BLASTX nr result
ID: Glycyrrhiza23_contig00015169
seq
BLASTX 2.2.25 [Feb-01-2011] 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. Query= Glycyrrhiza23_contig00015169 (1079 letters) Database: ./nr 23,641,837 sequences; 8,123,359,852 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value emb|CBI40678.3| unnamed protein product [Vitis vinifera] 297 3e-78 ref|XP_002265391.1| PREDICTED: putative disease resistance RPP13... 297 3e-78 ref|XP_003634908.1| PREDICTED: putative disease resistance prote... 284 2e-74 ref|XP_003633546.1| PREDICTED: putative disease resistance prote... 283 5e-74 ref|XP_002265277.2| PREDICTED: putative disease resistance RPP13... 282 1e-73 >emb|CBI40678.3| unnamed protein product [Vitis vinifera] Length = 1243 Score = 297 bits (760), Expect = 3e-78 Identities = 171/360 (47%), Positives = 224/360 (62%), Gaps = 6/360 (1%) Frame = +2 Query: 17 KLLRSILPINLPLERAPSHFRPLELEKIIWQLNPQV--FRTLSLSHYDITNLPASIGRLS 190 K LR+ LP+NLP P + R +II+ L P + R LSLSHY IT L SIG L Sbjct: 522 KRLRTFLPLNLP----PHNDRCYLSTQIIFDLVPMLRCLRVLSLSHYKITELSDSIGNLR 577 Query: 191 HLCYLDLSYTALQALPDSVCDLLNLQTLMLTNCSSLTSFPPRMCNLINLHCLDVRDSGVQ 370 L YLDLSYT L+ LPDS C+L NLQTL+L+NC SL+ P M LINL LD+ + V+ Sbjct: 578 KLAYLDLSYTGLRNLPDSTCNLYNLQTLLLSNCCSLSELPANMGKLINLRHLDISQTNVK 637 Query: 371 EMPLKMHKMTGLRTLTDFIISNKE-SRFIDLAGLSNL-KTLTISKLENVAYAVDASNVKL 544 EMP ++ ++ L+TL+ F++ +R +L L NL + L+I L+NV +DA L Sbjct: 638 EMPTQIGRLGSLQTLSTFVVGKHSGARIKELGVLRNLWRKLSILSLQNVVLTMDAHEANL 697 Query: 545 KEKKNLDDLMLQWXXXXXXXXXXXXMEVLENLEPHRGLKRLTIEYYGGARFPNWLGDPSY 724 + K++LD L L+W VLENL+PH LK L+I++YGG RFP+WLGDPS+ Sbjct: 698 EGKEHLDALALEWSDDTDDSQNERV--VLENLKPHSKLKELSIKFYGGTRFPDWLGDPSF 755 Query: 725 WALQLVDLRHCGNCNSLPTLGLLPVLKDLFIEGFTKVSSIGPEFYGVMTASHKPFQYLET 904 L + L C C SLP LG LP L+ L+I G V +G EFYG ++S KPF L+T Sbjct: 756 SNLLALCLSDCKYCLSLPPLGQLPSLEKLYIVGANSVKKVGLEFYGHGSSSCKPFGSLKT 815 Query: 905 LQFWDMLEWKEW--NLLEGIEFPHLIELYIIRCPKLVRNLPKQLPSLQKLEISGCYDLVA 1078 L F M+EW+EW + +G EFP L ELYI+RCPKL+ LP LP L +LEI+ C LVA Sbjct: 816 LVFEKMMEWEEWFISASDGKEFPSLQELYIVRCPKLIGRLPSHLPCLTRLEITECEKLVA 875 >ref|XP_002265391.1| PREDICTED: putative disease resistance RPP13-like protein 1 [Vitis vinifera] Length = 1308 Score = 297 bits (760), Expect = 3e-78 Identities = 171/360 (47%), Positives = 224/360 (62%), Gaps = 6/360 (1%) Frame = +2 Query: 17 KLLRSILPINLPLERAPSHFRPLELEKIIWQLNPQV--FRTLSLSHYDITNLPASIGRLS 190 K LR+ LP+NLP P + R +II+ L P + R LSLSHY IT L SIG L Sbjct: 543 KRLRTFLPLNLP----PHNDRCYLSTQIIFDLVPMLRCLRVLSLSHYKITELSDSIGNLR 598 Query: 191 HLCYLDLSYTALQALPDSVCDLLNLQTLMLTNCSSLTSFPPRMCNLINLHCLDVRDSGVQ 370 L YLDLSYT L+ LPDS C+L NLQTL+L+NC SL+ P M LINL LD+ + V+ Sbjct: 599 KLAYLDLSYTGLRNLPDSTCNLYNLQTLLLSNCCSLSELPANMGKLINLRHLDISQTNVK 658 Query: 371 EMPLKMHKMTGLRTLTDFIISNKE-SRFIDLAGLSNL-KTLTISKLENVAYAVDASNVKL 544 EMP ++ ++ L+TL+ F++ +R +L L NL + L+I L+NV +DA L Sbjct: 659 EMPTQIGRLGSLQTLSTFVVGKHSGARIKELGVLRNLWRKLSILSLQNVVLTMDAHEANL 718 Query: 545 KEKKNLDDLMLQWXXXXXXXXXXXXMEVLENLEPHRGLKRLTIEYYGGARFPNWLGDPSY 724 + K++LD L L+W VLENL+PH LK L+I++YGG RFP+WLGDPS+ Sbjct: 719 EGKEHLDALALEWSDDTDDSQNERV--VLENLKPHSKLKELSIKFYGGTRFPDWLGDPSF 776 Query: 725 WALQLVDLRHCGNCNSLPTLGLLPVLKDLFIEGFTKVSSIGPEFYGVMTASHKPFQYLET 904 L + L C C SLP LG LP L+ L+I G V +G EFYG ++S KPF L+T Sbjct: 777 SNLLALCLSDCKYCLSLPPLGQLPSLEKLYIVGANSVKKVGLEFYGHGSSSCKPFGSLKT 836 Query: 905 LQFWDMLEWKEW--NLLEGIEFPHLIELYIIRCPKLVRNLPKQLPSLQKLEISGCYDLVA 1078 L F M+EW+EW + +G EFP L ELYI+RCPKL+ LP LP L +LEI+ C LVA Sbjct: 837 LVFEKMMEWEEWFISASDGKEFPSLQELYIVRCPKLIGRLPSHLPCLTRLEITECEKLVA 896 >ref|XP_003634908.1| PREDICTED: putative disease resistance protein At3g14460-like [Vitis vinifera] Length = 1280 Score = 284 bits (727), Expect = 2e-74 Identities = 163/348 (46%), Positives = 218/348 (62%), Gaps = 5/348 (1%) Frame = +2 Query: 47 LPLERAPSHFRPLELEKIIWQLNPQV--FRTLSLSHYDITNLPASIGRLSHLCYLDLSYT 220 LP+ + R +K+ L P + R LSL+HY I LP SIG L HL YLDLS T Sbjct: 566 LPVHTGHQYGRIFLSKKVSDLLLPTLKCLRVLSLAHYHIVELPHSIGTLKHLRYLDLSRT 625 Query: 221 ALQALPDSVCDLLNLQTLMLTNCSSLTSFPPRMCNLINLHCLDVRDSGVQEMPLKMHKMT 400 +++ LP+S+ +L NLQTLML+NC SLT P M LINL LD+ ++ ++EMP+ M + Sbjct: 626 SIRRLPESITNLFNLQTLMLSNCISLTHLPTEMGKLINLQHLDITNTILKEMPMGMKGLK 685 Query: 401 GLRTLTDFIIS-NKESRFIDLAGLSNLK-TLTISKLENVAYAVDASNVKLKEKKNLDDLM 574 LRTLT F++ ++ ++ +L +S+L L ISKL+NV A+D LK K+ LD+L+ Sbjct: 686 RLRTLTAFVVGEDRGAKIKELRDMSHLGGRLCISKLQNVVDAMDVFEANLKGKERLDELV 745 Query: 575 LQWXXXXXXXXXXXXMEVLENLEPHRGLKRLTIEYYGGARFPNWLGDPSYWALQLVDLRH 754 +QW VLE L+PH LK LTIEYY G +FPNWL + S+ + + L Sbjct: 746 MQWDGEATARDLQKETTVLEKLQPHNNLKELTIEYYCGEKFPNWLSEHSFTNMVSMQLHD 805 Query: 755 CGNCNSLPTLGLLPVLKDLFIEGFTKVSSIGPEFYG-VMTASHKPFQYLETLQFWDMLEW 931 C NC+SLP+LG L LK+L I V +G EFYG + ++S KPF+ LE L+F +MLEW Sbjct: 806 CKNCSSLPSLGQLGSLKELSIMRIDGVQKVGQEFYGNIGSSSFKPFEALEILRFEEMLEW 865 Query: 932 KEWNLLEGIEFPHLIELYIIRCPKLVRNLPKQLPSLQKLEISGCYDLV 1075 +EW E IEFP L ELYI +CPKL ++LPK LP L KLEI C LV Sbjct: 866 EEWVCRE-IEFPCLKELYIKKCPKLKKDLPKHLPKLTKLEIRECKQLV 912 >ref|XP_003633546.1| PREDICTED: putative disease resistance protein At3g14460-like [Vitis vinifera] Length = 1944 Score = 283 bits (724), Expect = 5e-74 Identities = 163/367 (44%), Positives = 223/367 (60%), Gaps = 9/367 (2%) Frame = +2 Query: 2 FDKHRKL--LRSILPINLPLERAPSHFRPLELEKIIWQLNP--QVFRTLSLSHYDITNLP 169 FD K+ LR+ LP+ +P + + K + L P + R LSLSHY+IT+LP Sbjct: 545 FDPLHKVDKLRTFLPLGMPAHVSTCYLA----NKFLHALLPTFRCLRVLSLSHYNITHLP 600 Query: 170 ASIGRLSHLCYLDLSYTALQALPDSVCDLLNLQTLMLTNCSSLTSFPPRMCNLINLHCLD 349 S L HL YL+LS T +Q LP S+ L NLQ+LML+NC +T P + NLI+LH LD Sbjct: 601 DSFQNLKHLRYLNLSSTKIQKLPKSIGMLCNLQSLMLSNCHGITELPSEIKNLIHLHHLD 660 Query: 350 VRDSGVQEMPLKMHKMTGLRTLTDFIISNKE-SRFIDLAGLSNLK-TLTISKLENVAYAV 523 + + ++ MP ++K+ LR LT F++ +R +L LS+L+ L+I L+NV A Sbjct: 661 ISGTKLEGMPTGINKLKDLRRLTTFVVGKHSGARIAELQDLSHLRGALSIFNLQNVVNAT 720 Query: 524 DASNVKLKEKKNLDDLMLQWXXXXXXXXXXXXMEVLENLEPHRGLKRLTIEYYGGARFPN 703 DA LK+K++LDDL+ W VLENL+PH +KRL I++Y G +FP Sbjct: 721 DALKANLKKKEDLDDLVFAWDTNVIDSDSDNQTRVLENLQPHTKVKRLNIQHYYGTKFPK 780 Query: 704 WLGDPSYWALQLVDLRHCGNCNSLPTLGLLPVLKDLFIEGFTKVSSIGPEFYG---VMTA 874 WLGDPS+ L + L C +C+SLP LG L LKDL I V ++G +FYG ++ Sbjct: 781 WLGDPSFMNLVFLQLEDCKSCSSLPPLGQLQSLKDLQIAKMDGVQNVGADFYGNNDCDSS 840 Query: 875 SHKPFQYLETLQFWDMLEWKEWNLLEGIEFPHLIELYIIRCPKLVRNLPKQLPSLQKLEI 1054 S KPF LE L+F +MLEW+EW + G+EFP L ELYI +CPKL ++LPK LP L KL+I Sbjct: 841 SKKPFGSLEILRFEEMLEWEEW-VCRGVEFPCLKELYIKKCPKLKKDLPKHLPKLTKLKI 899 Query: 1055 SGCYDLV 1075 S C LV Sbjct: 900 SECGQLV 906 >ref|XP_002265277.2| PREDICTED: putative disease resistance RPP13-like protein 1-like [Vitis vinifera] Length = 1257 Score = 282 bits (721), Expect = 1e-73 Identities = 171/360 (47%), Positives = 216/360 (60%), Gaps = 6/360 (1%) Frame = +2 Query: 17 KLLRSILPINLPLERAPSHFRPLELEKIIWQLNPQV--FRTLSLSHYDITNLPASIGRLS 190 K LR+ LP L L+ PS+ ++ L P V R LSL + IT+LP SI L Sbjct: 524 KCLRTFLP--LQLQCLPSYLS----NRVSHNLLPTVRLLRVLSLQNCPITDLPDSIDNLK 577 Query: 191 HLCYLDLSYTALQALPDSVCDLLNLQTLMLTNCSSLTSFPPRMCNLINLHCLDVRDSGVQ 370 HL YLDLS T ++ LP+SVC L NLQTL+L+ C L P LINL LD+ S V+ Sbjct: 578 HLRYLDLSRTLIRQLPESVCTLYNLQTLILSWCRFLIELPTSFSKLINLRHLDLNASKVK 637 Query: 371 EMPLKMHKMTGLRTLTDFIISNKE-SRFIDLAGLSNLK-TLTISKLENVAYAVDASNVKL 544 EMP + ++ L+TLT FI+ K SR +L L ++ L ISKL+NV A DA L Sbjct: 638 EMPYHIGQLKDLQTLTTFIVGKKSGSRIRELRELPLIRGRLCISKLQNVVSARDALKANL 697 Query: 545 KEKKNLDDLMLQWXXXXXXXXXXXXMEVLENLEPHRGLKRLTIEYYGGARFPNWLGDPSY 724 K+KK LD+L+L W ++++ L+PH LKRLTI+YYGG FP WLGDPS+ Sbjct: 698 KDKKYLDELVLVWSYGTEVLQNG--IDIISKLQPHTNLKRLTIDYYGGEMFPEWLGDPSF 755 Query: 725 WALQLVDLRHCGNCNSLPTLGLLPVLKDLFIEGFTKVSSIGPEFYGVMTASHKPFQYLET 904 + +++ +C +C+SLP LG L LK L I G V +G EFYG +S KPF LE Sbjct: 756 LNIVSLNIWNCKHCSSLPPLGQLTFLKHLSIGGMDGVHRVGTEFYGTHCSSSKPFTSLEI 815 Query: 905 LQFWDMLEWKEW--NLLEGIEFPHLIELYIIRCPKLVRNLPKQLPSLQKLEISGCYDLVA 1078 L F MLEWKEW + +G EFPHL ELYI +CPKL LP LPSL KLEI GC LVA Sbjct: 816 LTFDGMLEWKEWLPSGGQGGEFPHLQELYIWKCPKLHGQLPNHLPSLTKLEIDGCQQLVA 875