BLASTX nr result
ID: Atractylodes22_contig00006521
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_contig00006521 (1515 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_002310105.1| predicted protein [Populus trichocarpa] gi|2... 595 e-168 ref|XP_002266274.1| PREDICTED: post-GPI attachment to proteins f... 579 e-163 ref|XP_002266197.1| PREDICTED: post-GPI attachment to proteins f... 579 e-163 emb|CAN65586.1| hypothetical protein VITISV_034376 [Vitis vinifera] 578 e-162 ref|XP_003528854.1| PREDICTED: post-GPI attachment to proteins f... 538 e-150 >ref|XP_002310105.1| predicted protein [Populus trichocarpa] gi|222853008|gb|EEE90555.1| predicted protein [Populus trichocarpa] Length = 342 Score = 595 bits (1535), Expect = e-168 Identities = 262/335 (78%), Positives = 299/335 (89%) Frame = +3 Query: 279 MLHCYWISFFLALSCLFGALHASAGDADPLYKNCLGECEKSGCVGERCFPHCKFSSDGAS 458 M+ YW+ FFL SCL G L ASAGD+DP+Y+ C+G+CEKSGCVG+RCF HC FSSDG S Sbjct: 1 MVDRYWVGFFLVFSCLGGTLDASAGDSDPIYRTCVGQCEKSGCVGQRCFSHCNFSSDGVS 60 Query: 459 LDGPWYMQEPLYLRWKQWDCQSDCRYYCMLNSEKVRSSFGHGIVKYHGKWPFKRVFGIQE 638 +DGPWY QEPLYL+WKQWDCQSDCRYYCML+ EK R + GHG VKYHGKWPFKRV+GIQE Sbjct: 61 IDGPWYKQEPLYLQWKQWDCQSDCRYYCMLDREKEREALGHGPVKYHGKWPFKRVYGIQE 120 Query: 639 PASVAFSALNLAMHFHGWLSFFILLYYKLPMESDKRPYYDYAGLCHLYGLLAMNSWFWST 818 P SVAFSALNLAMHFHGWLSFFILLYYKLP++ DK+ YY+YA L H+YG L++NSWFWS Sbjct: 121 PVSVAFSALNLAMHFHGWLSFFILLYYKLPLKQDKKAYYEYASLWHIYGFLSLNSWFWSA 180 Query: 819 VFHSRDVEFTEKLDYFSAIALLGYSLILAILRCFNVKLEAARVMVSAPLLAFVTTHILYL 998 VFHSRDV+ TEKLDY SA+A LGYSLI++ILR FNV+ EAARVMV+APLLAF+TTHIL++ Sbjct: 181 VFHSRDVDLTEKLDYSSAVAFLGYSLIMSILRSFNVRDEAARVMVAAPLLAFLTTHILFI 240 Query: 999 NNYKMDYGWNMKVCVVMAVAQLLIWAIWAGTSGHPSRWKLWFVVVAGAGAMLLEIYDFPP 1178 N YK+DYGWNM+VCVVMAVAQLL+WAIWAG +GHPSRWKLW VV+ G AMLLEIYDFPP Sbjct: 241 NFYKLDYGWNMQVCVVMAVAQLLLWAIWAGVTGHPSRWKLWVVVIGGGLAMLLEIYDFPP 300 Query: 1179 YEGFVDAHAVWHATTIPLTYIWWSFIKDDAEFRTS 1283 YEG+VDAHA+WHATTIPLTYIWWSFI+DDAEFRTS Sbjct: 301 YEGYVDAHALWHATTIPLTYIWWSFIRDDAEFRTS 335 >ref|XP_002266274.1| PREDICTED: post-GPI attachment to proteins factor 3 isoform 2 [Vitis vinifera] Length = 342 Score = 579 bits (1493), Expect = e-163 Identities = 264/335 (78%), Positives = 293/335 (87%) Frame = +3 Query: 279 MLHCYWISFFLALSCLFGALHASAGDADPLYKNCLGECEKSGCVGERCFPHCKFSSDGAS 458 M+ YWI+FF L AS GDADPLY++C+ +CEK+GCVGERCFPHCKF SDGA Sbjct: 1 MVDRYWIAFFAVFVYLVRVFEASVGDADPLYRDCVEQCEKTGCVGERCFPHCKFPSDGAV 60 Query: 459 LDGPWYMQEPLYLRWKQWDCQSDCRYYCMLNSEKVRSSFGHGIVKYHGKWPFKRVFGIQE 638 +DGPWY+QEPLYLRWKQWDCQSDCRYYCML+ EK R + G+G VKYHGKWPFKRV+GIQE Sbjct: 61 VDGPWYLQEPLYLRWKQWDCQSDCRYYCMLDREKEREALGNGPVKYHGKWPFKRVYGIQE 120 Query: 639 PASVAFSALNLAMHFHGWLSFFILLYYKLPMESDKRPYYDYAGLCHLYGLLAMNSWFWST 818 PASVA SALNLAM FHGWLSFFILL YKLP++ +K+ YY+Y L H+YGLL+MNSWFWS Sbjct: 121 PASVALSALNLAMQFHGWLSFFILLNYKLPLKPNKKAYYEYTCLWHIYGLLSMNSWFWSA 180 Query: 819 VFHSRDVEFTEKLDYFSAIALLGYSLILAILRCFNVKLEAARVMVSAPLLAFVTTHILYL 998 VFHSRDV+ TEKLDY SA+ALLG+SLILAILR FNV++EAARVMVSAPLLAFVTTHILYL Sbjct: 181 VFHSRDVDLTEKLDYSSAVALLGFSLILAILRSFNVRVEAARVMVSAPLLAFVTTHILYL 240 Query: 999 NNYKMDYGWNMKVCVVMAVAQLLIWAIWAGTSGHPSRWKLWFVVVAGAGAMLLEIYDFPP 1178 N YK DYGWNMKVCVVM VAQLLIWAIWAG + HPSRWKLW VVV G AMLLEIYDFPP Sbjct: 241 NFYKFDYGWNMKVCVVMGVAQLLIWAIWAGVTRHPSRWKLWTVVVGGGLAMLLEIYDFPP 300 Query: 1179 YEGFVDAHAVWHATTIPLTYIWWSFIKDDAEFRTS 1283 YEGFVDAHA+WHATTIPLTYIWWSFIKDDAEF+T+ Sbjct: 301 YEGFVDAHALWHATTIPLTYIWWSFIKDDAEFQTA 335 >ref|XP_002266197.1| PREDICTED: post-GPI attachment to proteins factor 3 isoform 1 [Vitis vinifera] gi|296082755|emb|CBI21760.3| unnamed protein product [Vitis vinifera] Length = 379 Score = 579 bits (1493), Expect = e-163 Identities = 264/335 (78%), Positives = 293/335 (87%) Frame = +3 Query: 279 MLHCYWISFFLALSCLFGALHASAGDADPLYKNCLGECEKSGCVGERCFPHCKFSSDGAS 458 M+ YWI+FF L AS GDADPLY++C+ +CEK+GCVGERCFPHCKF SDGA Sbjct: 38 MVDRYWIAFFAVFVYLVRVFEASVGDADPLYRDCVEQCEKTGCVGERCFPHCKFPSDGAV 97 Query: 459 LDGPWYMQEPLYLRWKQWDCQSDCRYYCMLNSEKVRSSFGHGIVKYHGKWPFKRVFGIQE 638 +DGPWY+QEPLYLRWKQWDCQSDCRYYCML+ EK R + G+G VKYHGKWPFKRV+GIQE Sbjct: 98 VDGPWYLQEPLYLRWKQWDCQSDCRYYCMLDREKEREALGNGPVKYHGKWPFKRVYGIQE 157 Query: 639 PASVAFSALNLAMHFHGWLSFFILLYYKLPMESDKRPYYDYAGLCHLYGLLAMNSWFWST 818 PASVA SALNLAM FHGWLSFFILL YKLP++ +K+ YY+Y L H+YGLL+MNSWFWS Sbjct: 158 PASVALSALNLAMQFHGWLSFFILLNYKLPLKPNKKAYYEYTCLWHIYGLLSMNSWFWSA 217 Query: 819 VFHSRDVEFTEKLDYFSAIALLGYSLILAILRCFNVKLEAARVMVSAPLLAFVTTHILYL 998 VFHSRDV+ TEKLDY SA+ALLG+SLILAILR FNV++EAARVMVSAPLLAFVTTHILYL Sbjct: 218 VFHSRDVDLTEKLDYSSAVALLGFSLILAILRSFNVRVEAARVMVSAPLLAFVTTHILYL 277 Query: 999 NNYKMDYGWNMKVCVVMAVAQLLIWAIWAGTSGHPSRWKLWFVVVAGAGAMLLEIYDFPP 1178 N YK DYGWNMKVCVVM VAQLLIWAIWAG + HPSRWKLW VVV G AMLLEIYDFPP Sbjct: 278 NFYKFDYGWNMKVCVVMGVAQLLIWAIWAGVTRHPSRWKLWTVVVGGGLAMLLEIYDFPP 337 Query: 1179 YEGFVDAHAVWHATTIPLTYIWWSFIKDDAEFRTS 1283 YEGFVDAHA+WHATTIPLTYIWWSFIKDDAEF+T+ Sbjct: 338 YEGFVDAHALWHATTIPLTYIWWSFIKDDAEFQTA 372 >emb|CAN65586.1| hypothetical protein VITISV_034376 [Vitis vinifera] Length = 342 Score = 578 bits (1489), Expect = e-162 Identities = 263/335 (78%), Positives = 292/335 (87%) Frame = +3 Query: 279 MLHCYWISFFLALSCLFGALHASAGDADPLYKNCLGECEKSGCVGERCFPHCKFSSDGAS 458 M+ YWI+FF L AS GDADPLY++C+ +CEK+GCVGERCFPHCKF SDGA Sbjct: 1 MVDRYWIAFFAVFVYLVRVFEASVGDADPLYRDCVEQCEKTGCVGERCFPHCKFPSDGAV 60 Query: 459 LDGPWYMQEPLYLRWKQWDCQSDCRYYCMLNSEKVRSSFGHGIVKYHGKWPFKRVFGIQE 638 +DGPWY+QEPLYLRWKQWDCQSDCRYYCML+ EK R + G+G VKYHGKWPFKRV+GIQE Sbjct: 61 VDGPWYLQEPLYLRWKQWDCQSDCRYYCMLDREKEREALGNGPVKYHGKWPFKRVYGIQE 120 Query: 639 PASVAFSALNLAMHFHGWLSFFILLYYKLPMESDKRPYYDYAGLCHLYGLLAMNSWFWST 818 PASVA SALNLAM FHGWLSFFILL YKLP++ +K+ YY+Y L H+YGLL+MNSWFWS Sbjct: 121 PASVALSALNLAMQFHGWLSFFILLNYKLPLKPNKKAYYEYTCLWHIYGLLSMNSWFWSA 180 Query: 819 VFHSRDVEFTEKLDYFSAIALLGYSLILAILRCFNVKLEAARVMVSAPLLAFVTTHILYL 998 VFHSRDV+ TEKLDY SA+ALLG+SLILAILR FNV++EAARVMVSAPLLAFVTTHILYL Sbjct: 181 VFHSRDVDLTEKLDYSSAVALLGFSLILAILRSFNVRVEAARVMVSAPLLAFVTTHILYL 240 Query: 999 NNYKMDYGWNMKVCVVMAVAQLLIWAIWAGTSGHPSRWKLWFVVVAGAGAMLLEIYDFPP 1178 N YK DYGWNMKVCVVM VAQLLIW IWAG + HPSRWKLW VVV G AMLLEIYDFPP Sbjct: 241 NFYKFDYGWNMKVCVVMGVAQLLIWTIWAGVTRHPSRWKLWTVVVGGGLAMLLEIYDFPP 300 Query: 1179 YEGFVDAHAVWHATTIPLTYIWWSFIKDDAEFRTS 1283 YEGFVDAHA+WHATTIPLTYIWWSFIKDDAEF+T+ Sbjct: 301 YEGFVDAHALWHATTIPLTYIWWSFIKDDAEFQTA 335 >ref|XP_003528854.1| PREDICTED: post-GPI attachment to proteins factor 3-like [Glycine max] Length = 343 Score = 538 bits (1386), Expect = e-150 Identities = 239/336 (71%), Positives = 287/336 (85%), Gaps = 1/336 (0%) Frame = +3 Query: 279 MLHCYWISFFLALSCLFGALHASAGDADPLYKNCLGECEKSGCVGERCFPHCKFSSDGAS 458 ML + +F L LS + ASAGDADP Y+ C+ +C+++GC+G+RCFP+CKFSSDG Sbjct: 1 MLDGWVCAFLLVLSWSVEVIDASAGDADPRYRGCITQCQETGCIGQRCFPNCKFSSDGEF 60 Query: 459 LDGPWYMQ-EPLYLRWKQWDCQSDCRYYCMLNSEKVRSSFGHGIVKYHGKWPFKRVFGIQ 635 +D PWYMQ EPLYL+WK+WDCQ DCRYYCML+ EK R S G VKYHGKWPF+R++G+Q Sbjct: 61 IDRPWYMQQEPLYLQWKKWDCQGDCRYYCMLDREKERESHNLGPVKYHGKWPFRRIYGMQ 120 Query: 636 EPASVAFSALNLAMHFHGWLSFFILLYYKLPMESDKRPYYDYAGLCHLYGLLAMNSWFWS 815 EPASVAFSALNLAMHFHGW+SFFIL++YKLP++ K+ YY+YAGL H+YGLL++NSWFWS Sbjct: 121 EPASVAFSALNLAMHFHGWVSFFILIHYKLPLKDGKKAYYEYAGLWHMYGLLSLNSWFWS 180 Query: 816 TVFHSRDVEFTEKLDYFSAIALLGYSLILAILRCFNVKLEAARVMVSAPLLAFVTTHILY 995 VFHSRDV+ TEKLDY SA+ LLGYSLILAILR F+++ EA RVMV+APL+AFVTTH++Y Sbjct: 181 AVFHSRDVDLTEKLDYSSAVVLLGYSLILAILRTFSIRDEATRVMVAAPLIAFVTTHVMY 240 Query: 996 LNNYKMDYGWNMKVCVVMAVAQLLIWAIWAGTSGHPSRWKLWFVVVAGAGAMLLEIYDFP 1175 +N Y +DYGWNM VCVVMAVAQL +WA+WAG S HPSRWKLW VV+AG AMLLEIYDFP Sbjct: 241 INFYLLDYGWNMIVCVVMAVAQLSMWAVWAGVSNHPSRWKLWLVVIAGGLAMLLEIYDFP 300 Query: 1176 PYEGFVDAHAVWHATTIPLTYIWWSFIKDDAEFRTS 1283 P++G DAHA+WHATTIPLTYIWWSFI+DDAEFRTS Sbjct: 301 PHQGLFDAHALWHATTIPLTYIWWSFIRDDAEFRTS 336