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_sc000033.1_g0350.1
(860 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
CAN65188.1 hypothetical protein VITISV_004365 [Vitis vinifera] 1422 0.0
CBI37296.3 unnamed protein product, partial [Vitis vinifera] 1186 0.0
KYP63625.1 Retrovirus-related Pol polyprotein from transposon TN... 1149 0.0
>CAN65188.1 hypothetical protein VITISV_004365 [Vitis vinifera]
Length = 1265
Score = 1422 bits (3682), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 714/855 (83%), Positives = 748/855 (87%), Gaps = 33/855 (3%)
Query: 1 LVENGIPAAAEGVVLTDAERKNIEDQKLKDLKAKNYLFQALDRSILETILNKDTSKNIWD 60
LVE+GIP AEGVVLTDA+RKNI+DQKLKDLKAKNYLFQALDRS+LETILNKDT+KNIWD
Sbjct: 37 LVESGIPTVAEGVVLTDAQRKNIDDQKLKDLKAKNYLFQALDRSVLETILNKDTAKNIWD 96
Query: 61 SLKQKYQGSTRVKRAHLQALRKEFEVLHMKTGESVNEYFARTLNIANKMKANGENKGDVV 120
SLKQKYQG+TRVKRAHLQALRKEFE+LHMK GESVNEYFARTL IANKMKANGENKGDVV
Sbjct: 97 SLKQKYQGTTRVKRAHLQALRKEFELLHMKAGESVNEYFARTLTIANKMKANGENKGDVV 156
Query: 121 VVEKILRSMTPKFDYVVCSIEESKDTNTLTIDELQSSLLVHEQRMSSHVEEEHALKITHW 180
VVEKILRSMTPKFDYVVCSIEESKDTNTLTIDELQSSLLVHEQRMSSHVEEEHALKITH
Sbjct: 157 VVEKILRSMTPKFDYVVCSIEESKDTNTLTIDELQSSLLVHEQRMSSHVEEEHALKITHG 216
Query: 181 EQSGGRGRGRGSFRGRGRGRSRQSFDKAIVECYNCHKLGHFQWECPRKEKEANYAETQEE 240
+Q GGRGRGRGSF GRGRGR RQ F+KA VECYNCHKLG+F+WECP KE EANYA+TQEE
Sbjct: 217 DQYGGRGRGRGSFGGRGRGRGRQYFNKATVECYNCHKLGNFKWECPSKENEANYADTQEE 276
Query: 241 MLLMAYVDMNKPIREDIWFLDSGCSIHMCGKKEYFSDFDGSFRDSVKLGNNSSMVVTGKG 300
MLLMAYVDMNK RED+WFLDSGCS HMCG KEYF DFDGSFRDSVKLGNN+SMVVTGKG
Sbjct: 277 MLLMAYVDMNKAHREDMWFLDSGCSNHMCGTKEYFLDFDGSFRDSVKLGNNTSMVVTGKG 336
Query: 301 NVRLQVNGITHIITGVFYVPELKNNLLSIGQLQEKGLTILFQSEKCKVFHRERGLIMEMK 360
VFYVPELKNNLLSIGQLQEKGLTILFQS KCKVFH ERG+I EMK
Sbjct: 337 ---------------VFYVPELKNNLLSIGQLQEKGLTILFQSGKCKVFHPERGVITEMK 381
Query: 361 MSSNRMFILHALSQPTKSTCLNTITEDLGQLWHCRYGHLSFKGLKTLQQKKMVKGLPQLK 420
MSSNRMF+LHA+SQP STC N ITED+ LWHCRYGHLSFKGLKTLQQKKMV GLPQLK
Sbjct: 382 MSSNRMFMLHAISQPIASTCFNAITEDIVHLWHCRYGHLSFKGLKTLQQKKMVNGLPQLK 441
Query: 421 SPLRLCNDCLVGKQQRQSFPKKSTWRASQILQLVHADICGLINPISNSKKRYLITFTDDF 480
SPLRLC DCLVGKQQR SFP KSTWRASQIL LVHADI G I PISNSKKRYLITFTDDF
Sbjct: 442 SPLRLCKDCLVGKQQRYSFPWKSTWRASQILXLVHADIXGPIKPISNSKKRYLITFTDDF 501
Query: 481 SRKTWVYFLIEKSEAFAVFNNFKIHVEKETNSFIRALRTDRGGEFTSQEFTNFCDVNGIR 540
SRKTWVYFLIEKSEAF VF FKIHVEKETNSFIRAL TDRGGEFTS EFTNFCDVNGIR
Sbjct: 502 SRKTWVYFLIEKSEAFVVFKRFKIHVEKETNSFIRALXTDRGGEFTSXEFTNFCDVNGIR 561
Query: 541 RQLTAAYTPQQNGVAERKNRTIMNMVRSMISEKKIPKTFWPEAVNWTVHVLNRSPTLAVK 600
RQLTAAYTPQQN V ERKNRTIMNMVRSMISEKKIPK FWPEAVNWTVHVLNRSPTLAV+
Sbjct: 562 RQLTAAYTPQQNXVXERKNRTIMNMVRSMISEKKIPKPFWPEAVNWTVHVLNRSPTLAVQ 621
Query: 601 NKTPEEAWSGVKPSVEHFRVFGCISHVHVPDSIRTKLDNKSLSCVLLGVSEESKAYRLYD 660
NKTP EAWSGVKPSVEHFRVFGCISHVHVPD+ RTKLD+KSLSCVLLGVSE
Sbjct: 622 NKTPXEAWSGVKPSVEHFRVFGCISHVHVPDNKRTKLDDKSLSCVLLGVSE--------- 672
Query: 661 PTSQRIIISRDVVFEEDKNWDWDKTYEESIMCDLEWGDREEEAAEFDENEDESESDLETD 720
DVVFEE KNWDWDKTYE+SI+CDLEWGD EEEA FDENE+ +ESDLE D
Sbjct: 673 ---------GDVVFEEHKNWDWDKTYEKSIVCDLEWGDLEEEATMFDENEEGTESDLEAD 723
Query: 721 REVEEDNLSSESLTEASSPSSNEGRNRRPPVWMRDYATGEGLSEEENESLLAMFAATDPI 780
E EEDN SS+SLTE SSPSS R RRPP WMRDY GEGLSEE+NE+ LAMFAA DPI
Sbjct: 724 IEAEEDNFSSDSLTEDSSPSSTAERIRRPPAWMRDYDIGEGLSEEDNEAHLAMFAAADPI 783
Query: 781 HFEDALKSEKWRQAMDLEMEAINKNDTWELMELPEGGKKVGLKWIYKTKFNENGEVDKYK 840
HFEDA+KSEKW++AMDLE+ AINKN TWEL ELPEGGKK+G+KWIYKTKFNENGEVDKYK
Sbjct: 784 HFEDAVKSEKWKKAMDLELAAINKNGTWELTELPEGGKKIGVKWIYKTKFNENGEVDKYK 843
Query: 841 VRLVAKGSPLALGRD 855
RLVAKG G D
Sbjct: 844 ARLVAKGYTQQHGVD 858
>CBI37296.3 unnamed protein product, partial [Vitis vinifera]
Length = 3048
Score = 1186 bits (3069), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 576/714 (80%), Positives = 642/714 (89%), Gaps = 4/714 (0%)
Query: 1 LVENGIPAAAEGVVLTDAERKNIEDQKLKDLKAKNYLFQALDRSILETILNKDTSKNIWD 60
LV NG+PA AE VLTDA+RK+IEDQ+LKDLKAKNYLFQALDRSILETILNK T+K+IWD
Sbjct: 62 LVVNGVPAVAEDAVLTDAQRKHIEDQQLKDLKAKNYLFQALDRSILETILNKKTTKDIWD 121
Query: 61 SLKQKYQGSTRVKRAHLQALRKEFEVLHMKTGESVNEYFARTLNIANKMKANGENKGDVV 120
S+KQK+QG+TRVKR +LQALRKEF++LHMK+GE+VNEYF+RTL IANKMK NGE+KG+
Sbjct: 122 SMKQKFQGTTRVKRGNLQALRKEFKILHMKSGETVNEYFSRTLAIANKMKVNGEDKGNTA 181
Query: 121 VVEKILRSMTPKFDYVVCSIEESKDTNTLTIDELQSSLLVHEQRMSSHV-EEEHALKITH 179
VVEKILRSMT KFDYVVCSIEESKD +TLTIDELQSSLLVHEQRM+SHV EEE ALK+TH
Sbjct: 182 VVEKILRSMTSKFDYVVCSIEESKDLDTLTIDELQSSLLVHEQRMTSHVLEEEQALKVTH 241
Query: 180 WEQSGGRGRGRGSFRGRGRGRSRQSFDKAIVECYNCHKLGHFQWECPRKEKEANYAETQE 239
+ SG RGRG G++RGRGRGR+R+ FDKA +ECYNCHKLGHF WECP +E A YA+ QE
Sbjct: 242 GDHSGSRGRGHGNYRGRGRGRNRRFFDKATMECYNCHKLGHFAWECPHRETGAYYAKNQE 301
Query: 240 EMLLMAYVDMNKPIREDIWFLDSGCSIHMCGKKEYFSDFDGSFRDSVKLGNNSSMVVTGK 299
EMLLMAYVD+NK RED WFLDSGCS HMCGKK+YFSDFDG+FRDSVKLGNN+SM V GK
Sbjct: 302 EMLLMAYVDLNKTSREDTWFLDSGCSNHMCGKKDYFSDFDGTFRDSVKLGNNTSMSVLGK 361
Query: 300 GNVRLQVNGITHIITGVFYVPELKNNLLSIGQLQEKGLTILFQSEKCKVFHRERGLIMEM 359
GNVRL+VN +T IITGVFYVPELKNNLLSIGQLQEKGLTILFQ KCKVFH ++GLIM+
Sbjct: 362 GNVRLKVNEMTQIITGVFYVPELKNNLLSIGQLQEKGLTILFQHGKCKVFHSQKGLIMDT 421
Query: 360 KMSSNRMFILHALSQPTKSTCLNTITEDLGQLWHCRYGHLSFKGLKTLQQKKMVKGLPQL 419
KMSSNRMF+L+ALSQP STC NT+TED+ QLWHCRYGHLSF+GLKTLQQ+KMV GLPQ
Sbjct: 422 KMSSNRMFMLYALSQPISSTCFNTVTEDILQLWHCRYGHLSFQGLKTLQQRKMVNGLPQF 481
Query: 420 KSPLRLCNDCLVGKQQRQSFPKKSTWRASQILQLVHADICGLINPISNSKKRYLITFTDD 479
+ P +LC DCLVGKQ R S PKKS WRA++ILQLVHADICG INPISNSKKRYL+TFTDD
Sbjct: 482 QPPSKLCKDCLVGKQHRSSIPKKSNWRAAEILQLVHADICGPINPISNSKKRYLLTFTDD 541
Query: 480 FSRKTWVYFLIEKSEAFAVFNNFKIHVEKETNSFIRALRTDRGGEFTSQEFTNFCDVNGI 539
FSRKTWVYFL+EKSEAFAVF +FK +VEKET+SF+R LRTDRGGEFTSQEF FCDV+GI
Sbjct: 542 FSRKTWVYFLVEKSEAFAVFKSFKTYVEKETSSFLRCLRTDRGGEFTSQEFAIFCDVHGI 601
Query: 540 RRQLTAAYTPQQNGVAERKNRTIMNMVRSMISEKKIPKTFWPEAVNWTVHVLNRSPTLAV 599
RRQLTAAYTPQQNGVAERKNRTIMNMVRSM+S KK+PKTFWPEAVNWTVHVLNRSPT AV
Sbjct: 602 RRQLTAAYTPQQNGVAERKNRTIMNMVRSMLSAKKLPKTFWPEAVNWTVHVLNRSPTFAV 661
Query: 600 KNKTPEEAWSGVKPSVEHFRVFGCISHVHVPDSIRTKLDNKSLSCVLLGVSEESKAYRLY 659
+NKTPEEAW +KPSV++FRVFGC+SHVHVPDS RTKLD+KS SCVLLGVSEESKAYRLY
Sbjct: 662 QNKTPEEAWGKLKPSVDYFRVFGCLSHVHVPDSKRTKLDDKSFSCVLLGVSEESKAYRLY 721
Query: 660 DPTSQRIIISRDVVFEEDKNWDWDKTYEESIMCDLEWGDREEEAAEFDENEDES 713
DP SQ+IIISRDVVFEEDKNWDWDK YEE+I+CDLEWGD EEA NE+ES
Sbjct: 722 DPISQKIIISRDVVFEEDKNWDWDKKYEEAIVCDLEWGDDGEEAT---VNEEES 772
>KYP63625.1 Retrovirus-related Pol polyprotein from transposon TNT 1-94
[Cajanus cajan]
Length = 930
Score = 1149 bits (2973), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 561/864 (64%), Positives = 669/864 (77%), Gaps = 45/864 (5%)
Query: 1 LVENGIPAAAEGVVLTDAERKNIEDQKLKDLKAKNYLFQALDRSILETILNKDTSKNIWD 60
+VENG+ AAAEGV L +A++K E QKLKDL AKNYLFQALDRSILETI+NKDTSK+IWD
Sbjct: 38 VVENGVSAAAEGVTLFEAQKKTYEKQKLKDLNAKNYLFQALDRSILETIINKDTSKSIWD 97
Query: 61 SLKQKYQGSTRVKRAHLQALRKEFEVLHMKTGESVNEYFARTLNIANKMKANGENKGDVV 120
S+K+KY+G+TRVKRAHLQALRK+FE HMK GESVNEY R L I+NKMKAN ++ +V
Sbjct: 98 SMKKKYEGTTRVKRAHLQALRKDFETAHMKEGESVNEYLDRVLVISNKMKANCDDLKEVA 157
Query: 121 VVEKILRSMTPKFDYVVCSIEESKDTNTLTIDELQSSLLVHEQRMSSHVEEEHALKITHW 180
VVEKILRSMT +F+YVVCSIEESKDT+ L+IDELQSSLLVHEQRM
Sbjct: 158 VVEKILRSMTSEFNYVVCSIEESKDTSILSIDELQSSLLVHEQRMGRWNSGGRGRG---- 213
Query: 181 EQSGGRGRGRGSFRGRGRGRSRQSFDKAIVECYNCHKLGHFQWECPRKEKEANYAETQ-- 238
RSRQ+ DKA VECYNCHKLGHFQWEC K+ N+AE+Q
Sbjct: 214 -------------------RSRQNIDKATVECYNCHKLGHFQWEC--KQGVTNFAESQVE 252
Query: 239 ---EEMLLMAYVDMNKPIREDIWFLDSGCSIHMCGKKEYFSDFDGSFRDSVKLGNNSSMV 295
E MLLMAYV+ + + D+WFLDS CS HMCGKKEYFS+ D +F DSVKLGNNS+MV
Sbjct: 253 SAEEHMLLMAYVETKEQQKTDVWFLDSRCSNHMCGKKEYFSELDETFSDSVKLGNNSNMV 312
Query: 296 VTGKGNVRLQVNGITHIITGVFYVPELKNNLLSIGQLQEKGLTILFQSEKCKVFHRERGL 355
V GKGN+RL VNG+ II+G FYVPELKNNLL +GQLQEKGL+ILFQ KCK++H ++GL
Sbjct: 313 VNGKGNIRLDVNGVISIISGGFYVPELKNNLLGLGQLQEKGLSILFQQGKCKIYHPDKGL 372
Query: 356 IMEMKMSSNRMFILHALSQPTKSTCLNTITEDLGQLWHCRYGHLSFKGLKTLQQKKMVKG 415
IM+ MSSNRMFILHA+S P TC NT+TED+ QLWHCR+GHLSFKGL+TLQQK MV+G
Sbjct: 373 IMQSNMSSNRMFILHAISLPVAPTCFNTVTEDVAQLWHCRFGHLSFKGLQTLQQKGMVEG 432
Query: 416 LPQLKSPLRLCNDCLVGKQQRQSFPKKSTWRASQILQLVHADICGLINPISNSKKRYLIT 475
L LK P +LC D L+GKQ R SFP KS+WRASQILQLVHADICG I P+SNSKKRYL+T
Sbjct: 433 LAMLKPPSKLCKDYLIGKQHRDSFPMKSSWRASQILQLVHADICGPIKPVSNSKKRYLLT 492
Query: 476 FTDDFSRKTWVYFLIEKSEAFAVFNNFKIHVEKETNSFIRALRTDRGGEFTSQEFTNFCD 535
F DDFSRKTWVYFL EKSEAF VF +FK+HVEK TN ++ LRTD GGEFTS+EF NF
Sbjct: 493 FIDDFSRKTWVYFLAEKSEAFTVFKSFKLHVEKATNMSLKGLRTDLGGEFTSREFNNFFH 552
Query: 536 VNGIRRQLTAAYTPQQNGVAERKNRTIMNMVRSMISEKKIPKTFWPEAVNWTVHVLNRSP 595
+G++RQLTAAY+PQQNGVAERKNRTIMN+VRSM+SEKK+PKTFWPEAVNW VHVLN P
Sbjct: 553 AHGVQRQLTAAYSPQQNGVAERKNRTIMNLVRSMLSEKKVPKTFWPEAVNWAVHVLNHCP 612
Query: 596 TLAVKNKTPEEAWSGVKPSVEHFRVFGCISHVHVPDSIRTKLDNKSLSCVLLGVSEESKA 655
TLAVK KTPEEAWSG+KPSV+HFRVFGC+S+ HVPD++R+KLD KSL CVLLG+S+ESKA
Sbjct: 613 TLAVKEKTPEEAWSGIKPSVQHFRVFGCVSYAHVPDNLRSKLDAKSLKCVLLGISDESKA 672
Query: 656 YRLYDPTSQRIIISRDVVFEEDKNWDWDKTYEESIMCDLEWGDREEEAAEFDENEDESES 715
YRLYDP SQRIIISRDVVF E++ W+W+ +E + +C+LEW D ++ +E ED +++
Sbjct: 673 YRLYDPISQRIIISRDVVFAENEAWEWN-NHESTTICELEWEDDDKVVSEESPVEDVADA 731
Query: 716 DLETDREVEEDNLSSESLTEASSPSSNEGRNRRPPVWMRDYATGEGLSEEENESLLAMF- 774
E + +D +SE L EGR+RR W+RDY +GEGL +EE A F
Sbjct: 732 QPEESLTINQD--TSEGLM--------EGRSRRQSTWLRDYVSGEGLFDEEAVFYSAFFA 781
Query: 775 ---AATDPIHFEDALKSEKWRQAMDLEMEAINKNDTWELMELPEGGKKVGLKWIYKTKFN 831
A +P++FE+A+K EKWR AMD+E+EAI KN TWEL++ P+G K VG+KW+YKTK N
Sbjct: 782 LYTAGAEPLNFEEAVKIEKWRNAMDIEIEAIEKNGTWELIDRPKGAKVVGVKWVYKTKLN 841
Query: 832 ENGEVDKYKVRLVAKGSPLALGRD 855
E G+VDK+K RLV KG G D
Sbjct: 842 EKGKVDKFKARLVVKGYAQQYGID 865