Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Bda09g01152 ATGAAGGAGTCAAAGTCTGAGTTTATGGTGAAGGAAATTCAGACGGAGCGAAAAGGCAGACGGAGTGGACAGCTAGACGGAGTGAAAATGGAGAGTCTGTGTTTAGAAGAAAGAAATCTGGAGTATCGTTCATGTGCAGGATGGAACAGTTTATCAAGGTACAGCACAGAGAGAGAGGAATACTTCATCCAGACGCAGCGTATAAGTCCAGACGTTGGGGATGACGTCCGCGCTTGGTCTGTTCTTCCTCCAGACGTAGTGTTTAACTCCAGAGTGTGGGACGACGTGAGGGTTAGGAGGGCGGAAGAGCATTTGCTGTATCTGGAATTGCACCTTCCAGTCAGCGGCTGGAAATGGATCCAGCGACGGAATCCAGCGTCTAAGTTTCCGACGGATTTCGGATTAGTTTCGATCCAAGGCTCTGTGAGAGAGAAGTTGATCAACGAGCTTCAACGTTTGGAGCTGGTGAAAGATGTGAATGTGGATGCGGTATATAAAAGAGTTCTGCTTAAAGAGGAGAGGCGCAGGGTTGGAGCTTTTAGATCTCAAGTTACTTCATTGTTTGGAGCTGATAACTTGTGGGGAAAAGGTTATACTGGTTCCAAAGTTAAAATGGCTATTTTTGACACTGGTATTCGAGCCAATCATCCACATTTTCGTAATATCAAGGAGCGAACCAATTGGACAAACGAGGATACATTAAATGACAATCTTGGGCATGGAACATTTGTCGCTGGTGTTATTGCAGGTGTAGATGCTGAATGTCTCGGATTTGCTCCAGATACAGAGATTTATGCTTTTCGTGTTTTTACAGATGCACAGGTATCTTATACTTCATGGTTCCTTGACGCATTCAATTATGCCATGTCTACCAATATAGATGTACTTAATTTAAGCATTGGTGGACCAGATTACTTGGATCTTCCTTTTGTAGAGAAGATTTGGGAAATAACAGCTAATAACATCATCATGGTGTCTGCAATTGGAAACGATGGACCACTTTATGGCACTTTAAACAATCCTGCTGATCAAAGTGATGTTATTGGTGTTGGTGGTATTGACTACAGTGATCATATTGCTTCATTTTCATCTCGTGGAATGAGTACATGGGAGCTACCTCATGGTTATGGTCGTGTTAAGCCAGATGTTGTTGCCTATGGACGGGATATTATGGGATCCAAGATTAGTACTGGTTGCAAAAGTTTATCAGGCACTAGTGTTGCAAGCCCTGTGGTTGCTGGTGTGGTGTGTCTACTTGTGAGTGTCATTTCTGAAAAACATCGAAAGGATGTTTTGAACCCAGCTAGCATGAAGCAAGCACTTGTTGAAGGGGCTGCGAAGCTTTCTGGTCCTAACATGTATGAACAGGGTGCTGGGAGAGTTGATCTGTTAGAATCTTTTGAAATCCTTCAGAATTACCAACCCCGTGCCAGCATATTCCCTAGTGTTCTTGACTACACGGATTGCCCTTACAGCTGGCCTTTTTGTCGTCAACCACTTTACGCAGGTGCCATGCCTGTTATCTTTAATGCTACCATTTTGAATGGACTGGGCGTAATCGGTTATGTTGAAAGTCCACCAACGTGGCATCCATTTGATGATGAAGGCAATCTTCTAAGTATCCACTTCACTTATTCAGAAGTCATCTGGCCTTGGACTGGCTATATAGCACTACATATGCAAATTAAGGAAGAAGGAGCCCAGTTTTCTGGAGAGATTGAGGGAAACGTGACTTTAAAGGTTCATAGTCCCCCGGGAAAAGGAGAGAAGCACCAAAGGATAAGTACCTGTGTTCTTCAATTGAAGCTAAAAGTTGTTCCAACGCCAGCAAGATCAAGACGGGTTTTGTGGGATCAGTTTCACAGTATTAAGTATCCTCCTGGTTACATTCCGAGAGACTCATTGGACGTTCGTAATGACATACTTGATTGGCATGGGGACCATTTACATACAAACTTTCATATCATGTTTAACAATCTAAGGGATGCTGGATACTTTATTGAGACTCTTGGATCTCCTTTTACATGTTTTGATGCTAGCCAATATGGAACTCTCTTGTTAGTGGATCTTGAGGATGAGTTCTTTCAAGAAGAGATTGAAAAGTTAAGGGACGATGTTTTAAACAATGGATTAGGGTTGGCTGTGTTTGCTGAATGGTATAATGTGGAAACCATGGTGAAGATGAGATTCTTTGATGACAATACAAGGAGCTGGTGGACTCCCGTTACTGGAGGTGCTAATGTCCCAGCACTAAATAATCTCTTGGCTCCATTTGGTATTGCTTTTGGTGATAAGATTCTAAATGGCGATTTTTCTATTGATGGTGAGCAGAGTAGATATGCATCTGGGACAGATATTGTAAGGTTTCCCTTGGGTGGTTACATGCACAGCTTCCCCTTCCTGGATAGTTCAGAAAGTGGGGCCACTCAGAACGTTCTGACATCTGGCATGAGTAGAGATGACTCCCCTATTCTTGGACTTTTGGAGTCGGGGGAAGGTCGAATTGCTGTATATGGGGATTCCAACTGTTTGGACAGCAGCCATATGGTTACCAATTGCTACTGGCTCTTGGGGAAAATATTAGATTTCACGAGTGGAAATATCAAAGATCCAGTGCTTTTCTCAGACTCCGCTAAACAAGATTCACCCTTGCATCAAGAAGACAACCAGTTACCATCACGCAGGACTGATGTTAATTTCTCTGCATATTCTGCCGTTGTTGGAAAGGAATTAATCTGCAGAAGTGACTCTAGATTTGAAATTTGGGGCACAAAAGGATATAGCAGTTTGCAAGGTAGGGGAAGGAACAGAAGATTGCCAGGTTTTCCTGTGGTCGACTTGAAAAGAGGTTCAAATTCTACAACAGAAGTTTCTGTGTTGAGGTTACCCAATGTTAAGAGCAAAAATGATTCTGTTGGAAACAATTACCTGAGCCTTTTCCATCCGGATGAGCCTGACGTGCTTATGCTTGGTTCTAGTCATTGGCTTGTGCCTGCAGTAGTTGCAATTACCGGTTAG 3018 43.07 MKESKSEFMVKEIQTERKGRRSGQLDGVKMESLCLEERNLEYRSCAGWNSLSRYSTEREEYFIQTQRISPDVGDDVRAWSVLPPDVVFNSRVWDDVRVRRAEEHLLYLELHLPVSGWKWIQRRNPASKFPTDFGLVSIQGSVREKLINELQRLELVKDVNVDAVYKRVLLKEERRRVGAFRSQVTSLFGADNLWGKGYTGSKVKMAIFDTGIRANHPHFRNIKERTNWTNEDTLNDNLGHGTFVAGVIAGVDAECLGFAPDTEIYAFRVFTDAQVSYTSWFLDAFNYAMSTNIDVLNLSIGGPDYLDLPFVEKIWEITANNIIMVSAIGNDGPLYGTLNNPADQSDVIGVGGIDYSDHIASFSSRGMSTWELPHGYGRVKPDVVAYGRDIMGSKISTGCKSLSGTSVASPVVAGVVCLLVSVISEKHRKDVLNPASMKQALVEGAAKLSGPNMYEQGAGRVDLLESFEILQNYQPRASIFPSVLDYTDCPYSWPFCRQPLYAGAMPVIFNATILNGLGVIGYVESPPTWHPFDDEGNLLSIHFTYSEVIWPWTGYIALHMQIKEEGAQFSGEIEGNVTLKVHSPPGKGEKHQRISTCVLQLKLKVVPTPARSRRVLWDQFHSIKYPPGYIPRDSLDVRNDILDWHGDHLHTNFHIMFNNLRDAGYFIETLGSPFTCFDASQYGTLLLVDLEDEFFQEEIEKLRDDVLNNGLGLAVFAEWYNVETMVKMRFFDDNTRSWWTPVTGGANVPALNNLLAPFGIAFGDKILNGDFSIDGEQSRYASGTDIVRFPLGGYMHSFPFLDSSESGATQNVLTSGMSRDDSPILGLLESGEGRIAVYGDSNCLDSSHMVTNCYWLLGKILDFTSGNIKDPVLFSDSAKQDSPLHQEDNQLPSRRTDVNFSAYSAVVGKELICRSDSRFEIWGTKGYSSLQGRGRNRRLPGFPVVDLKRGSNSTTEVSVLRLPNVKSKNDSVGNNYLSLFHPDEPDVLMLGSSHWLVPAVVAITG 1005
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
9 42263620 42278838 + Bda034139 Bda09g01152 13402
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Bda09g01152 1005 ProSitePatterns Serine proteases, subtilase family, serine active site. 404 414 IPR023828 -
Bda09g01152 1005 ProSitePatterns Serine proteases, subtilase family, histidine active site. 240 250 IPR022398 -
Bda09g01152 1005 CDD Peptidases_S8_SKI-1_like 194 450 IPR034185 -
Bda09g01152 1005 Gene3D Peptidase S8/S53 domain 170 466 IPR036852 GO:0004252|GO:0006508
Bda09g01152 1005 SUPERFAMILY Subtilisin-like 142 520 IPR036852 GO:0004252|GO:0006508
Bda09g01152 1005 PANTHER MEMBRANE-BOUND TRANSCRIPTION FACTOR SITE-1 PROTEASE 101 866 - -
Bda09g01152 1005 Pfam Subtilase family 200 450 IPR000209 GO:0006508|GO:0008236
Bda09g01152 1005 PANTHER PEPTIDASE S8 101 866 - -
Bda09g01152 1005 ProSiteProfiles Serine proteases, subtilase domain profile. 181 470 - -
Bda09g01152 1005 PRINTS Subtilisin serine protease family (S8) signature 200 219 IPR015500 -
Bda09g01152 1005 PRINTS Subtilisin serine protease family (S8) signature 403 419 IPR015500 -
Bda09g01152 1005 PRINTS Subtilisin serine protease family (S8) signature 236 249 IPR015500 -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Bda09g01152 Bda-Chr9:42263620 Bda09g00075 Bda-Chr9:1422336 2.32E-08 dispersed
Bda09g01152 Bda-Chr9:42263620 Bda10g00887 Bda-Chr10:43336039 2.76E-07 transposed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Bda09g01152 K08653 - csv:101222509 1570.44