMKH 705
Query: 659 LYGYHEMEQFIMNLHSLFVVDDSAAASAGDSNPTHLYRCKPNLCVLMAGLGNMDIDETEG 718
LY ME+ I+ L +LF+ +A+ T LY CKP+L +AGL M I E++
Sbjct: 706 LYASDAMEEVILELQNLFISGQAAS-------DTQLYECKPDLASFLAGLAYMKIVESDK 758
Query: 719 NKTTAALWNLCHMLLRDRHWAFAHLAITGFGYFASRTSCNQLWKFVPQDALLSFDIDTG 777
N ++A+W L MLL +RHWAF HLAIT FGYF+ RTSC+QLW+FVPQ+A LSFD+++G
Sbjct: 759 NAKSSAVWELYRMLLSERHWAFVHLAITAFGYFSERTSCDQLWRFVPQNAALSFDLESG 817
>XP_010650223.1 PREDICTED: uncharacterized protein LOC100264819 isoform X1 [Vitis
vinifera]
Length = 1006
Score = 738 bits (1905), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 408/779 (52%), Positives = 546/779 (70%), Gaps = 21/779 (2%)
Query: 2 LLSVEESQEERLASSYFQLVLNLLSFSAASFSACTRLPVMGDHGLLLL-EKFLFECLSLT 60
LLS++ESQEE + +FQL+L+ SFSAASFSA R PV D L+++ E+F+ E L++
Sbjct: 111 LLSIQESQEEEHCTLFFQLLLDFFSFSAASFSALARYPVSEDKELIVIVERFILEQLNIA 170
Query: 61 KSSVSEMKRIHLTASELLKVVQLVLDASVKLCKTYYVSLSLESCGTLNEGEKSSMDEEKG 120
K S+SE+KR H SE+LKVVQ+VLDA V+LC+ Y +++ ESC + E+S +D E+
Sbjct: 171 KDSISEVKRTHSFGSEVLKVVQVVLDAVVRLCRVYSQAVNWESCDS--RTERSDIDCEEA 228
Query: 121 DTVNHVIDLMKCTINKLCELGVLAAGGGGNLVTILNVSWKGVVTLLQLGKVGLAQKINVA 180
++ HVI+++KC I K+CELG+LAA GGNLVTILN+SWKGVVTLLQLGK LA K+NV
Sbjct: 229 NSTKHVINIIKCIIEKMCELGILAANDGGNLVTILNLSWKGVVTLLQLGKGALAVKVNVP 288
Query: 181 NIILNLISLATESLRCASESWFSKPNEDISAIEAKRVFLPLKFYIINAVRISTQYPCEAV 240
+IIL LISLA ESLRCA+E+W S+ E I+A EAKR FLP+KFY+INAVRIS+QYPC+A
Sbjct: 289 DIILTLISLANESLRCAAEAWSSR-TETITAAEAKRTFLPVKFYLINAVRISSQYPCQAY 347
Query: 241 EVFKEISLCVLMISAFGISLSKETRLRASSELLIEFLEPASFHLLQTLLNSAEVKHESVL 300
V++EI LCVLMI GISLS E L+ +SE+L E LEP FHLL LLNSA+VK E
Sbjct: 348 LVYREIILCVLMILTLGISLSIEKHLKTASEVLAELLEPTYFHLLNALLNSAQVKQELKF 407
Query: 301 QILDWLFTDEDRSSSIHPKEVITNERALTDEIFTVSCESISKTRVLMLGRLALFLNLLKS 360
QILDWLF DE S+S + A D IFTVSCE++ ++L+L R+ALFLN+LKS
Sbjct: 408 QILDWLFIDEHNSNSSVGDPSTSYWTASMDTIFTVSCEAMPGAQILLLSRVALFLNILKS 467
Query: 361 SPSLGEEVRLGICRKLGWFIHSLVDEDAYSSVLAFSIPVLHNSGTVPQLTWQPIFSFILH 420
S L E+VRLGI RKLGW + LV E+ YSSVL +P+L+ SG +L WQP+FS ++
Sbjct: 468 SRDLEEDVRLGIARKLGWLLDVLVHEEVYSSVLVLQVPILYGSGQTLELVWQPMFSSLIL 527
Query: 421 ALKTFTIVASSSSAFEEIEYFLLENLLHPHFLLSEIIVELLCFILRHAGLEKVNEIIDKL 480
+LKTF IV S S + E E+FLL+N HPHFL EI++EL CF++RHA +E V IIDKL
Sbjct: 528 SLKTFMIVVSPSPMWSEFEFFLLQNFFHPHFLCWEIVMELWCFMVRHAEIEMVVGIIDKL 587
Query: 481 CSLFQYVASTEPGLIQGSPLRKMARSICIILTYAPDGTVDRFQSTIM-DDSSSSSYFMYI 539
CSL + VAS +P L PLRKMARSIC IL+ + VD+ S+I+ DD S S M+I
Sbjct: 588 CSLLKSVASIQPVLAPSCPLRKMARSICKILSSGTESIVDQVYSSIVGDDRSQLSLVMHI 647
Query: 540 TLILEGFPLHLLSFRLQKLVNERTITAYASYIENNETKLLADNFSRSSSTHLLGEPVYAL 599
L++EGFPL+LLS ++ + R +T Y +I++ + K L ++ S+ + G PV+AL
Sbjct: 648 ALLMEGFPLNLLSDSMKSIATRRIMTDYFGFIDSFDDKTL-----QACSSGVFGLPVFAL 702
Query: 600 SSVLPSLIKISFNVDQINVKTLNFANAVIHRYKSSTNSLKEHYC-ELLSQVIGIISHTRH 658
S+ L S I I+ KTL F A+I +Y+SS ++L + +C +LLS+ +GI+S+ +H
Sbjct: 703 SAALQS---IEVKTSDIDTKTLRFLVAIIQKYRSSMDNLMKDHCRKLLSETLGIVSNMKH 759
Query: 659 LYGYHEMEQFIMNLHSLFVVDDSAAASAGDSNPTHLYRCKPNLCVLMAGLGNMDIDETEG 718
LY ME+ I+ L +LF+ +A+ T LY CKP+L +AGL M I E++
Sbjct: 760 LYASDAMEEVILELQNLFISGQAAS-------DTQLYECKPDLASFLAGLAYMKIVESDK 812
Query: 719 NKTTAALWNLCHMLLRDRHWAFAHLAITGFGYFASRTSCNQLWKFVPQDALLSFDIDTG 777
N ++A+W L MLL +RHWAF HLAIT FGYF+ RTSC+QLW+FVPQ+A LSFD+++G
Sbjct: 813 NAKSSAVWELYRMLLSERHWAFVHLAITAFGYFSERTSCDQLWRFVPQNAALSFDLESG 871
>CBI33342.3 unnamed protein product, partial [Vitis vinifera]
Length = 1023
Score = 725 bits (1872), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 394/790 (49%), Positives = 531/790 (67%), Gaps = 51/790 (6%)
Query: 2 LLSVEESQEERLASSYFQLVLN-----------LLSFSAASFSACTRLPVMGDHGLLLL- 49
LLS++ESQEE + +FQ + + L+ FSAASFSA R PV D L+++
Sbjct: 130 LLSIQESQEEEHCTLFFQKISSFKQEAAYLDCFLIIFSAASFSALARYPVSEDKELIVIV 189
Query: 50 EKFLFECLSLTKSSVSEMKRIHLTASELLKVVQLVLDASVKLCKTYYVSLSLESCGTLNE 109
E+F+ E L++ K S+SE+KR H SE+LKVVQ+VLDA V+LC+ Y +++ ESC +
Sbjct: 190 ERFILEQLNIAKDSISEVKRTHSFGSEVLKVVQVVLDAVVRLCRVYSQAVNWESCDS--R 247
Query: 110 GEKSSMDEEKGDTVNHVIDLMKCTINKLCELGVLAAGGGGNLVTILNVSWKGVVTLLQLG 169
E+S +D E+ ++ HVI+++KC I K+CELG+LAA GGNLVTILN+SWKGVVTLLQLG
Sbjct: 248 TERSDIDCEEANSTKHVINIIKCIIEKMCELGILAANDGGNLVTILNLSWKGVVTLLQLG 307
Query: 170 KVGLAQKINVANIILNLISLATESLRCASESWFSKPNEDISAIEAKRVFLPLKFYIINAV 229
K A ESLRCA+E+W S+ E I+A EAKR FLP+KFY+INAV
Sbjct: 308 K-------------------ANESLRCAAEAWSSR-TETITAAEAKRTFLPVKFYLINAV 347
Query: 230 RISTQYPCEAVEVFKEISLCVLMISAFGISLSKETRLRASSELLIEFLEPASFHLLQTLL 289
RIS+QYPC+A V++EI LCVLMI GISLS E L+ +SE+L E LEP FHLL LL
Sbjct: 348 RISSQYPCQAYLVYREIILCVLMILTLGISLSIEKHLKTASEVLAELLEPTYFHLLNALL 407
Query: 290 NSAEVKHESVLQILDWLFTDEDRSSSIHPKEVITNERALTDEIFTVSCESISKTRVLMLG 349
NSA+VK E QILDWLF DE S+S + A D IFTVSCE++ ++L+L
Sbjct: 408 NSAQVKQELKFQILDWLFIDEHNSNSSVGDPSTSYWTASMDTIFTVSCEAMPGAQILLLS 467
Query: 350 RLALFLNLLKSSPSLGEEVRLGICRKLGWFIHSLVDEDAYSSVLAFSIPVLHNSGTVPQL 409
R+ALFLN+LKSS L E+VRLGI RKLGW + LV E+ YSSVL +P+L+ SG +L
Sbjct: 468 RVALFLNILKSSRDLEEDVRLGIARKLGWLLDVLVHEEVYSSVLVLQVPILYGSGQTLEL 527
Query: 410 TWQPIFSFILHALKTFTIVASSSSAFEEIEYFLLENLLHPHFLLSEIIVELLCFILRHAG 469
WQP+FS ++ +LKTF IV S S + E E+FLL+N HPHFL EI++EL CF++RHA
Sbjct: 528 VWQPMFSSLILSLKTFMIVVSPSPMWSEFEFFLLQNFFHPHFLCWEIVMELWCFMVRHAE 587
Query: 470 LEKVNEIIDKLCSLFQYVASTEPGLIQGSPLRKMARSICIILTYAPDGTVDRFQSTIM-D 528
+E V IIDKLCSL + VAS +P L PLRKMARSIC IL+ + VD+ S+I+ D
Sbjct: 588 IEMVVGIIDKLCSLLKSVASIQPVLAPSCPLRKMARSICKILSSGTESIVDQVYSSIVGD 647
Query: 529 DSSSSSYFMYITLILEGFPLHLLSFRLQKLVNERTITAYASYIENNETKLLADNFSRSSS 588
D S S M+I L++EGFPL+LLS ++ + R +T Y +I++ + K L ++ S
Sbjct: 648 DRSQLSLVMHIALLMEGFPLNLLSDSMKSIATRRIMTDYFGFIDSFDDKTL-----QACS 702
Query: 589 THLLGEPVYALSSVLPSLIKISFNVDQINVKTLNFANAVIHRYKSSTNSLKEHYC-ELLS 647
+ + G PV+ALS+ L S I I+ KTL F A+I +Y+SS ++L + +C +LLS
Sbjct: 703 SGVFGLPVFALSAALQS---IEVKTSDIDTKTLRFLVAIIQKYRSSMDNLMKDHCRKLLS 759
Query: 648 QVIGIISHTRHLYGYHEMEQFIMNLHSLFVVDDSAAASAGDSNPTHLYRCKPNLCVLMAG 707
+ +GI+S+ +HLY ME+ I+ L +LF+ +A+ T LY CKP+L +AG
Sbjct: 760 ETLGIVSNMKHLYASDAMEEVILELQNLFISGQAAS-------DTQLYECKPDLASFLAG 812
Query: 708 LGNMDIDETEGNKTTAALWNLCHMLLRDRHWAFAHLAITGFGYFASRTSCNQLWKFVPQD 767
L M I E++ N ++A+W L MLL +RHWAF HLAIT FGYF+ RTSC+QLW+FVPQ+
Sbjct: 813 LAYMKIVESDKNAKSSAVWELYRMLLSERHWAFVHLAITAFGYFSERTSCDQLWRFVPQN 872
Query: 768 ALLSFDIDTG 777
A LSFD+++G
Sbjct: 873 AALSFDLESG 882