BLASTX nr result
ID: Scutellaria24_contig00002092
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= Scutellaria24_contig00002092 (1473 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_003631618.1| PREDICTED: gibberellin 20 oxidase 1-like [Vi... 499 e-139 ref|XP_002519156.1| Gibberellin 20 oxidase, putative [Ricinus co... 499 e-139 emb|CAN76442.1| hypothetical protein VITISV_032921 [Vitis vinifera] 499 e-139 emb|CAN83555.1| hypothetical protein VITISV_033067 [Vitis vinifera] 490 e-136 ref|XP_002284910.1| PREDICTED: protein SRG1 [Vitis vinifera] gi|... 488 e-135 >ref|XP_003631618.1| PREDICTED: gibberellin 20 oxidase 1-like [Vitis vinifera] gi|297741342|emb|CBI32473.3| unnamed protein product [Vitis vinifera] Length = 342 Score = 499 bits (1286), Expect = e-139 Identities = 243/342 (71%), Positives = 277/342 (80%) Frame = -3 Query: 1324 MGEVDPAFIQDPEHRPKPETLEAEDIPLIDLSQSNSQLEKLVAEIGDACKKWGFFQVINH 1145 MGEVDPAFIQD +HRPK +EAE IPLIDLS +N+ V++I DA K WGFFQVINH Sbjct: 1 MGEVDPAFIQDAQHRPKLAVIEAEGIPLIDLSSANASNH--VSQIADASKNWGFFQVINH 58 Query: 1144 GVALQFREKMFSVSREFSALSKEEKKKVGRDEENPIGYYDTEHTKNVRDWKEVFDFVTRE 965 GV + R K+ + +F AL EEK+KV RDE NP+GYYD+E TKNVRDWKEVFDFV Sbjct: 59 GVPSESRRKIEDAAGKFFALPLEEKRKVNRDEVNPLGYYDSELTKNVRDWKEVFDFVVST 118 Query: 964 PMVIPVSHDPDDDEVKGVLNQWPQNPPEMKEICERYAEEMEKLAFKLLQLIALSLGLEKD 785 P VIPVS DPDD E+K + NQWPQ PPE++E+CE YA EMEKLAFKLL LI+LSLGL ++ Sbjct: 119 PTVIPVSPDPDDKELKELTNQWPQYPPELREVCEEYAREMEKLAFKLLGLISLSLGLPEN 178 Query: 784 RFNGFFKDQTTFIRLNHYPPCPIADLALGVGRHKDAGALTILAQDEVGGLQVKRKSDGEW 605 RFN FF++ T FIRLNHYPPCPI LALGVGRHKD GALTILAQD+VGGL+VKRK+DGEW Sbjct: 179 RFNLFFEESTNFIRLNHYPPCPIPHLALGVGRHKDGGALTILAQDDVGGLEVKRKTDGEW 238 Query: 604 ILVKPTADAYIINVGDIIQVWSNDEYESVEHRVKVNPEKERFSIPYFFNPAHETMVEPLE 425 I VKPT DAYIINVGDIIQVWSND YESVEHRV VN E+ERFSIP+FFNP H V+PLE Sbjct: 239 IRVKPTPDAYIINVGDIIQVWSNDTYESVEHRVMVNSERERFSIPFFFNPGHRVWVQPLE 298 Query: 424 EMVSKQNPAKYKAYNWGNFFASRKLSNFKKLQVENVQIYHFK 299 E+ + P KY+AYNWG FFA+RK SNFKKL VEN+QI HFK Sbjct: 299 ELTKGEKP-KYRAYNWGKFFATRKHSNFKKLDVENIQISHFK 339 >ref|XP_002519156.1| Gibberellin 20 oxidase, putative [Ricinus communis] gi|223541819|gb|EEF43367.1| Gibberellin 20 oxidase, putative [Ricinus communis] Length = 363 Score = 499 bits (1284), Expect = e-139 Identities = 245/355 (69%), Positives = 280/355 (78%), Gaps = 13/355 (3%) Frame = -3 Query: 1324 MGEVDPAFIQD----PEHRPKPETLEAEDIPLIDLSQSNSQ---------LEKLVAEIGD 1184 MGEVDPAFIQ P HRP E ++AE IP DL+ NS L+ LV +G Sbjct: 1 MGEVDPAFIQALEHRPXHRPNVENIKAEGIPTFDLALLNSSDATLDNPKLLDDLVRNLGS 60 Query: 1183 ACKKWGFFQVINHGVALQFREKMFSVSREFSALSKEEKKKVGRDEENPIGYYDTEHTKNV 1004 ACK WGFFQVINHGV L+ RE++F+ SREF S EEK KV R E+ +GYYDTEHTKNV Sbjct: 61 ACKNWGFFQVINHGVPLEKRERIFAASREFFGQSLEEKNKVRRGEKKVLGYYDTEHTKNV 120 Query: 1003 RDWKEVFDFVTREPMVIPVSHDPDDDEVKGVLNQWPQNPPEMKEICERYAEEMEKLAFKL 824 RDWKEVFDF P ++P S DDDEV NQWP+ PPE++EICE YA+EMEKLA+KL Sbjct: 121 RDWKEVFDFTLENPTLVPASSKLDDDEVTKWNNQWPEYPPELREICEEYAKEMEKLAYKL 180 Query: 823 LQLIALSLGLEKDRFNGFFKDQTTFIRLNHYPPCPIADLALGVGRHKDAGALTILAQDEV 644 +LIALSLGLE DRF+GFFK QTTFIRLNHYPPCPI DLALGVGRHKDAGALTILAQD+V Sbjct: 181 TELIALSLGLEPDRFHGFFKGQTTFIRLNHYPPCPIPDLALGVGRHKDAGALTILAQDDV 240 Query: 643 GGLQVKRKSDGEWILVKPTADAYIINVGDIIQVWSNDEYESVEHRVKVNPEKERFSIPYF 464 GGL+VK KS GEW +KPT+++YIINVGDIIQVWSND YESVEHRVKVN E+ERFSIP+F Sbjct: 241 GGLEVKTKS-GEWTWIKPTSNSYIINVGDIIQVWSNDAYESVEHRVKVNSERERFSIPFF 299 Query: 463 FNPAHETMVEPLEEMVSKQNPAKYKAYNWGNFFASRKLSNFKKLQVENVQIYHFK 299 FNPAH TMV+PLEE++ +QNPAKYK Y+WG F +RK SNFKKL ENVQIYHF+ Sbjct: 300 FNPAHYTMVKPLEEILDEQNPAKYKPYSWGKFLVTRKRSNFKKLDAENVQIYHFR 354 >emb|CAN76442.1| hypothetical protein VITISV_032921 [Vitis vinifera] Length = 568 Score = 499 bits (1284), Expect = e-139 Identities = 242/342 (70%), Positives = 277/342 (80%) Frame = -3 Query: 1324 MGEVDPAFIQDPEHRPKPETLEAEDIPLIDLSQSNSQLEKLVAEIGDACKKWGFFQVINH 1145 MGEVDPAFIQD +HRPK +EAE IPLIDLS +N+ V++I DA K WGFFQVINH Sbjct: 1 MGEVDPAFIQDAQHRPKLAXIEAEGIPLIDLSSANASNH--VSQIADASKNWGFFQVINH 58 Query: 1144 GVALQFREKMFSVSREFSALSKEEKKKVGRDEENPIGYYDTEHTKNVRDWKEVFDFVTRE 965 GV + R K+ + +F AL EEK+KV RDE NP+GYYD+E TKNVRDWKEVFDFV Sbjct: 59 GVPSESRRKIEDAAXKFFALPLEEKRKVNRDEVNPLGYYDSELTKNVRDWKEVFDFVVST 118 Query: 964 PMVIPVSHDPDDDEVKGVLNQWPQNPPEMKEICERYAEEMEKLAFKLLQLIALSLGLEKD 785 P VIPVS DPDD E+K + NQWPQ PPE++E+CE YA EMEKLAFKLL LI+LSLGL ++ Sbjct: 119 PTVIPVSPDPDDKELKELTNQWPQYPPELREVCEEYAREMEKLAFKLLGLISLSLGLPEN 178 Query: 784 RFNGFFKDQTTFIRLNHYPPCPIADLALGVGRHKDAGALTILAQDEVGGLQVKRKSDGEW 605 RFN FF++ T FIRLNHYPPCPI LALGVGRHKD GALTILAQD+VGGL+VKRK++GEW Sbjct: 179 RFNLFFEESTNFIRLNHYPPCPIPHLALGVGRHKDGGALTILAQDDVGGLEVKRKTBGEW 238 Query: 604 ILVKPTADAYIINVGDIIQVWSNDEYESVEHRVKVNPEKERFSIPYFFNPAHETMVEPLE 425 I VKPT DAYIINVGDIIQVWSND YESVEHRV VN E+ERFSIP+FFNP H V+PLE Sbjct: 239 IRVKPTPDAYIINVGDIIQVWSNDTYESVEHRVMVNSERERFSIPFFFNPGHRVWVQPLE 298 Query: 424 EMVSKQNPAKYKAYNWGNFFASRKLSNFKKLQVENVQIYHFK 299 E+ + P KY+AYNWG FFA+RK SNFKKL VEN+QI HFK Sbjct: 299 ELTKGEKP-KYRAYNWGKFFATRKHSNFKKLDVENIQISHFK 339 >emb|CAN83555.1| hypothetical protein VITISV_033067 [Vitis vinifera] Length = 342 Score = 490 bits (1262), Expect = e-136 Identities = 235/342 (68%), Positives = 274/342 (80%) Frame = -3 Query: 1324 MGEVDPAFIQDPEHRPKPETLEAEDIPLIDLSQSNSQLEKLVAEIGDACKKWGFFQVINH 1145 MGEVDPAF+QD +HRPK +EAE IPLIDLS +N+ V++I DACK WGFFQVINH Sbjct: 1 MGEVDPAFVQDAQHRPKLAVIEAEGIPLIDLSSANASNH--VSQIADACKNWGFFQVINH 58 Query: 1144 GVALQFREKMFSVSREFSALSKEEKKKVGRDEENPIGYYDTEHTKNVRDWKEVFDFVTRE 965 GV + R K+ +R+F AL EEK+KV RDE NP+GY+D EHTKNVRDWKEVFDFV R Sbjct: 59 GVPSESRRKILDAARKFFALPAEEKRKVSRDEVNPMGYFDIEHTKNVRDWKEVFDFVVRT 118 Query: 964 PMVIPVSHDPDDDEVKGVLNQWPQNPPEMKEICERYAEEMEKLAFKLLQLIALSLGLEKD 785 P P S DPDD E+ + N+WPQ PPE++EICE YA E EKLAFKL+ LI+LSLGL ++ Sbjct: 119 PAFGPASDDPDDKELIELTNRWPQYPPELREICEEYARETEKLAFKLMGLISLSLGLPEN 178 Query: 784 RFNGFFKDQTTFIRLNHYPPCPIADLALGVGRHKDAGALTILAQDEVGGLQVKRKSDGEW 605 RFN FF++ T+F+RLNHYPPCP+ LALGVGRHKD GALTIL QD+VGGL+VKRK+DGEW Sbjct: 179 RFNLFFEESTSFVRLNHYPPCPVPHLALGVGRHKDPGALTILGQDDVGGLEVKRKTDGEW 238 Query: 604 ILVKPTADAYIINVGDIIQVWSNDEYESVEHRVKVNPEKERFSIPYFFNPAHETMVEPLE 425 I VKPT DAYIINVGDIIQVWSND YESVEHRV +N E+ERFSIP+FFNPAH V+PLE Sbjct: 239 IRVKPTPDAYIINVGDIIQVWSNDTYESVEHRVILNSERERFSIPFFFNPAHHLWVQPLE 298 Query: 424 EMVSKQNPAKYKAYNWGNFFASRKLSNFKKLQVENVQIYHFK 299 E+ P KY+AYNWG FFA+RK SN KKL VEN+QI HFK Sbjct: 299 ELTKGGKP-KYRAYNWGKFFATRKRSNLKKLDVENLQISHFK 339 >ref|XP_002284910.1| PREDICTED: protein SRG1 [Vitis vinifera] gi|297741358|emb|CBI32489.3| unnamed protein product [Vitis vinifera] Length = 342 Score = 488 bits (1256), Expect = e-135 Identities = 235/342 (68%), Positives = 275/342 (80%) Frame = -3 Query: 1324 MGEVDPAFIQDPEHRPKPETLEAEDIPLIDLSQSNSQLEKLVAEIGDACKKWGFFQVINH 1145 MGEVDPAFIQD +HRP+ +EAE IPLIDLS +N+ V++I DACK WGFFQVINH Sbjct: 1 MGEVDPAFIQDTQHRPELAVIEAEGIPLIDLSSANASNH--VSQIADACKNWGFFQVINH 58 Query: 1144 GVALQFREKMFSVSREFSALSKEEKKKVGRDEENPIGYYDTEHTKNVRDWKEVFDFVTRE 965 GV + R K+ +R+F AL EEK+KV RDE NP+GY+DTEHTKNVRDWKEVFDFV Sbjct: 59 GVPSESRRKIEDAARKFFALPLEEKRKVSRDEVNPLGYFDTEHTKNVRDWKEVFDFVVPT 118 Query: 964 PMVIPVSHDPDDDEVKGVLNQWPQNPPEMKEICERYAEEMEKLAFKLLQLIALSLGLEKD 785 P IP S DPDD E+K + NQWPQ PPE++E+CE YA EM KLAFKLL LI+LSLGL ++ Sbjct: 119 PAFIPASPDPDDKELKELTNQWPQYPPELREVCEEYAREMGKLAFKLLGLISLSLGLPEN 178 Query: 784 RFNGFFKDQTTFIRLNHYPPCPIADLALGVGRHKDAGALTILAQDEVGGLQVKRKSDGEW 605 RFN F++ T FIRLNHYPPCPI LALGVGRHKD+ ALTILAQD+VGGL+VKRK++GEW Sbjct: 179 RFNILFEESTNFIRLNHYPPCPIPHLALGVGRHKDSRALTILAQDDVGGLEVKRKTNGEW 238 Query: 604 ILVKPTADAYIINVGDIIQVWSNDEYESVEHRVKVNPEKERFSIPYFFNPAHETMVEPLE 425 + VKPT DA+IINVGDIIQVWSND YESVEHRV VN E+ERFSIP FF+P H V+PLE Sbjct: 239 VRVKPTPDAFIINVGDIIQVWSNDTYESVEHRVTVNSERERFSIPVFFSPGHHVWVKPLE 298 Query: 424 EMVSKQNPAKYKAYNWGNFFASRKLSNFKKLQVENVQIYHFK 299 E+ + P KY+AYNWG FFA+R+ SNFKKL VEN+QI HFK Sbjct: 299 ELTKGEKP-KYRAYNWGKFFAARRRSNFKKLDVENLQISHFK 339