Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Bhi08g01040 CTTCAATCTTATAACATTTTAATTTTAGTAAATATTATTATTCCCTAGATCCTCTCCTTCTCTTCCTCACAACTCACCTTTACTTTCAATTTAACTGTCATTTCTTTAACTATTTTCGTCTCCATTTCTGACACGAATCACCTCAAATTCGCTTGTTTTTAGGACAAAAAAAAAAGTGCTCTTCTTTTTTGTTTGAATTTTATAATCTCTTAATTTGGCAGGAAATTTCCAACTCAGTCAGAAACTCAGATCATAAATATACTCACTATTGAATCTGTGATGAACCTTTTTTTTTCACTTTTAAGGAGACTTCATTTATTATCTAGTAGATTGCTTCCGGTTTCAGCCCATTTCTTGTTGTCTGTGAAGCTTAACACAGAGCCAAACAGAGACCAACACGCTCAACCCAGATTTACTGTTGTTTTGCTTCAGCAAAATCTTTACCCTTTTGAGCTGAGATCAATTTTTTTTTGACTTGAAGAAGGGAGCAAAAAGGCTTGGTCAACGTTTTCAGAAAGTCTTCCTCTCTTGTGGGTCTTTGGTTTTGCCGTTGACGTGAGATTCAAGCTCTTTCATTTTTGTTTTAGCCGCAGCCGGAGGAAAAAATGGTGGAGTTTTCAATATCTCATTGTGGGTTGGGTTTGTTTGTTTTTACTTTTTAGGATTTGATTTAAAATCTTCCTTTGTAGTAGTTGAGTTTTGTAAAAACCCATCTCTTATTTGCCGTCTTGAAGGCATTAGTCAAATCCGAGGGCTTGTTAATGGAAAGAGGGAAGATGTGAACAGTATTAAACTGCTCTGTTTCATAGAATCTACCTTTTGTGTCCTGAGCGGCTATTTGTTCTTACATAATCATTTTTGGGGGTTTCAGATTTAAGGATCCTTCTTTCCAGCTAGATTGTCTTTAAAACCCCATTTCTCATTCTACATTCTATTTTAGCCCTCTTTCCTTTTACCTCTCTTAGGTTCTTTTTTTTTTTTTTCCTTCCTGGCTTATCCTCTGTTTCTACATCAACCAACGATCAACAAACAGTATTGAAAAAGTTTTGGGAGATTTTGGTAGTTTTAGCTTTGTAGTTTTGGAATAAGAGAGGTGTTTTTGGTGTTTATCCAACAGAAGGGTTTGAATCAGAAGGTGTAGTTGGATTGAAAATGGGGGGTGGTAGAAGAAGAAGGAAGCAACATTTCAGAAGGATTCATGCTTTTCCTTGCGGTAGAGCTTCATTCAAAGATGAACACTCTTTAATTGGGGGACCAGGTTTCTCAAGGGTAGTTTACTGTAATGATCCAGATAGTTTTGAGGCCAGTCTTCTCAACTATGGAGGCAATTATGTCAAAACTTCAAAGTATACCATTGCTTCATTCTTCCCCAAATCATTGTTTGAGCAATTCAGAAGAGTTGCCAACTTGTATTTCCTTCTTTGTGCTTTGCTTTCCTTTAGCCCTCTTTCCCCGTATTCGCCGGTCAGCAATGTTCTTCCTCTTGTTGTTGTTATTGGAGTCACCATGGCCAAAGAAGCTCTTGAAGATTGGAGAAGATCCAAACAGGATATGGAGATGAATAACAGGAAGGTGAAAGTACATATTAGAGATGGTGAGTTTGTTGAGACTAAATGGATGGACTTGAAAGTTGGGGATGTAGTTAAAGTGGAGAAGGATGAATTCTTCCCTGCTGATCTCATTTTACTTTCGTCGAGTTATGAGGAAGCGATTTGCTACGTTGAGACGATGAACCTTGATGGAGAAACAAATTTGAAACTGAAAAACGCATTAGAAGCAAGCTCGAACTTCCACGAGGATTCAAGCTTCCAGAATTTCAAGGCTATAATAAAATGTGAAGACCCCAATGCAAATTTGTATTCTTTTGTGGGTACTATGGAGCTTGAAGAGCAGCAACATCCCCTCAGCCCTCAACAGCTTCTTCTTCGAGACTCGAAGCTTCGGAACACGGATTTTATATATGGGGTGGTGATTTTCACCGGTCATGATACAAAGGTTATTCAAAACTCAACAGATCCTCCGTCCAAGAGAAGTAAGATTGAGAAGAGGATGGATAAGATTGTGTTCTTCCTGTTTGCTGTCTTGGTTTTGATATCATTTGCTGGGTCGATATTCTTTGGTGTTTCGACTAGAGACGATATAGAAAATGAAAGAATTACGAGATGGTACCTTAGGCCAGACGATACCACAATCTATTACAACCCCAAAAATGCTCCAGCTGCAGCAATATTGCAGTTTTTGACTGCTCTCATGCTTTTTAGCTATTTGATTCCCATATCACTGTATGTGTCCATTGAAATTGTAAAAGTTCTGCAGAGTGCCTTCATCAACCAAGATCAATATATGTACCATGAAGAAACTGATAAGCCAGCTCATGCCCGTACCTCGAATTTGAATGAAGAGCTTGGCCAAGTTGACACCATTCTTTCTGATAAAACGGGGACATTGACTTGCAATTCGATGGAGTTTATCAAATGTTCGGTGGGCGGGACTGCTTACGGGCGAGGAATTACAGAAGTCGAGAGAGCTCTTGCAAGAAGAAAGGAGTCAACTTTACCTCAAAACTTAGAGGACAACAATGCACGTCTTAGCAGCGAAAAACCGTTCATTAAAGGGTTTAATTTCAAGGATGAAAGAATAATGGATGGTAATTGGGTGAAGGAGCCTCGAGCCAGTGTAATCCAGAAGTTCCTACAGCTTCTGGCTATCTGCCATACTGCATTGCCAGAAATTGATGACGAAACTGGAAAAATTTCTTATGAAGCTGAATCACCAGATGAGGCAGCTTTTGTGATTGCAGCCAGAGAATTCGGTTTTGAGTTCTATGAGAGGACTCAGACAAGCATTTCATTGCGGGAGTTCGATCCGACCTCGGCCAAAAAAGTTGAACGATCATATCAACTACTGGATGTTTTGGAGTTTAATAGCACAAGAAAGCGGATGTCTGTGATTGTAAGGGATGCAAAGGGACAGCTACTACTACTTTGTAAAGGAGCTGACAGTGTTATGTTTGAAAGACTTGCAAAGAATGGAAGTGAGTTTGAAGAACAGACAACGGTGCACATCAACGAGTACGCCGATGCTGGTTTAAGAACTCTGGTTCTAGCATATCGTGAGCTGAAAGAGGAGGAATTTAATACATTTCATCAAGAATTCATCAAAGCCAAAAACACAGTGAGCACAGATCGTGATGAGATAATTGATCAGTTAACAGAAACCATTGAGAAAGATTTGATTCTTCTTGGTGCTACAGCAGTTGAAGATAAACTTCAAAATGGGGTACCTGAATGCATTGATAAACTTGCTCAGGCTGGAATTAAAATATGGGTTCTGACTGGTGATAAAATGGAAACAGCCATCAACATTGGCTTTGCTTGCAGTTTACTTAGACAGGGAATGAAGCAAATAATTATCAGCTCAGAGACTCCGGAAGGAAAAGCTTTAGACAAAGTCGAAGACGTTCACAAATCTGCAGCTATCAAGGCGTTTAAGGCAAGTGTGACTCAACAAATAACCGATGCGAAAGCATTACTTACATCCTCGAGTGAAACCCCGGAAGCATTGGCTTTGATAATTGATGGAAAGTCCCTCACCTATGCTTTGGAGGATGATGTGAAGGACCTATTTCTGGAGCTTGCCATTGGTTGTGCTTCTGTTATATGCTGCAGATCATCTCCTAAACAGAAAGCACAAGTTACCCAATTGGTTAAGGTTAAAACAGGCAGCACCACTCTAGCAGTTGGTGATGGTGCAAACGATGTTGGAATGCTCCAAGAAGCGGATATCGGGATTGGTATTAGCGGTGTAGAAGGGATGCAGGCAGTCATGTCAAGTGACATTGCAATAGCACAATTTCGATACTTGGAGCGGCTCCTCCTTGTGCACGGACATTGGTGTTACAGAAGGATTTCTTCCATGATTTGCTATTTCTTCTACAAAAACATTGTTTTTGGGTTCACTCTCTTCTTCTTTGAGATGTATGCATCATTCTCCGGCCAAGCTGTATACAATGATTGGTTCCTTTCACTGTATAATGTCTTCTTTACTTCTCTCCCTGTGATCGCATTGGGAGTATTCGACCAGGATGTCTCATCCCGGTACTGTCTTAAGTTTCCACTTTTATACCAAGAAGGTGTCCAAAATGTCTTATTTAGTTGGGTTCGAGTTATCGGTTGGGTGTTCAACGGGCTACTAAGTTCTGTCGTCATATTCTTCTTTTGTGTTGGGGCAATGGAACATCAAGCTTTCCGCAGCAGTGGAGAGGTCGTCGGGTTGGAAATTCTTGGTGCCACCATGTACACTTGTGTTGTTTGGGCTGTAAACTGTCAAATGGCATTGTCCATCAGTTATTTCACATATATTCAACATCTCTTCATCTGGGGTAGTATCATTCTGTGGTACTTATTCCTCTTGGCATATGGAGCTATAAACCCAACCATATCAACCACAGCATTTCAGGTATTCATCGAGGCCTGCGCCCCGGCACCATCGTTTTGGATCCTCACACTATTGGCTCTAGGAGCTTCCCTTCTCCCATACTTCATCTACGCTTCGATCCAAATGCGTTTCTTCCCAATGTATCATCAAATGATTCAATGGATAAAAGCTGATGGGCAGTCGAACGATCCAGAATACTGTCAAGTAGTGAGACAGAGATCATTACGGCACACAACCGTCGGTTATACAGCTCGGTTCGAAGCATCAAAGCATTTTGAAGAATTCCCAGAAATCAAGAGCCATTAGTCTGCTGATGAGATTCTTTACCATAGAAAGATTTGAGATATTTTTCCATAGAAGTTTCTTCTCAGTGTATATATAAATATACAACAAGTGTATATAAGATTCTTCTGTAGTTTGATGCTTTTGCAGCTGAAAGGACCATTCCAACTCAAATGGTAAAAAATTTTCTTCCTTTCATGAATTCTTAGGAAATATATCAATTGTTGTATTCAATCATTTCAAATAATCATTCAGATGTTTCCCTCTTTCCTTTCTGTA 4998 39.84 MGGGRRRRKQHFRRIHAFPCGRASFKDEHSLIGGPGFSRVVYCNDPDSFEASLLNYGGNYVKTSKYTIASFFPKSLFEQFRRVANLYFLLCALLSFSPLSPYSPVSNVLPLVVVIGVTMAKEALEDWRRSKQDMEMNNRKVKVHIRDGEFVETKWMDLKVGDVVKVEKDEFFPADLILLSSSYEEAICYVETMNLDGETNLKLKNALEASSNFHEDSSFQNFKAIIKCEDPNANLYSFVGTMELEEQQHPLSPQQLLLRDSKLRNTDFIYGVVIFTGHDTKVIQNSTDPPSKRSKIEKRMDKIVFFLFAVLVLISFAGSIFFGVSTRDDIENERITRWYLRPDDTTIYYNPKNAPAAAILQFLTALMLFSYLIPISLYVSIEIVKVLQSAFINQDQYMYHEETDKPAHARTSNLNEELGQVDTILSDKTGTLTCNSMEFIKCSVGGTAYGRGITEVERALARRKESTLPQNLEDNNARLSSEKPFIKGFNFKDERIMDGNWVKEPRASVIQKFLQLLAICHTALPEIDDETGKISYEAESPDEAAFVIAAREFGFEFYERTQTSISLREFDPTSAKKVERSYQLLDVLEFNSTRKRMSVIVRDAKGQLLLLCKGADSVMFERLAKNGSEFEEQTTVHINEYADAGLRTLVLAYRELKEEEFNTFHQEFIKAKNTVSTDRDEIIDQLTETIEKDLILLGATAVEDKLQNGVPECIDKLAQAGIKIWVLTGDKMETAINIGFACSLLRQGMKQIIISSETPEGKALDKVEDVHKSAAIKAFKASVTQQITDAKALLTSSSETPEALALIIDGKSLTYALEDDVKDLFLELAIGCASVICCRSSPKQKAQVTQLVKVKTGSTTLAVGDGANDVGMLQEADIGIGISGVEGMQAVMSSDIAIAQFRYLERLLLVHGHWCYRRISSMICYFFYKNIVFGFTLFFFEMYASFSGQAVYNDWFLSLYNVFFTSLPVIALGVFDQDVSSRYCLKFPLLYQEGVQNVLFSWVRVIGWVFNGLLSSVVIFFFCVGAMEHQAFRSSGEVVGLEILGATMYTCVVWAVNCQMALSISYFTYIQHLFIWGSIILWYLFLLAYGAINPTISTTAFQVFIEACAPAPSFWILTLLALGASLLPYFIYASIQMRFFPMYHQMIQWIKADGQSNDPEYCQVVRQRSLRHTTVGYTARFEASKHFEEFPEIKSH 1196
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
8 33986281 33992464 + XM_039038181.1 Bhi08g01040 41373
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Bhi08g01040 1196 Pfam Cation transport ATPase (P-type) 532 623 - -
Bhi08g01040 1196 Pfam Phospholipid-translocating P-type ATPase C-terminal 891 1141 IPR032630 -
Bhi08g01040 1196 CDD P-type_ATPase_APLT_Dnf-like 58 1023 - -
Bhi08g01040 1196 SUPERFAMILY Metal cation-transporting ATPase, ATP-binding domain N 496 699 IPR023299 GO:0000166
Bhi08g01040 1196 SUPERFAMILY HAD-like 420 918 IPR036412 -
Bhi08g01040 1196 Gene3D - 542 697 IPR023299 GO:0000166
Bhi08g01040 1196 Gene3D - 116 287 - -
Bhi08g01040 1196 Gene3D - 698 903 IPR023214 -
Bhi08g01040 1196 SFLD p-type atpase 407 914 IPR044492 -
Bhi08g01040 1196 SUPERFAMILY Calcium ATPase, transduction domain A 143 284 IPR008250 -
Bhi08g01040 1196 Pfam E1-E2 ATPase 136 360 - -
Bhi08g01040 1196 PRINTS P-type cation-transporting ATPase superfamily signature 425 439 - -
Bhi08g01040 1196 PRINTS P-type cation-transporting ATPase superfamily signature 863 882 - -
Bhi08g01040 1196 PANTHER PROBABLE PHOSPHOLIPID-TRANSPORTING ATPASE 4 1186 - -
Bhi08g01040 1196 Pfam Phospholipid-translocating ATPase N-terminal 41 107 IPR032631 -
Bhi08g01040 1196 PANTHER PHOSPHOLIPID-TRANSPORTING ATPASE 4 1186 - -
Bhi08g01040 1196 SFLD Haloacid Dehalogenase 407 914 - -
Bhi08g01040 1196 TIGRFAM ATPase_P-type: HAD ATPase, P-type, family IC 829 946 IPR001757 GO:0005215|GO:0005524|GO:0016021|GO:0016887
Bhi08g01040 1196 TIGRFAM ATPase_P-type: HAD ATPase, P-type, family IC 108 215 IPR001757 GO:0005215|GO:0005524|GO:0016021|GO:0016887
Bhi08g01040 1196 TIGRFAM ATPase-Plipid: phospholipid-translocating P-type ATPase, flippase 56 1148 IPR006539 GO:0000287|GO:0005524|GO:0015914|GO:0016021|GO:0140326
Bhi08g01040 1196 SUPERFAMILY Calcium ATPase, transmembrane domain M 48 1141 IPR023298 -
Bhi08g01040 1196 Coils Coil 117 137 - -
Bhi08g01040 1196 ProSitePatterns E1-E2 ATPases phosphorylation site. 427 433 IPR018303 -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Bhi07g01645 Bhi-Chr7:46376481 Bhi08g01040 Bhi-Chr8:33986281 0 dispersed
Bhi07g01646 Bhi-Chr7:46376481 Bhi08g01040 Bhi-Chr8:33986281 0 dispersed
Bhi08g01040 Bhi-Chr8:33986281 Bhi12g01428 Bhi-Chr12:45882563 0 dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Bhi08g01040 K01530 K14802 csv:101209427 2207.18