BLASTX nr result
ID: Atractylodes22_contig00006795
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= Atractylodes22_contig00006795 (1305 letters) Database: ./nr 23,641,837 sequences; 8,123,359,852 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|XP_004148256.1| PREDICTED: SEC14 cytosolic factor-like [Cucu... 495 e-137 ref|XP_002270197.1| PREDICTED: SEC14-like protein 5 [Vitis vinif... 494 e-137 ref|XP_002300384.1| predicted protein [Populus trichocarpa] gi|2... 491 e-136 emb|CAN64059.1| hypothetical protein VITISV_000011 [Vitis vinifera] 490 e-136 ref|XP_002273868.2| PREDICTED: SEC14 cytosolic factor-like [Viti... 488 e-135 >ref|XP_004148256.1| PREDICTED: SEC14 cytosolic factor-like [Cucumis sativus] gi|449523143|ref|XP_004168584.1| PREDICTED: SEC14 cytosolic factor-like [Cucumis sativus] Length = 337 Score = 495 bits (1274), Expect = e-137 Identities = 241/338 (71%), Positives = 282/338 (83%), Gaps = 3/338 (0%) Frame = +2 Query: 47 MVIITQDMIKQFQNLIETIDEPLKITFENLHQGYPTETVIRFLKARDGNISKSHKMLVDC 226 M I ++ +KQFQ L+E +D LK TFE +HQG+P ET+ RFLKARD N++K+HKML+DC Sbjct: 1 MGIANREAMKQFQLLMEEVDGSLKNTFEIMHQGHPAETLERFLKARDWNLAKAHKMLIDC 60 Query: 227 LNWRIENEIDKILSKPIIPAEFYRSVRDSQLIGMSGYTKDGRPVIAVGVGLSTYDKASIH 406 L+WRI+NEID IL+KPIIP E YR+VRDSQL+G+SGY+K+G PVIAVGVG ST+DKAS+H Sbjct: 61 LHWRIQNEIDNILAKPIIPTELYRAVRDSQLVGLSGYSKEGLPVIAVGVGQSTFDKASVH 120 Query: 407 YYVQSHIQINEYRDRVTLPSATKKFERHISTCVKVLDMTGLKLSHLNQIKLLTVISSIDD 586 YYVQSHIQ+NEYRDRV LP+ATKK RHISTC+KVLDMTGLKLS LNQIKLLTVIS+IDD Sbjct: 121 YYVQSHIQMNEYRDRVVLPAATKKHGRHISTCLKVLDMTGLKLSALNQIKLLTVISTIDD 180 Query: 587 LNYPEKTDTYYIVNVPYVFSACWKVVKPLLQERTRKKVQVLSGCGKDELLKIMDYESLPH 766 LNYPEKTDTYYIVNVPYVFSACWKVVKPLLQERTRKK+QVL CG+DELLKIMDY SLPH Sbjct: 181 LNYPEKTDTYYIVNVPYVFSACWKVVKPLLQERTRKKIQVLQNCGRDELLKIMDYASLPH 240 Query: 767 FCRRQGSGSSRHARNTTGDDCCFSLDHGFHQQLYNYIKQQAEDTKPRAMVKQGSFHVGFP 946 FCR++ SGSSR N ++ CFS D FHQQLYNY++QQ +P +KQGSFHV FP Sbjct: 241 FCRKERSGSSRRVENGNAEN-CFSFDTAFHQQLYNYVQQQGAVREPIVPIKQGSFHVDFP 299 Query: 947 EPDVTDYKIAQTIETEFHKLENQNGF---ADELKTNGD 1051 EPD D +IA+TIETEFHKLEN N + L+ NG+ Sbjct: 300 EPDPRDVEIAKTIETEFHKLENHNALNYSMNGLQVNGE 337 >ref|XP_002270197.1| PREDICTED: SEC14-like protein 5 [Vitis vinifera] gi|296089941|emb|CBI39760.3| unnamed protein product [Vitis vinifera] Length = 338 Score = 494 bits (1273), Expect = e-137 Identities = 242/339 (71%), Positives = 283/339 (83%), Gaps = 4/339 (1%) Frame = +2 Query: 47 MVIITQDMIKQFQNLIETIDEPLKITFENLHQGYPTETVIRFLKARDGNISKSHKMLVDC 226 M I+ Q+ +KQ Q L++ ++E LK +FEN+HQGY ET+ RFLKARDGN+ K+HKMLVDC Sbjct: 1 MGIVNQEAVKQLQLLLDEVEETLKNSFENVHQGYVRETLARFLKARDGNVPKAHKMLVDC 60 Query: 227 LNWRIENEIDKILSKPIIPAEFYRSVRDSQLIGMSGYTKDGRPVIAVGVGLSTYDKASIH 406 LNWRI+NEID IL+KPI+P YR+VRDSQL G+SGYTK+G PVIAVGVG ST+DKAS+H Sbjct: 61 LNWRIQNEIDNILTKPILPPNLYRAVRDSQLTGLSGYTKEGLPVIAVGVGQSTFDKASVH 120 Query: 407 YYVQSHIQINEYRDRVTLPSATKKFERHISTCVKVLDMTGLKLSHLNQIKLLTVISSIDD 586 YYVQSHIQ+NEYRDRV LP+ATKK R+I TCVKVLDMTGLKLS LNQIKLLTVIS+IDD Sbjct: 121 YYVQSHIQMNEYRDRVVLPAATKKHGRYIGTCVKVLDMTGLKLSALNQIKLLTVISTIDD 180 Query: 587 LNYPEKTDTYYIVNVPYVFSACWKVVKPLLQERTRKKVQVLSGCGKDELLKIMDYESLPH 766 LNYPEKTDTYYIVNVPY+FSACWKVVKPLLQERTR+KVQVL GCG+DELLKIMDY SLPH Sbjct: 181 LNYPEKTDTYYIVNVPYIFSACWKVVKPLLQERTRRKVQVLQGCGRDELLKIMDYASLPH 240 Query: 767 FCRRQGSGSSRHARNTTGDDCCFSLDHGFHQQLYNYIKQQAEDTKPRAMVKQGSFHVGFP 946 FCRR+GSGSS H+ N T D+ CF LDH FHQ +YNY+ QQA + KQGSFHV FP Sbjct: 241 FCRREGSGSSHHSENGTTDN-CFCLDHVFHQHVYNYVNQQAALVESVGPWKQGSFHVAFP 299 Query: 947 EPDVTDYKIAQTIETEFHKL-ENQNGFAD---ELKTNGD 1051 EPD KIA+TIE+EFHK+ +++NG ++ LK N D Sbjct: 300 EPDPEGKKIAKTIESEFHKIGDHKNGLSNSMSNLKVNDD 338 >ref|XP_002300384.1| predicted protein [Populus trichocarpa] gi|222847642|gb|EEE85189.1| predicted protein [Populus trichocarpa] Length = 337 Score = 491 bits (1264), Expect = e-136 Identities = 231/330 (70%), Positives = 282/330 (85%), Gaps = 3/330 (0%) Frame = +2 Query: 71 IKQFQNLIETIDEPLKITFENLHQGYPTETVIRFLKARDGNISKSHKMLVDCLNWRIENE 250 IKQ Q++++ IDE +K T++N+HQGYPTET++RFLKARD N++K+HKMLVDCL WRI+N+ Sbjct: 11 IKQLQSIMDQIDESMKNTYQNMHQGYPTETLVRFLKARDWNVAKAHKMLVDCLEWRIQNK 70 Query: 251 IDKILSKPIIPAEFYRSVRDSQLIGMSGYTKDGRPVIAVGVGLSTYDKASIHYYVQSHIQ 430 ID +L+KPIIP+ YR+VRDSQL+G+SGY+K+G P+I +G GLST+DKAS+HYYVQSHIQ Sbjct: 71 IDDMLAKPIIPSNLYRAVRDSQLLGLSGYSKEGLPIITIGAGLSTFDKASVHYYVQSHIQ 130 Query: 431 INEYRDRVTLPSATKKFERHISTCVKVLDMTGLKLSHLNQIKLLTVISSIDDLNYPEKTD 610 INEYRDRV LP+ATKK+ RHISTC+KVLDMTGLKLS LN +KLLT +S+IDDLNYPEKT+ Sbjct: 131 INEYRDRVILPTATKKYGRHISTCLKVLDMTGLKLSALNHLKLLTTMSTIDDLNYPEKTE 190 Query: 611 TYYIVNVPYVFSACWKVVKPLLQERTRKKVQVLSGCGKDELLKIMDYESLPHFCRRQGSG 790 TYYIVN PY+FSACWKVVKPLLQERTRKK+QVL GCG+DELLKIMDY SLPHFCR++GSG Sbjct: 191 TYYIVNAPYIFSACWKVVKPLLQERTRKKIQVLQGCGRDELLKIMDYSSLPHFCRKEGSG 250 Query: 791 SSRHARNTTGDDCCFSLDHGFHQQLYNYIKQQAEDTKPRAMVKQGSFHVGFPEPDVTDYK 970 SS +NT CFS DH FHQQLY+YIKQQAE + +KQGS HVGFP+PD D K Sbjct: 251 SS---KNTEDGSNCFSPDHAFHQQLYSYIKQQAELLDSISPIKQGSVHVGFPDPDPEDAK 307 Query: 971 IAQTIETEFHKLENQNGFADE---LKTNGD 1051 IA+TIE+EFH+L N NG ++ LK +G+ Sbjct: 308 IARTIESEFHRLRNLNGLSNSVNGLKVDGN 337 >emb|CAN64059.1| hypothetical protein VITISV_000011 [Vitis vinifera] Length = 338 Score = 490 bits (1262), Expect = e-136 Identities = 241/339 (71%), Positives = 281/339 (82%), Gaps = 4/339 (1%) Frame = +2 Query: 47 MVIITQDMIKQFQNLIETIDEPLKITFENLHQGYPTETVIRFLKARDGNISKSHKMLVDC 226 M I+ Q+ +KQ Q L++ ++EPLK +F N+HQGY ET+ RFLKARDGN+ K+HKMLVDC Sbjct: 1 MGIVNQEAVKQXQLLLDEVEEPLKNSFXNVHQGYVRETLARFLKARDGNVPKAHKMLVDC 60 Query: 227 LNWRIENEIDKILSKPIIPAEFYRSVRDSQLIGMSGYTKDGRPVIAVGVGLSTYDKASIH 406 LNWRI+NEID IL KPI+P YR+VRDSQL G+SGYTK+G PVIAVGVG ST+DKAS+H Sbjct: 61 LNWRIQNEIDNILVKPILPPNLYRAVRDSQLTGLSGYTKEGLPVIAVGVGQSTFDKASVH 120 Query: 407 YYVQSHIQINEYRDRVTLPSATKKFERHISTCVKVLDMTGLKLSHLNQIKLLTVISSIDD 586 YYVQSHIQ+NEYRDRV LP+ATKK R+I TCVKVLDMTGLKLS LNQIKLLTVIS+IDD Sbjct: 121 YYVQSHIQMNEYRDRVVLPAATKKXGRYIGTCVKVLDMTGLKLSALNQIKLLTVISTIDD 180 Query: 587 LNYPEKTDTYYIVNVPYVFSACWKVVKPLLQERTRKKVQVLSGCGKDELLKIMDYESLPH 766 LNYPEKTDTYYIVNVPY+FSACWKVVKPLLQERTR+KVQVL GCG+DELLKIMDY SLPH Sbjct: 181 LNYPEKTDTYYIVNVPYIFSACWKVVKPLLQERTRRKVQVLQGCGRDELLKIMDYASLPH 240 Query: 767 FCRRQGSGSSRHARNTTGDDCCFSLDHGFHQQLYNYIKQQAEDTKPRAMVKQGSFHVGFP 946 F RR+GSGSS H+ N T D+ CF LDH FHQ +YNY+ QQA + KQGSFHV FP Sbjct: 241 FXRREGSGSSHHSENGTTDN-CFCLDHVFHQHVYNYVNQQAALXESXGPWKQGSFHVAFP 299 Query: 947 EPDVTDYKIAQTIETEFHKL-ENQNGFAD---ELKTNGD 1051 EPD KIA+TIE+EFHK+ +++NG ++ LK N D Sbjct: 300 EPDPEGKKIAKTIESEFHKIGDHKNGLSNSMSNLKVNDD 338 >ref|XP_002273868.2| PREDICTED: SEC14 cytosolic factor-like [Vitis vinifera] gi|296083523|emb|CBI23513.3| unnamed protein product [Vitis vinifera] Length = 338 Score = 488 bits (1257), Expect = e-135 Identities = 231/330 (70%), Positives = 273/330 (82%) Frame = +2 Query: 47 MVIITQDMIKQFQNLIETIDEPLKITFENLHQGYPTETVIRFLKARDGNISKSHKMLVDC 226 M I+ +D + QF+ L+ +DEPLK TF+N+HQGYPT T++RFLKAR+ N+ K+HKMLVDC Sbjct: 1 MGIVAEDAVNQFEALMNQVDEPLKKTFQNIHQGYPTGTLVRFLKAREWNVPKAHKMLVDC 60 Query: 227 LNWRIENEIDKILSKPIIPAEFYRSVRDSQLIGMSGYTKDGRPVIAVGVGLSTYDKASIH 406 LNWR+EN+ID IL+KPI+P + YR VRDSQLIG+SGYTK+G PV A+G G ST+DKAS+H Sbjct: 61 LNWRVENDIDNILAKPIVPTDLYRGVRDSQLIGLSGYTKEGLPVFAIGAGFSTFDKASVH 120 Query: 407 YYVQSHIQINEYRDRVTLPSATKKFERHISTCVKVLDMTGLKLSHLNQIKLLTVISSIDD 586 YYVQSHIQINEYRDRV LPSA+KK RHI++CVKVLDMTGLKLS L+QIKLLT++S+IDD Sbjct: 121 YYVQSHIQINEYRDRVILPSASKKHGRHITSCVKVLDMTGLKLSALSQIKLLTIMSTIDD 180 Query: 587 LNYPEKTDTYYIVNVPYVFSACWKVVKPLLQERTRKKVQVLSGCGKDELLKIMDYESLPH 766 LNYPEKT+TYYIVN PY+FSACWKVVKPLLQERTRKK+QVL GCG+DELLKIMDY SLPH Sbjct: 181 LNYPEKTNTYYIVNAPYIFSACWKVVKPLLQERTRKKIQVLPGCGRDELLKIMDYASLPH 240 Query: 767 FCRRQGSGSSRHARNTTGDDCCFSLDHGFHQQLYNYIKQQAEDTKPRAMVKQGSFHVGFP 946 FCRR+GSGSSRH+ N T D C++LDH FHQQLYNYIKQQA P KQGS HV P Sbjct: 241 FCRREGSGSSRHSGNET--DNCYTLDHPFHQQLYNYIKQQASIIAPAGPYKQGSIHVHLP 298 Query: 947 EPDVTDYKIAQTIETEFHKLENQNGFADEL 1036 E + +IA+TIE+E K NQ D L Sbjct: 299 ESAAEESEIAKTIESELQKFGNQTRLTDSL 328