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_sc000108.1_g0120.1
(794 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
CAN61322.1 hypothetical protein VITISV_012106 [Vitis vinifera] 706 0.0
CAN71553.1 hypothetical protein VITISV_034738 [Vitis vinifera] 694 0.0
CAN67403.1 hypothetical protein VITISV_025614 [Vitis vinifera] 686 0.0
>CAN61322.1 hypothetical protein VITISV_012106 [Vitis vinifera]
Length = 1432
Score = 706 bits (1822), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 371/796 (46%), Positives = 507/796 (63%), Gaps = 32/796 (4%)
Query: 1 MDDFSKFFWIYPLKLRSESLSCFQTFQRHYERLFSTSIKIFQSDGAPELSKGDFKAHLTK 60
+DD+S++ W Y L+ + ++L F+ F+ E F T IK QSD E F + L
Sbjct: 572 VDDYSRYTWFYSLQTKDQALPIFKXFKLQMENQFDTKIKCLQSDNGGEFRS--FTSFLQA 629
Query: 61 CGILLRSSCPYTPEQNGAAERKNRQITSVGNSLLFQASMPKSFWFHAYDTASYIINRTPT 120
GI R SCPY QNG ERK+R + G +LL AS+P +W +A+ T +++INR P+
Sbjct: 630 VGIAHRFSCPYNSXQNGRVERKHRHVVETGLALLSHASLPMKYWHYAFQTXTFLINRMPS 689
Query: 121 KVLSYSTPYEVLFNKSPDYSMLKVFGSLCFPYLGNVKHDKLSPRSVKCVFIGYSTTHKGY 180
KVL Y +PY LF + PDY +VFG LC+P++ KL RSV+C+F+GYS HKG+
Sbjct: 690 KVLEYDSPYFTLFRRHPDYKSFRVFGCLCYPFIRPYNTHKLQYRSVQCLFLGYSLNHKGF 749
Query: 181 KCLDMSSHKEYVSRHVIFDESSFPFADITAHTPSLSQDNTTSYQIFQLPVLNQSSNTSIP 240
CLD ++ + Y++ HV+FDES+FP A + S N TS + P L + P
Sbjct: 750 LCLDYATGRVYITPHVVFDESTFPLAQSKS----SSSSNDTSAE-GSTPAL-----ITPP 799
Query: 241 SYHSSYSQNDQEISSA-ISSSPSSSHDSLEPGSSHDSLEPSQNDQEIPNSLSEVAPPILT 299
S+ D +IS A I S S+ +S P +S L+ S + I S V P +T
Sbjct: 800 SFPCLLP--DSKISHASIDSHSLSTSESPIPTTSSSPLDTSSSSPAIDLSPKSVPEPQIT 857
Query: 300 NQHP-MQTRLKSGIVKSKGIPDHVSHFTTPHAFHASYIAAISSIPEPKTYKVASQDKNWV 358
P M TR GI K K I D ++AI + EP T K A +D NW
Sbjct: 858 ALAPRMTTRSMRGITKKKTILD---------------LSAIK-VSEPSTLKQAFKDPNWT 901
Query: 359 QAMQSEYEALVQNKTWSLTPRLPSMNVLGCKWVFKVKYNSDGTLERYKARLVAQGYNQQE 418
+AM+ E AL +N TW L + P++NV+GCKWV+K+K+ DG++ERYKARLVA+GYNQ
Sbjct: 902 KAMEMEIAALHRNHTWDLVEQPPNVNVIGCKWVYKLKHKPDGSIERYKARLVAKGYNQTH 961
Query: 419 GIDYQETFSPVVKIQTVRVTLTLTMTHKWFIQQLDVSNAFLHGDLSEVVYMKQPAGFEDP 478
G+DY ETFSPVVK T+R+ LT+ ++ KW I+QLDV NAFL+G+L E VYM QP G+ DP
Sbjct: 962 GLDYFETFSPVVKAATIRIILTVALSFKWEIRQLDVHNAFLNGELEEQVYMSQPPGYFDP 1021
Query: 479 QFPTHVCQLHKSLYGLKQAPRAWFTRIASYLHQWGFKRSSSDTSMFVFYLDGQILIFLLY 538
QFP VC+L K+LYGLKQAPRAWF R++S L QWGF S +D+SMF+ + LI L+Y
Sbjct: 1022 QFPNRVCRLKKALYGLKQAPRAWFQRLSSALLQWGFSMSRTDSSMFLHFGKATTLIVLVY 1081
Query: 539 VDDIILTGSSEFLMKKLVTDLGHEFAMKQLGTLHYFLGIEVQSNSSYLELTQTKYISELL 598
VDDI++TGSS + L+ L FA++ LG L +FLGIEV N + L+QTKYIS+LL
Sbjct: 1082 VDDILVTGSSSTQISSLIAKLDSVFALRDLGQLSFFLGIEVSYNEGSMTLSQTKYISDLL 1141
Query: 599 HKSELQDSKPSLIPVSHGKRASKFDGEPIENPLFYRSMVGGLQYATMTRPDIAFAVNYLA 658
H++EL D+KP+ P + GK SKFDG+P+ + YRS+VG LQY T+TRPDIAFAVN
Sbjct: 1142 HRTELFDTKPANTPGAVGKNLSKFDGDPMTDVTHYRSVVGALQYVTLTRPDIAFAVNKAC 1201
Query: 659 QFMQEPSTTHLILLKKVLRYLKGTIGDGIRVVPGNIASLSGFSDSDWGSCPDSRRSTSGY 718
QFMQ+P+T H + +K++LRYL+GT+ DG+ P + ++ GF+D+DWG+ D RRS+SGY
Sbjct: 1202 QFMQQPTTAHWLSVKRILRYLRGTMQDGLLFSPSSNLTIEGFTDADWGAHLDDRRSSSGY 1261
Query: 719 CVFLGSTLICWSPKKQLVVSRSSTEAEYRALSLAISEMLWVSYLLKELHVEVQMPMTIFC 778
V+LG L+ WS KQ VVSRSS E+EYR L A +E++W+ LL+EL V + ++
Sbjct: 1262 LVYLGGNLVSWSSTKQKVVSRSSAESEYRGLVFATAEIVWMQALLQELCVPIPAIPLLWY 1321
Query: 779 DNMGAKYLASNHVLHA 794
DN+ A ++A N V HA
Sbjct: 1322 DNISAYHMAKNPVFHA 1337
>CAN71553.1 hypothetical protein VITISV_034738 [Vitis vinifera]
Length = 1312
Score = 694 bits (1790), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 364/800 (45%), Positives = 507/800 (63%), Gaps = 44/800 (5%)
Query: 1 MDDFSKFFWIYPLKLRSESLSCFQTFQRHYERLFSTSIKIFQSDGAPELSKGDFKA---H 57
MDD+S+F W Y L + + S F F+ E F T+IK Q+B G+F A
Sbjct: 489 MDDYSRFVWFYLLPTKDQVHSTFVQFKTLVENQFQTTIKCLQTBHG-----GEFIALXKF 543
Query: 58 LTKCGILLRSSCPYTPEQNGAAERKNRQITSVGNSLLFQASMPKSFWFHAYDTASYIINR 117
L+ GIL R SCPYTPEQNG ERK R + G +LL+ A++P FW +A+ TA +IN
Sbjct: 544 LSLHGILHRFSCPYTPEQNGRVERKMRHVVETGLTLLYTATLPSKFWXYAFTTAVTLINC 603
Query: 118 TPTKVLSYSTPYEVLFNKSPDYSMLKVFGSLCFPYLGNVKHDKLSPRSVKCVFIGYSTTH 177
P+ +L+YS+P+ +L+ PDY KVFG LC+P+L ++ +K PRS C+F+GY+ +H
Sbjct: 604 MPSPLLNYSSPFSLLYKHPPDYFHFKVFGCLCYPHLKHLNSNKFQPRSTPCIFLGYAPSH 663
Query: 178 KGYKCLDMSSHKEYVSRHVIFDESSFPFADITAHTPSLSQDNTTSYQIFQLPVLNQSSNT 237
KGY CL+ ++++ Y+SRHV+F E++FPF ++ PS + F LP S
Sbjct: 664 KGYLCLNPTTNRVYISRHVVFAETTFPFQALSX--PSQQSXHIPVTPXFPLP----PSPI 717
Query: 238 SIPSYHSSYSQNDQEISSAISSSPSSSHDSLEPGSSHDSLEPSQNDQEIPN-SLSEVAPP 296
P SS E + +SP +S SL P ++ + E P SL + P
Sbjct: 718 LFPPTTSSXLATPSEXAP---TSPPASSLSLPPLIQVPFVDEAA---ETPTTSLQDSTAP 771
Query: 297 ILTNQHPMQTRLKSGIVKSKGIPDHVSHFTTPHAFHASYIAAISSIPEPKTYKVASQDKN 356
I HPM TR KSGI K K +Y+ +++ EP+T K A QD N
Sbjct: 772 I--PGHPMITRSKSGICKKK-----------------TYLTSLTI--EPRTVKQALQDPN 810
Query: 357 WVQAMQSEYEALVQNKTWSLTPRLPSMNVLGCKWVFKVKYNSDGTLERYKARLVAQGYNQ 416
W AM+ EY+AL++N+TWSL P + ++GCKWVFK+K+ +G+++RYKARLVAQG++Q
Sbjct: 811 WKVAMEQEYQALLKNQTWSLVPPPSNAKIIGCKWVFKLKHKPNGSIDRYKARLVAQGFHQ 870
Query: 417 QEGIDYQETFSPVVKIQTVRVTLTLTMTHKWFIQQLDVSNAFLHGDLSEVVYMKQPAGFE 476
GID+ ETFSPVVK T+R+ L++ ++ W I+QLDV NAFL+GDL E V+M QP GFE
Sbjct: 871 TYGIDFFETFSPVVKPCTIRLVLSIAVSSNWPIKQLDVHNAFLNGDLQEQVFMMQPPGFE 930
Query: 477 DPQFPTHVCQLHKSLYGLKQAPRAWFTRIASYLHQWGFKRSSSDTSMFVFYLDGQILIFL 536
D PTHVC+L K+LYGLKQAPRAWF +++S+L Q GF+ S +D S+F F+ I+I L
Sbjct: 931 DNSCPTHVCRLQKALYGLKQAPRAWFHKLSSFLLQIGFQCSRADASLFYFHSASDIIILL 990
Query: 537 LYVDDIILTGSSEFLMKKLVTDLGHEFAMKQLGTLHYFLGIEVQSNSSYLELTQTKYISE 596
+YVDDI++TGS+ + ++++ L FA++ LG + YFLGIEV S L L Q +YI +
Sbjct: 991 IYVDDILITGSNPSRVHQIISQLSSHFALRDLGDISYFLGIEVTRRSHALHLNQQRYIHQ 1050
Query: 597 LLHKSELQDSKPSLIPVSHGKRASKFDGEPIE--NPLFYRSMVGGLQYATMTRPDIAFAV 654
LL ++ L ++K + P + GK S DGEP+ + YRS+VG LQY T+TRP+I+FAV
Sbjct: 1051 LLERANLHEAKSASTPGALGKLLSAADGEPLSALDATHYRSLVGALQYITLTRPEISFAV 1110
Query: 655 NYLAQFMQEPSTTHLILLKKVLRYLKGTIGDGIRVVPGNIASLSGFSDSDWGSCPDSRRS 714
N Q+M P+T+HL K++LRYLKGT GI + SL G++D+DW SCPD RRS
Sbjct: 1111 NRACQYMARPTTSHLQAAKRILRYLKGTATHGISIHASPSLSLQGYTDADWASCPDDRRS 1170
Query: 715 TSGYCVFLGSTLICWSPKKQLVVSRSSTEAEYRALSLAISEMLWVSYLLKELHVEVQMPM 774
TSG+C+F G+ LI WS KQ VVSRSS E+EYRAL+L +E+ WV +LLKEL + Q
Sbjct: 1171 TSGFCLFFGTNLISWSSTKQRVVSRSSAESEYRALALLAAEVSWVQFLLKELCIPQQDTP 1230
Query: 775 TIFCDNMGAKYLASNHVLHA 794
I+CDN+ A LA+N V HA
Sbjct: 1231 LIWCDNISATALAANSVFHA 1250
>CAN67403.1 hypothetical protein VITISV_025614 [Vitis vinifera]
Length = 1271
Score = 686 bits (1769), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 343/741 (46%), Positives = 475/741 (64%), Gaps = 42/741 (5%)
Query: 54 FKAHLTKCGILLRSSCPYTPEQNGAAERKNRQITSVGNSLLFQASMPKSFWFHAYDTASY 113
F ++L GI + SCPYTPEQNG AERK R I G +LL AS+P FW +A+ T +
Sbjct: 463 FSSYLATHGIKSQFSCPYTPEQNGRAERKLRHIIETGLALLATASLPFKFWLYAFHTTIF 522
Query: 114 IINRTPTKVLSYSTPYEVLFNKSPDYSMLKVFGSLCFPYLGNVKHDKLSPRSVKCVFIGY 173
+INR PTKVL+Y +P+++LF KSP+Y + K+FG LC+PY+ +KLS RS +CVF+GY
Sbjct: 523 LINRLPTKVLNYQSPFQILFGKSPNYHIFKIFGCLCYPYIRPYNKNKLSYRSSQCVFLGY 582
Query: 174 STTHKGYKCLDMSSHKEYVSRHVIFDESSFPFADITAHTPSLSQDNTTSYQIFQLPVLNQ 233
S+ HKGY CL+ + + YV+RHV+F E+ FPF TP D ++S P
Sbjct: 583 SSNHKGYMCLNPLTGRLYVTRHVVFHETVFPFQS----TP----DQSSSVVTIPTPAFLP 634
Query: 234 SSNTSIPSYHSSYSQNDQEISSAISSSPSSSHDSLEPGSSHDSLEPSQNDQEIPNSLSEV 293
S+ + S S ++PS+S L S P + ++P +
Sbjct: 635 CSSPPVSSLRSH-------------TTPSTSSPPLTNMPSSTISLP--DLIQVPFADIST 679
Query: 294 APPILTNQHPMQTRLKSGIVKSKGIPDHVSHFTTPHAFHASYIAAISSIPEPKTYKVASQ 353
+ P TNQHPM TR K+GI K K + +S+I+ EP T+ A +
Sbjct: 680 SEPHPTNQHPMVTRAKNGISKKK-------------VYFSSHIS------EPTTFTQAVK 720
Query: 354 DKNWVQAMQSEYEALVQNKTWSLTPRLPSMNVLGCKWVFKVKYNSDGTLERYKARLVAQG 413
D NWV AM+ E+ AL +N TW L P + N++GCKWV+K+KY DGT++RYKARLVAQG
Sbjct: 721 DSNWVLAMEKEFSALQRNNTWHLVPPPSNGNIIGCKWVYKLKYKPDGTVDRYKARLVAQG 780
Query: 414 YNQQEGIDYQETFSPVVKIQTVRVTLTLTMTHKWFIQQLDVSNAFLHGDLSEVVYMKQPA 473
+ Q G+BY ETFSPVVK T+R+ L + ++ W + QLDV NAFLHGDL E V+M+QP
Sbjct: 781 FTQTLGLBYFETFSPVVKASTIRIILAVALSFNWSVHQLDVQNAFLHGDLEEHVFMQQPP 840
Query: 474 GFEDPQFPTHVCQLHKSLYGLKQAPRAWFTRIASYLHQWGFKRSSSDTSMFVFYLDGQIL 533
GF + Q+P+HVC+L+K+LYGLKQAPRAW+ ++++ L WGF+ S +D+SMF+ + +L
Sbjct: 841 GFINSQYPSHVCKLNKALYGLKQAPRAWYNKLSTSLLGWGFQASRADSSMFIHHSTHDVL 900
Query: 534 IFLLYVDDIILTGSSEFLMKKLVTDLGHEFAMKQLGTLHYFLGIEVQSNSSYLELTQTKY 593
I L+YVDDI++TGSS + +T L FA++ LG ++YFLGIEV + + L+Q KY
Sbjct: 901 ILLIYVDDILVTGSSSAQVSSFITRLNSSFALRDLGYVNYFLGIEVVRSGTMFHLSQHKY 960
Query: 594 ISELLHKSELQDSKPSLIPVSHGKRASKFDGEPIENPLFYRSMVGGLQYATMTRPDIAFA 653
+LL ++ + DSKP+ P G+ S DGEP + YRS VG LQY T+TRPDI+FA
Sbjct: 961 TQDLLSRTAMLDSKPATTPGLLGQTLSHLDGEPFSDATLYRSTVGALQYLTLTRPDISFA 1020
Query: 654 VNYLAQFMQEPSTTHLILLKKVLRYLKGTIGDGIRVVPGNIASLSGFSDSDWGSCPDSRR 713
VN QFM P+TTH + +K++LRYLKGT+ GI++ + G++D+DW SCPD RR
Sbjct: 1021 VNKACQFMATPTTTHWLAVKRILRYLKGTLSYGIQMQQSTSLDIHGYTDADWASCPDDRR 1080
Query: 714 STSGYCVFLGSTLICWSPKKQLVVSRSSTEAEYRALSLAISEMLWVSYLLKELHVEVQMP 773
ST GY +FLG L+ WS KQ VVSRSS E+EYRAL+ A SEM+W+ Y+L+EL + P
Sbjct: 1081 STGGYGIFLGPNLVSWSSNKQKVVSRSSAESEYRALASATSEMIWIQYVLQELCLSSSSP 1140
Query: 774 MTIFCDNMGAKYLASNHVLHA 794
++CDN A +LA+N V HA
Sbjct: 1141 PLLWCDNKSAAHLAANPVFHA 1161