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_sc000051.1_g0540.1
(638 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
KYP34377.1 Retrovirus-related Pol polyprotein from transposon TN... 607 0.0
CAN71595.1 hypothetical protein VITISV_010143 [Vitis vinifera] 590 0.0
GAU21017.1 hypothetical protein TSUD_201660 [Trifolium subterran... 577 0.0
>KYP34377.1 Retrovirus-related Pol polyprotein from transposon TNT 1-94,
partial [Cajanus cajan]
Length = 938
Score = 607 bits (1565), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 320/636 (50%), Positives = 395/636 (62%), Gaps = 97/636 (15%)
Query: 5 LQSWLLEKGITHQRSCTYTPQQNGVVERKHRHILEVARSLRLQAHLPLSCWGECVLTAVY 64
+Q+W + G+ HQRSC TP++NGVVE R IL
Sbjct: 375 MQTWFHDHGVIHQRSCVATPKKNGVVECTTRKIL-------------------------- 408
Query: 65 LINKLPTPILLGKSPHEVLMGTPPNLSHLRVFGCLCFARIPLVKTKMDPRSSAGIFLGYP 124
PP+ S LRVFGCLCFA ++ K D RS GIF+GYP
Sbjct: 409 -----------------FSTSHPPSYSSLRVFGCLCFATNMNIQHKFDERSKPGIFVGYP 451
Query: 125 SGQKGYRIYDISTKRLFVSRDVTFIENQFPMS-ASSPSATNSSPRPTPFLSIDDDDIAFP 183
GQKGYRIYD+ +++++VS DV F E FP SSPS + TP I+ DD+ P
Sbjct: 452 FGQKGYRIYDLQSRKIYVSCDVQFHEAIFPFQDFSSPSFPDEICINTP---INADDLLDP 508
Query: 184 ATINFPSNSSNDTEVPAAADVPVSDTDTGVPSDTPAGSVPDRYADTEVPSDTSAGSVPDP 243
TI V D+ +++ SD + S +P
Sbjct: 509 VTI-----------VQIRPDISLANNQVA-------------------NSDETTISTSNP 538
Query: 244 LTDTGVPSVTPVDASVSPNFGASSAAADTTVLDGSSQSVSSTDDGAPDSGRPSRSRRPPS 303
D +S + + D S + S + P + R RRPP
Sbjct: 539 QDD-------------------NSTNSQSLSEDAPSNDIPSVETSLPPTNHSQRPRRPPH 579
Query: 304 YLNDYVCSNT-NIVKYPLENYFSINSFSTSHQQFLSSVLSTTEPSSFTQAMKSSHWRDAM 362
+L DYVC++ + +PL NY S+++ S HQ FL++++ EP SF+QAMKS+ WR+AM
Sbjct: 580 HLKDYVCNHIKSTTNFPLANYLSLSNLSNFHQPFLTNIIGNQEPKSFSQAMKSAEWREAM 639
Query: 363 AKEISVLEENQTWTITSLPPGKRPIGCKWVYKVKFKSDGSIERYKARLVAKGYTQIKGID 422
AKEI LE N TW++ LP GK IGCKWVYK+K++SDGSIERYKA LVAKGYTQI+GID
Sbjct: 640 AKEIQALESNNTWSLCPLPQGKSSIGCKWVYKIKYRSDGSIERYKACLVAKGYTQIEGID 699
Query: 423 YTDTFAPVAKLVTVRVLLSLAAIKGWKLHQLDVNNAFLQGDLNEEVYMKLPPGFSSQGES 482
Y DTFAPVAKLVTVR+LLS+AAIK W LHQLDVNNAFLQGDLNEEVYMKLPPGFS +GE+
Sbjct: 700 YHDTFAPVAKLVTVRLLLSIAAIKNWSLHQLDVNNAFLQGDLNEEVYMKLPPGFSRKGET 759
Query: 483 KVCRLHKSLYGLKQASRQWFSKISSVLIERGFSQSKSDYSLFTFRSHSTQIYVLVYVDDI 542
VC+LHKS+YGLKQASRQWFSK S+ LI+RGF QS SDYSLFT+ S T ++VLVY+DDI
Sbjct: 760 YVCKLHKSIYGLKQASRQWFSKFSTTLIQRGFRQSISDYSLFTYISGQTSVFVLVYIDDI 819
Query: 543 IITGNNDNAISQLKLFLNTAFSLKDLGRLQYFLGIEVSRSSQGIFLCQRKYALDILKDSG 602
IITGNND+AI +K FL +FS+KDLG L+YFL IEVSRS +GIFLCQRKY LDIL D+G
Sbjct: 820 IITGNNDDAIFNIKQFLAQSFSIKDLGNLRYFLAIEVSRSKKGIFLCQRKYTLDILSDTG 879
Query: 603 LTAARPSEFPMEQKLRLSPTDGTPLPDPSVYRRLIG 638
+T RPS+FPMEQ L L P D T LPDP+ YRRL+G
Sbjct: 880 MTGCRPSDFPMEQHLCLRPNDYTLLPDPTAYRRLVG 915
>CAN71595.1 hypothetical protein VITISV_010143 [Vitis vinifera]
Length = 1523
Score = 590 bits (1521), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 312/632 (49%), Positives = 400/632 (63%), Gaps = 43/632 (6%)
Query: 12 KGITHQRSCTYTPQQNGVVERKHRHILEVARSLRLQAHLPLSCWGECVLTAVYLINKLPT 71
+GI HQ SC TPQQNGVVERKHRH+L VAR+L Q+HLP WG+ +LTA YLIN+ PT
Sbjct: 668 RGILHQTSCINTPQQNGVVERKHRHLLNVARALLFQSHLPKPFWGDAILTAAYLINRTPT 727
Query: 72 PILLGKSPHEVLMGTPPNLSHLRVFGCLCFARI-PLVKTKMDPRSSAGIFLGYPSGQKGY 130
P+L GK+P E L PN SHLRVFGC CF PL +K DPRS +F+GYP GQKGY
Sbjct: 728 PLLQGKTPFEKLFHKSPNYSHLRVFGCRCFVSTHPLRPSKFDPRSIESVFIGYPHGQKGY 787
Query: 131 RIYDISTKRLFVSRDVTFIENQFP----MSASSPSATNSSPRPTPFLSIDDDDIAFPATI 186
++Y + K+ +SRDVTF E +FP +S +SPS P IDDD I+F
Sbjct: 788 KVYSLKDKKXLISRDVTFFETEFPYQNXLSTTSPSLDTFFPSLPQTPDIDDDHISF---- 843
Query: 187 NFPSNSSNDTEVPAAADVPVSDTDTGVPSDTPAGSVPDRYADTEVPSDTSAGSVPDPLTD 246
N S P+A S D + + + S+ V P +
Sbjct: 844 ----NHSGSNLQPSAT------------------SSVDXHPQPTLDNSHSSSHVDPPSSP 881
Query: 247 TGVPSVTPVDASVSPNFGASSAAADTTVLDGSSQSVSSTDDGAPDSGRPSRSRRPPSYLN 306
+ + PV + SP+ S+ +++ ++ D ++ PSR PPS +
Sbjct: 882 PSLNTSPPVISQPSPSQPRRSSRP--------TKTPTTLQDFHIEAALPSRPV-PPSSTS 932
Query: 307 DYVCSNTNIVKYPLENYFSINSFSTSHQQFLSSVLSTTEPSSFTQAMKSSHWRDAMAKEI 366
+ S T + L S + S H+ F + EP SF+QA+ S WR+AM EI
Sbjct: 933 EVAHSGT---IHSLSQVLSYDRLSPMHKAFTVKITLAKEPRSFSQAVLDSRWREAMNTEI 989
Query: 367 SVLEENQTWTITSLPPGKRPIGCKWVYKVKFKSDGSIERYKARLVAKGYTQIKGIDYTDT 426
L+ N+TW++ LP K+PIGCKWVYK+K+ DG+IERYKARLVAKG++Q++GIDY +T
Sbjct: 990 QALQANKTWSLVPLPSHKKPIGCKWVYKIKYNPDGTIERYKARLVAKGFSQVEGIDYRET 1049
Query: 427 FAPVAKLVTVRVLLSLAAIKGWKLHQLDVNNAFLQGDLNEEVYMKLPPGFSSQGESKVCR 486
FAPVAKL TVRVLLSLA+I+GW LHQLDVNNAFL GDL E+VYM+LPPGF +GE +VC+
Sbjct: 1050 FAPVAKLTTVRVLLSLASIQGWHLHQLDVNNAFLNGDLYEDVYMQLPPGFGRKGEHRVCK 1109
Query: 487 LHKSLYGLKQASRQWFSKISSVLIERGFSQSKSDYSLFTFRSHSTQIYVLVYVDDIIITG 546
LHKSLYGLKQASRQWF K+SS L GF QS SDYSLF + +LVYVDD+I+ G
Sbjct: 1110 LHKSLYGLKQASRQWFLKLSSALKAAGFKQSWSDYSLFXRNTQGRFTTLLVYVDDVILAG 1169
Query: 547 NNDNAISQLKLFLNTAFSLKDLGRLQYFLGIEVSRSSQGIFLCQRKYALDILKDSGLTAA 606
N+ I + K FL + F LKD+G+L+YFLGIEV+RS QGI LCQRKYAL++L+D+G A
Sbjct: 1170 NSLEDIIETKQFLASHFKLKDMGQLRYFLGIEVARSKQGIVLCQRKYALELLEDAGFLGA 1229
Query: 607 RPSEFPMEQKLRLSPTDGTPLPDPSVYRRLIG 638
+PS FP+EQ L L+ DG L D S YRRL+G
Sbjct: 1230 KPSRFPVEQSLTLTRGDGAELKDASQYRRLVG 1261
>GAU21017.1 hypothetical protein TSUD_201660 [Trifolium subterraneum]
Length = 1252
Score = 577 bits (1487), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 297/654 (45%), Positives = 405/654 (61%), Gaps = 72/654 (11%)
Query: 5 LQSWLLEKGITHQRSCTYTPQQNGVVERKHRHILEVARSLRLQAHLPLSCWGECVLTAVY 64
L + E GI H+ SC TPQQNG VERKHRHIL VAR+LR QA+LP+ WGEC+L A Y
Sbjct: 434 LGHYFREHGILHETSCPGTPQQNGRVERKHRHILNVARALRFQANLPIDFWGECILAAGY 493
Query: 65 LINKLPTPILLGKSPHEVLMGTPPNLSHLRVFGCLCFARIPLVK-TKMDPRSSAGIFLGY 123
LIN+ P+ +L GK+P+E+L G P+L+HLRVFGCLC+ + K + RS IF+GY
Sbjct: 494 LINRTPSSVLNGKTPYEMLYGKSPSLTHLRVFGCLCYVHNQDRRGDKFESRSRKCIFVGY 553
Query: 124 PSGQKGYRIYDISTKRLFVSRDVTFIENQFPMSASSPSATNSSPRPTPF-LSIDDDDIAF 182
P G+KG+R+YD+ T +SRDV F E++FP S + SP + D++D
Sbjct: 554 PYGKKGWRVYDLETSAFLISRDVVFCEDKFPFHKSLNRRMSQSPTADLWTYDCDNND--- 610
Query: 183 PATINFPSNSSNDTEVPAAADVPVSDTDTGVPSDTPAGSVPDRYADTEVPSDTSAGSVPD 242
+ +NSSN+T + V D D+
Sbjct: 611 --HLMVGNNSSNETHL-----------------------VIDGVGDS------------- 632
Query: 243 PLTDTGVPSVTPVDASVSPNFGASSAAADTTVLDGSSQSVSSTDDGAPDSGRPSRSRRPP 302
T T + + S +P++G++ D +G +++ DG + GR R + P
Sbjct: 633 VNTGTELSDLNDAQNSAAPSYGSNINNED----NGGYENM----DGEENLGRGHRIKLPS 684
Query: 303 SYLNDYVCSNTNIVK------------------YPLENYFSINSFSTSHQQFLSSVLSTT 344
+ L D+V T+ V+ YP+ ++ + ++FS+ +Q FL+++ +
Sbjct: 685 TKLKDFV---THAVRNLSPSTSSLPPSQSSGTPYPIAHFVNSSNFSSKYQYFLAAITTGN 741
Query: 345 EPSSFTQAMKSSHWRDAMAKEISVLEENQTWTITSLPPGKRPIGCKWVYKVKFKSDGSIE 404
EP +F +A+K WR AM EI LE N TWTI +LP GK+ IGCKWVYK+K+ SDGSIE
Sbjct: 742 EPRTFAEAVKYKQWRTAMQLEIQALENNNTWTIETLPHGKKSIGCKWVYKIKYHSDGSIE 801
Query: 405 RYKARLVAKGYTQIKGIDYTDTFAPVAKLVTVRVLLSLAAIKGWKLHQLDVNNAFLQGDL 464
RYKARLV G Q++G+DY +TFAPVAK+VTVR L++AA + W+LHQ+DV+NAFL GDL
Sbjct: 802 RYKARLVILGNNQVEGLDYNETFAPVAKMVTVRTFLAVAAARNWELHQMDVHNAFLHGDL 861
Query: 465 NEEVYMKLPPGFSSQGESKVCRLHKSLYGLKQASRQWFSKISSVLIERGFSQSKSDYSLF 524
EE+YMKLPPGF S ++ CRL KSLYGLKQA R WF+K+++ L + GF QS SDYSLF
Sbjct: 862 EEEIYMKLPPGFYSSAPNQACRLRKSLYGLKQAPRCWFAKLAAALKKYGFKQSGSDYSLF 921
Query: 525 TFRSHSTQIYVLVYVDDIIITGNNDNAISQLKLFLNTAFSLKDLGRLQYFLGIEVSRSSQ 584
T Q+ VLVYVDD+I++GN+ +AI K +L+T F +KDLG L+YFLGIEV+R+S
Sbjct: 922 TLHKDDVQLNVLVYVDDLIVSGNDTSAIQSFKSYLSTCFYMKDLGLLRYFLGIEVARNST 981
Query: 585 GIFLCQRKYALDILKDSGLTAARPSEFPMEQKLRLSPTDGTPLPDPSVYRRLIG 638
GIFLCQRKYALDI+ + GL A+P+ PM+Q LS D L +P YRRL+G
Sbjct: 982 GIFLCQRKYALDIISEVGLLGAKPAHIPMDQNHHLSLVDEPLLSEPEKYRRLVG 1035