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_sc000066.1_g1270.1
(718 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
CAN64073.1 hypothetical protein VITISV_038270 [Vitis vinifera] 1080 0.0
CAN67821.1 hypothetical protein VITISV_025855, partial [Vitis vi... 1038 0.0
CAN74511.1 hypothetical protein VITISV_011891 [Vitis vinifera] 1035 0.0
>CAN64073.1 hypothetical protein VITISV_038270 [Vitis vinifera]
Length = 1181
Score = 1080 bits (2794), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 532/713 (74%), Positives = 607/713 (85%), Gaps = 11/713 (1%)
Query: 4 KKPNIRHFHVWGCPAEARPYKPNERKLDSRTISCYFVGYYERSRDYKFYDPSNKAFFETG 63
KKP+IRH HVWGCPAEARPYKPNE+KLDSRT+SCYFVGY ERSR +KFYDPS ++FFETG
Sbjct: 478 KKPSIRHLHVWGCPAEARPYKPNEKKLDSRTVSCYFVGYSERSRGFKFYDPSTRSFFETG 537
Query: 64 NAKFIEDVDYSGSSQNKGIVFEEEYANTSPIVTTDNDQVTVPLIVQPVNQGISSNTIIQT 123
NAKFIEDV+ SG + +VFEEE+ N PI+TT + + + Q + S T IQ
Sbjct: 538 NAKFIEDVELSGREPLRKVVFEEEFVNI-PIITTGHGHI----MFNDTIQNVQSITGIQ- 591
Query: 124 NSVVDVEPFPIQAGQAPLETEEVTVDVPNQQPQVEEPLRRSTRERRKAISDDYIVYLNEH 183
D P P++ + P Q+P V+ PLRRSTRERR ISDDY+VYL EH
Sbjct: 592 ----DTPEIPPXQVXEPIQVHQEVTQQP-QEPXVQVPLRRSTRERRSTISDDYVVYLQEH 646
Query: 184 EYDLGLENDPTSLNEVKTSSNCKKWIEAMKEELKSMADNDVWDLVELPKGARPIGCKWIF 243
E+D+GLE+DP S+++VK SSN +KWIEAMK+E+KSM DN VWDLVELPKG +PIGCKWIF
Sbjct: 647 EFDMGLEDDPISVSQVKQSSNSEKWIEAMKDEMKSMKDNGVWDLVELPKGVKPIGCKWIF 706
Query: 244 KTKRDSKGNVERYKARLVAKGFTQKEGVDFKETFSPVSTKDSLRIIMALVAHYDLELHQM 303
KTKRDSKGN+ RYKARLVAKGFTQKEG+D+KETFSPVS+KDS RIIMALVAHYDLELHQM
Sbjct: 707 KTKRDSKGNIVRYKARLVAKGFTQKEGIDYKETFSPVSSKDSFRIIMALVAHYDLELHQM 766
Query: 304 DVKTTFLNGNIEETIYMIQPDNFESSSSKQLVCKLKKSIYGLKQASRQWYRKFDEVITSF 363
DVKT FLNGNI+ETIYM+QP+NFES SKQLVC+LK+SIYGLKQASRQWYRKFD+VITSF
Sbjct: 767 DVKTAFLNGNIDETIYMVQPENFESKDSKQLVCRLKRSIYGLKQASRQWYRKFDQVITSF 826
Query: 364 GFKENIIDQCIYLKTSGSKFIILVLYVDDILLASSDIGMLHETKVFLSNNFEMKDLGNAS 423
GFKEN +DQCIYLK SGSKFIILVLYVDDILLASSD+G+LHETK FLS+ F+MKDLGNAS
Sbjct: 827 GFKENTVDQCIYLKFSGSKFIILVLYVDDILLASSDVGLLHETKRFLSSKFDMKDLGNAS 886
Query: 424 FVLGIQIDRDRSKGILSLSQKAYIDKVLQRFGMEKCSPGDTPVAKGDKFSLLQCPKLNLE 483
FVLGIQI RDRS+GIL LSQKAYIDKVL RFGM C+PGDTPVAKGDKFSL QCPK LE
Sbjct: 887 FVLGIQIHRDRSRGILGLSQKAYIDKVLSRFGMSNCAPGDTPVAKGDKFSLHQCPKNELE 946
Query: 484 KKEMETIPYSSAVGSLMYAQVCTRPDLAFIVGMLGRYLSNPGLDHWKAVKRVMRYLQRTK 543
KK+ME PY+SAVGSLMYAQVCTRPD+A+IVGMLGRYLSNPG+DHWK KRVMRYLQRTK
Sbjct: 947 KKDMERFPYASAVGSLMYAQVCTRPDIAYIVGMLGRYLSNPGMDHWKKAKRVMRYLQRTK 1006
Query: 544 DYKLTFRRNDHLEIVGYSDSDFAGCIDSRKSTSGYIYMMAGGAISWKSVKQTLIASSPME 603
DY LT+RR+ HLEIVGYSDSDFAGC+DSR+STSGYI+M+AGGA+SWKSVKQTL+ASS ME
Sbjct: 1007 DYMLTYRRSSHLEIVGYSDSDFAGCLDSRRSTSGYIFMLAGGAVSWKSVKQTLVASSTME 1066
Query: 604 AEFIACFEASNHAIWLRNFVSNLKLVDNIERPMKIYCDNKAAELYSKNNRSSSKSKYIDI 663
AEFIAC+EASNH IWLRNFV+ L +VD IE+P++I CDNKA ELYSKNNRSSSKSK+IDI
Sbjct: 1067 AEFIACYEASNHGIWLRNFVTQLXIVDGIEKPLRINCDNKAXELYSKNNRSSSKSKHIDI 1126
Query: 664 KYLAVKDRVQNGLVCIEHIDTNSNIADPFTKGLPPKVFCEHVVRMGILGPLDI 716
K+L VK+RVQ+ V IEHI TNS IADP TKGLPPKV+ EHV MG++ D+
Sbjct: 1127 KFLVVKERVQSLQVSIEHISTNSMIADPLTKGLPPKVYHEHVTHMGVVHIDDV 1179
>CAN67821.1 hypothetical protein VITISV_025855, partial [Vitis vinifera]
Length = 1356
Score = 1038 bits (2685), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 490/715 (68%), Positives = 583/715 (81%), Gaps = 21/715 (2%)
Query: 4 KKPNIRHFHVWGCPAEARPYKPNERKLDSRTISCYFVGYYERSRDYKFYDPSNKAFFETG 63
+KP+++HFH+WGCPAEARPYKP+E+KLDS+T+S YF+GY ERSR +KFYDP+ ++ FETG
Sbjct: 659 RKPSLKHFHIWGCPAEARPYKPHEKKLDSKTVSSYFIGYAERSRGFKFYDPAIRSIFETG 718
Query: 64 NAKFIEDVDYSGSSQNKGIVFEEEYANTSPIVTTDNDQVTVPLIVQPVNQGISSNTIIQT 123
A F EDV++ G +Q + IVFEEE +T + DN QV++P+I Q VN
Sbjct: 719 TATFFEDVEFGGRNQARNIVFEEEEGST---IAFDNVQVSLPIIDQEVN----------- 764
Query: 124 NSVVDVEPFPIQAGQAPL-ETEEVTVDVPNQQPQVEEPLRRSTRERRKAISDDYIVYLNE 182
++P P PL E++ + QQPQ PLRRSTRERR AISDDYIVYL E
Sbjct: 765 -----LDPQPTDNIVQPLIANEDIAPEEQTQQPQENMPLRRSTRERRNAISDDYIVYLQE 819
Query: 183 HEYDLGL-ENDPTSLNEVKTSSNCKKWIEAMKEELKSMADNDVWDLVELPKGARPIGCKW 241
E + G+ E+DP + + SSN KWIEAM EE KSM DN VW+LV LP G +PIGCKW
Sbjct: 820 REVESGMMEDDPINFQQAMKSSNSHKWIEAMNEEYKSMQDNKVWELVPLPVGTKPIGCKW 879
Query: 242 IFKTKRDSKGNVERYKARLVAKGFTQKEGVDFKETFSPVSTKDSLRIIMALVAHYDLELH 301
IFKTKRDS GNVERYKARLVAKGFTQKEG+DFKETFSPVSTKDS RIIMALVAHYDLELH
Sbjct: 880 IFKTKRDSNGNVERYKARLVAKGFTQKEGIDFKETFSPVSTKDSFRIIMALVAHYDLELH 939
Query: 302 QMDVKTTFLNGNIEETIYMIQPDNFESSSSKQLVCKLKKSIYGLKQASRQWYRKFDEVIT 361
QMDVKT FLNG+I+ETIYM+QP+NF S SK +VCKL KSIYGLKQASRQWY KF ++I
Sbjct: 940 QMDVKTAFLNGDIDETIYMVQPENFVSEDSKNMVCKLTKSIYGLKQASRQWYFKFHQIIV 999
Query: 362 SFGFKENIIDQCIYLKTSGSKFIILVLYVDDILLASSDIGMLHETKVFLSNNFEMKDLGN 421
S+GF+ N++D+C+Y K SGSK+I LVLYVDDILLA++DI +LH+TK FLS +FEMKDLG+
Sbjct: 1000 SYGFEANLMDECVYHKFSGSKYIFLVLYVDDILLATNDISILHDTKRFLSKHFEMKDLGD 1059
Query: 422 ASFVLGIQIDRDRSKGILSLSQKAYIDKVLQRFGMEKCSPGDTPVAKGDKFSLLQCPKLN 481
ASFVLGIQI RDRS+GIL LSQ+ YIDKVLQR+GM+ PGDTPVAKGDKFSL QCPK +
Sbjct: 1060 ASFVLGIQIHRDRSRGILGLSQRTYIDKVLQRYGMQNSKPGDTPVAKGDKFSLNQCPKNS 1119
Query: 482 LEKKEMETIPYSSAVGSLMYAQVCTRPDLAFIVGMLGRYLSNPGLDHWKAVKRVMRYLQR 541
LE +EM+ IPY+SAVGSLMYAQVCTRPD+A+IVGMLGRYLSNPG+DHWKA KRVMRYLQR
Sbjct: 1120 LESQEMQKIPYASAVGSLMYAQVCTRPDIAYIVGMLGRYLSNPGMDHWKAAKRVMRYLQR 1179
Query: 542 TKDYKLTFRRNDHLEIVGYSDSDFAGCIDSRKSTSGYIYMMAGGAISWKSVKQTLIASSP 601
TK+Y LT+RR D LE++GYSDSDFAGC DSR+STSGYIY++AGGAISW+S KQTL+ SS
Sbjct: 1180 TKEYMLTYRRLDQLELIGYSDSDFAGCQDSRRSTSGYIYLLAGGAISWRSAKQTLVTSST 1239
Query: 602 MEAEFIACFEASNHAIWLRNFVSNLKLVDNIERPMKIYCDNKAAELYSKNNRSSSKSKYI 661
MEAEF+AC+EASN IWLRNFV+ L+++D IERP+KI+CDNK+A LYS NNRSS+KSKYI
Sbjct: 1240 MEAEFVACYEASNQGIWLRNFVTGLRVLDGIERPLKIFCDNKSAVLYSNNNRSSTKSKYI 1299
Query: 662 DIKYLAVKDRVQNGLVCIEHIDTNSNIADPFTKGLPPKVFCEHVVRMGILGPLDI 716
DIK+L VK++VQ+G + IEHI TNS IADP TKGLPPKVF EH MG++ DI
Sbjct: 1300 DIKFLVVKEKVQSGQISIEHIGTNSMIADPLTKGLPPKVFHEHTAHMGVVSFEDI 1354
>CAN74511.1 hypothetical protein VITISV_011891 [Vitis vinifera]
Length = 1283
Score = 1035 bits (2676), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 524/715 (73%), Positives = 599/715 (83%), Gaps = 15/715 (2%)
Query: 4 KKPNIRHFHVWGCPAEARPYKPNERKLDSRTISCYFVGYYERSRDYKFYDPSNKAFFETG 63
KKP+IRH HVWGCPAEA+PYKPNE+KLDSRT+SCYFVGY ERSR +KFYDPS ++FFETG
Sbjct: 580 KKPSIRHLHVWGCPAEAKPYKPNEKKLDSRTVSCYFVGYSERSRGFKFYDPSTRSFFETG 639
Query: 64 NAKFIEDVDYSGSSQNKGIVFEEEYANTSPIVTTDNDQVTVPLIVQPVNQ--GISSNTII 121
NAKFIEDV+ SG + +VFEEE+ N P +TT + + +Q V GI I
Sbjct: 640 NAKFIEDVELSGREPLRKVVFEEEFVNI-PNITTGHGHIMFNDTIQNVQSITGIQDTPEI 698
Query: 122 QTNSVVDVEPFPIQAGQAPLETEEVTVDVPNQQPQVEEPLRRSTRERRKAISDDYIVYLN 181
V++ PIQ Q EVT Q+PQV+ PLRRSTRERR ISDDY+VYL
Sbjct: 699 PPTQVME----PIQVHQ------EVTQQP--QEPQVQVPLRRSTRERRSTISDDYVVYLQ 746
Query: 182 EHEYDLGLENDPTSLNEVKTSSNCKKWIEAMKEELKSMADNDVWDLVELPKGARPIGCKW 241
EHE+D+GLE+DP S+++VK S + +KWIEAMK+E+KSM DN VWDL ELPKG + IGCKW
Sbjct: 747 EHEFDMGLEDDPISVSQVKQSFDSEKWIEAMKDEMKSMKDNGVWDLEELPKGVKSIGCKW 806
Query: 242 IFKTKRDSKGNVERYKARLVAKGFTQKEGVDFKETFSPVSTKDSLRIIMALVAHYDLELH 301
IFKTKRDSKGN+ +YKARLVAKGFTQKEG+D+KETFSPVS+KDS RIIMALVAHYDLELH
Sbjct: 807 IFKTKRDSKGNIVKYKARLVAKGFTQKEGIDYKETFSPVSSKDSFRIIMALVAHYDLELH 866
Query: 302 QMDVKTTFLNGNIEETIYMIQPDNFESSSSKQLVCKLKKSIYGLKQASRQWYRKFDEVIT 361
QMDVKT FLNGNI+ETIYM+QP+NFES SKQLVC+LK+SIYGLKQASRQWYRKFD+VIT
Sbjct: 867 QMDVKTAFLNGNIDETIYMVQPENFESXDSKQLVCRLKRSIYGLKQASRQWYRKFDQVIT 926
Query: 362 SFGFKENIIDQCIYLKTSGSKFIILVLYVDDILLASSDIGMLHETKVFLSNNFEMKDLGN 421
SFGFKEN +DQCIYLK SGSKFIILVLYVDDILLASSD+ +LHETK FLS+ F+MKDLGN
Sbjct: 927 SFGFKENTVDQCIYLKFSGSKFIILVLYVDDILLASSDVXLLHETKRFLSSKFDMKDLGN 986
Query: 422 ASFVLGIQIDRDRSKGILSLSQKAYIDKVLQRFGMEKCSPGDTPVAKGDKFSLLQCPKLN 481
ASFVLGIQI RDRS+GIL LSQKAYIDKVL RFGM C+PGDTPVAK DKFSL QCPK
Sbjct: 987 ASFVLGIQIHRDRSRGILGLSQKAYIDKVLSRFGMSNCAPGDTPVAKXDKFSLHQCPKNE 1046
Query: 482 LEKKEMETIPYSSAVGSLMYAQVCTRPDLAFIVGMLGRYLSNPGLDHWKAVKRVMRYLQR 541
LEKK+ME PY+SAVGSLMYAQVCTRPD+A+IVGMLGRYLSNPG+DHWK KRVMRYLQR
Sbjct: 1047 LEKKDMERFPYASAVGSLMYAQVCTRPDIAYIVGMLGRYLSNPGMDHWKKAKRVMRYLQR 1106
Query: 542 TKDYKLTFRRNDHLEIVGYSDSDFAGCIDSRKSTSGYIYMMAGGAISWKSVKQTLIASSP 601
TKDY LT+R HLEIVGY DSDFAGC+DSR+STS YI+M+AGGA+SWKSVKQTLI SS
Sbjct: 1107 TKDYMLTYRIXSHLEIVGYXDSDFAGCLDSRRSTSXYIFMLAGGAVSWKSVKQTLIXSST 1166
Query: 602 MEAEFIACFEASNHAIWLRNFVSNLKLVDNIERPMKIYCDNKAAELYSKNNRSSSKSKYI 661
MEAEFIAC+EASNH IWLRNFV+ L++VD IE+P+ I CDNKAAELYSKNNRSSSKSK+I
Sbjct: 1167 MEAEFIACYEASNHGIWLRNFVTQLRIVDXIEKPLXINCDNKAAELYSKNNRSSSKSKHI 1226
Query: 662 DIKYLAVKDRVQNGLVCIEHIDTNSNIADPFTKGLPPKVFCEHVVRMGILGPLDI 716
DIK+L VK++VQ+ V IEHI TNS IAD TKGLPPKV+ EHV MG++ D+
Sbjct: 1227 DIKFLVVKEKVQSLQVSIEHISTNSMIADXLTKGLPPKVYHEHVTHMGVVHIDDV 1281