Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Ahy1g2695 ATGGAGTTAACTCCAAGGAGTTTAACTCCAATGAGTTTGACTCCAAGGAGTTTAACACCAATGAATTTGACACCAAGGGGAAGAACACAAGGGCATGTGTTGAACTATGACAGAGATGCAGATTCATTTGTGGAGGAAGATAAGGAGCTTCAGTCAAAGTGGGCTGCAATTGAGAAATTGCCAACTTTCAAAAGGATTAAAACTTCTTTTGTTGATGTTAGTCAGGAGAGTGTGGTTCTAGGAGCAAGAAGCAGCAGCAGAAGAGAAGTAGATGTTACAAAGCTTGGAGCGGTCGAAAAGCGTCTCTTCATTGACAGGCTCATCAAGCATATTGAGAATGACAACCTTCAATTGCTCCAGAAGCTTAGGGAAAGAATGGAAAGAGTCAATGTGAAGTTACCAAGTGTGGAGGTCAAGTACACGAACCTAAGTGTTGAAGCAGAATGTGAGGTTGTTCAAGGGAAGCCACTCCCTACTTTATGGAACTCCTTGTCTAGCCAACTCTCAGGTTTTGTGAAGACTATATCATGCACTACTCAAGGAGCCAATATAAGCATTCTGAATGATGTTAGTGGCATCATAAAGCCATCAAGGCTCACTCTTCTTCTTGGTCCACCAGGGTGTGGGAAAACGACCTTGTTAATGGCACTGGCTGGGAAACTAGAGCAATCTCTCAAGGTTTCTGGAGAAATATCTTACAATGGTCAGAATCTAGATGAATTTGTACCTCGAAAAACATCAGCTTACATAAGCCAGTATGACCTGCACATTCCTGAGATGACAGTGAGAGAAACAATCGACTTTTCAGCACGCTGTCAAGGAGTTGGAAGCAGGGCTGACATGGTAGCTGAAATCACCAGGAGGGAAAAGGAAGAAGGAATCATCCCTGATCCTGATATTGATACCTATATGAAGGCAATTTCAGTTGAAGGACAAAGTGAAAATCTTCAGACAGAATATGTTTTGAAGATTCTGGGACTGGATATCTGTGCGGACGTACTAGTTGGTGATGCATTAGAGAGAGGAATTTCAGGTGGACAGAAGAAAAGGCTAACTACAGGAGAGATGATTGTTGGTCCAATCAAAACTCTTTTCATGGATGAAATATCAACTGGCTTGGACAGCTCAACAACTTTCCAAATAGTTACTTGTCTCCAGCAGTTGGTGCACATCACTGATGCAACTGCAGTGCTTTCACTCCTTCAACCAGCACCTGAAACCTTTGAATTATTCGATGATCTCATATTGATGGCAGAGGGGAAGATAGTATACCACGGCCCATGCAGTCAAGCACTCCAGTTTTTCAAGGATTGTGGTTTCTGGTGCCCAGAAAGAAAAGGGGTTGCAGACTTTCTTCAAGAGGTAATATCCAAGAAGGATCAAAGGCAATACTGGTACCGCACGGATATTCCTTACAGTTATGTCTCAGTGGATCAGTTCTCCGAAATCTTCAAAAGCAGTTACTGGGGACGGATGCTAGGTGATGAGCTTGCACAGCCATTTGATAAATCTCAATCTCATAAAAATTCTTTATCACATAGCGTGTACTCCTTGGGAAAGTGGGAAATCTTTAAAGCTTGTATGAGGAGAGAACTTCTTCTCATGAACCGGAACTCATTTATCTATGTATTCAAAACTGCCCAGCTTACAATCACCGCAATCATCACAATGACGGTGTTCTTACGGACTCAACATGGCGTGGACTTGATAAGTTCAAACTATTTATTGGGATCATTGTACTATACACTCGTCCGCCTCATGACTAATGGAGTTGCTGAGCTGATCATGACCATTACTAGGCTTCCTGTTGTTTATAAGCAGACAGCATTCTATCTTTATCCGGCATGGGCTTATTGTCTTCCAGCTTCCCTTATAAAGATTCCATTTTCGTTTCTTGATGCCATTGTTTGGACATCAGTGACATATTATGTTATTGGCTACAGCCCTGAAATAACAAGGTTTCTCCGCCAGTTTATTTTGCTTGTTGCTCTGCATATGTCATCAACCTCCATGTGCCGTTTCCTTGCTGGAGTTTTCAAAACTGATGTTGCAGCCACAACTGTTGGCTCCTTGGTTTTAGTACTGATGTTCTTGTTTGGAGGCTTTATTCTTCCTCGACCATCATTACCATGGTGGTTGAGATGGGGATTTTGGCTTTCTCCCATGACATATGGGGAAATAGGAATAACACTAAATGAATTTCTCGCTCCTCGCTGGCAGATCAAAGATGGAAACACCACCGTGGGAAGGAGGGTTCTAAGTGATCGTGGTTTAGACTTTGAGAGCAACTTCTACTGGATATCAATTGGAGCCTTGCTTGGTTTCGCAGTAGTTTTTGATTTTGGATTTATCCTAGCATTAACTTACTTAAAACAGCCTAAGGCATCTCGAGCCTTAGTTTCAAAAAAGAAGGTATCTCAACTAAATGGAGAAGAAAATAGCAATAGCGTGGAGCTCAAAAATAAATCAGTTGCAGTTGATATTGGCAGCACATCAAATGAAACTCAAAGCACAGGGAAAATGGTCCTGCCCTTTCAGCCTCTGACAATAGCATTTAAGGATGTCCAGTATTTTGTTGAAACCCCACCGGAAATGAAAAAGCATGGGTCAAATGAGAAAAGATTACAATTGCTCTGTGATATCACCGGAGCCTTTAGGCCAGGAGTTCTCACTGCACTAATGGGAGTAAGTGGAGCAGGAAAGACAACTCTCATGGATGTCCTTTCAGGAAGGAAAACTGGAGGTATCATTGAAGGAGATATCAGAATTGGAGGATACCCCAAAGTGCAGAAGACATTTGCGCGAGTTTCAGGTTATTGTGAGCAGAATGACATACATTCTCCATATATAACAGTTGAAGAATCTGTCACATACTCGGCTTGGTTGCGGTTGCCGATGGAGATTGATACAGCAACAAAAGGGAAATTTGTTGAAGAAGTGCTTGAAACAATTGAACTTGATGACATAAAAGACAGTTTAGTTGGCATTCCTGGCCAAAGTGGCTTGTCAACTGAACAACGCAAAAGACTAACCATTGCAGTGGAGCTTGTTTCCAATCCATCAATAATCTTTATGGATGAACCAACCTCAGGCTTGGATGCCCGAGCAGCCGCAGTGGTTATGCGTGCAGTGAAGAATGTTGTTGGCACTGGCAGGACAACGGTTTGCACCATACACCAACCAAGCATTGACATATTTGAGACTTTTGATGAGTTGATTCTAATGAAAGCTGGAGGACGGATTATTTATAGCGGAATGCTGGGCCATCATTCAAATAAACTGATTGAATATTTTCAGAATATACCTGGGGTGCCAAAAATAAAAGACAACTATAATCCTGCAACCTGGATGTTGGAAGCTACCTCTGCATCTATAGAACAAGAACTTCAAATTGACTTTGCAACAATCTACAAAGAATCACACCTTTACAGGGAAACTATTCAAATGGTGGAGGAGTTAAGTAAACCAGTGCCAGGTTCAAGCGACTTGCACTTTTCAACTCCTTTCCCACAGAATACCTTGGGGCAGTTCATGGCATGCCTTTGGAAGCAACACTTGTCATATTGGAGAAGTCCTGAGTACAACTTAACACGTTTTATTTTCATGGTTGTTGCAGCAGTAATATTTGGGGCAGTATTTTGGCAGAAAGGGAAAGAAATAAACAATCAGCAAGACTTGTTCAATATATTTGGATCAATGTATATTGCTGTAATATTCTTGGGCGTAAATTACTGTTCAACAATTCTGCCATATGTGGCAACCGAGCGCTCAGTCTTGTACCGAGAAAAATTTGCTGGAATGTATTCTTCCATAGCTTATTCATTTGCACAGGTGGCCATTGAAATACCTTATATCTTAGTGCAAGCAATTTTATATGTGGGAATCACATACCCAATGATAGGTTTTGAGTGGTCAGTTGCAAAAGTCTTTTGGTACTTCTACACCACATTTTGCACATTTTTGTACTTTGTATATCTTGGAATGCTGATAATGTCGTTGAGCACAAATCTGGATATAGCTTCTGTATTGTCAACTGCAGTCTACACCATATTCAATCTCTTCTCTGGATTCCTCATGCCAGGACCTAAAATTCCTAAATGGTGGGTCTGGTGCTACTGGATTTGCCCAACAGCATGGTCCCTGAATGGACTCCTAACATCACAATATGGGGACATGGACAAGGAGATAACCATATTTGGGAAGAAAGAACAAGTTGGTGCATTCCTAAAAGATTACTATGGGTTCAGGCATGACAGATTAAGCCTTGCGGCAGTAGTGCTCATTGCTTTCCCAATTCTTTATGCTTCTCTCTTTGCCTATTGCATAGGCAAAATGAATTTCCAAAAGAGATAG 4353 0.4153 MELTPRSLTPMSLTPRSLTPMNLTPRGRTQGHVLNYDRDADSFVEEDKELQSKWAAIEKLPTFKRIKTSFVDVSQESVVLGARSSSRREVDVTKLGAVEKRLFIDRLIKHIENDNLQLLQKLRERMERVNVKLPSVEVKYTNLSVEAECEVVQGKPLPTLWNSLSSQLSGFVKTISCTTQGANISILNDVSGIIKPSRLTLLLGPPGCGKTTLLMALAGKLEQSLKVSGEISYNGQNLDEFVPRKTSAYISQYDLHIPEMTVRETIDFSARCQGVGSRADMVAEITRREKEEGIIPDPDIDTYMKAISVEGQSENLQTEYVLKILGLDICADVLVGDALERGISGGQKKRLTTGEMIVGPIKTLFMDEISTGLDSSTTFQIVTCLQQLVHITDATAVLSLLQPAPETFELFDDLILMAEGKIVYHGPCSQALQFFKDCGFWCPERKGVADFLQEVISKKDQRQYWYRTDIPYSYVSVDQFSEIFKSSYWGRMLGDELAQPFDKSQSHKNSLSHSVYSLGKWEIFKACMRRELLLMNRNSFIYVFKTAQLTITAIITMTVFLRTQHGVDLISSNYLLGSLYYTLVRLMTNGVAELIMTITRLPVVYKQTAFYLYPAWAYCLPASLIKIPFSFLDAIVWTSVTYYVIGYSPEITRFLRQFILLVALHMSSTSMCRFLAGVFKTDVAATTVGSLVLVLMFLFGGFILPRPSLPWWLRWGFWLSPMTYGEIGITLNEFLAPRWQIKDGNTTVGRRVLSDRGLDFESNFYWISIGALLGFAVVFDFGFILALTYLKQPKASRALVSKKKVSQLNGEENSNSVELKNKSVAVDIGSTSNETQSTGKMVLPFQPLTIAFKDVQYFVETPPEMKKHGSNEKRLQLLCDITGAFRPGVLTALMGVSGAGKTTLMDVLSGRKTGGIIEGDIRIGGYPKVQKTFARVSGYCEQNDIHSPYITVEESVTYSAWLRLPMEIDTATKGKFVEEVLETIELDDIKDSLVGIPGQSGLSTEQRKRLTIAVELVSNPSIIFMDEPTSGLDARAAAVVMRAVKNVVGTGRTTVCTIHQPSIDIFETFDELILMKAGGRIIYSGMLGHHSNKLIEYFQNIPGVPKIKDNYNPATWMLEATSASIEQELQIDFATIYKESHLYRETIQMVEELSKPVPGSSDLHFSTPFPQNTLGQFMACLWKQHLSYWRSPEYNLTRFIFMVVAAVIFGAVFWQKGKEINNQQDLFNIFGSMYIAVIFLGVNYCSTILPYVATERSVLYREKFAGMYSSIAYSFAQVAIEIPYILVQAILYVGITYPMIGFEWSVAKVFWYFYTTFCTFLYFVYLGMLIMSLSTNLDIASVLSTAVYTIFNLFSGFLMPGPKIPKWWVWCYWICPTAWSLNGLLTSQYGDMDKEITIFGKKEQVGAFLKDYYGFRHDRLSLAAVVLIAFPILYASLFAYCIGKMNFQKR* 1451
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Ahy1g2695 1450 Gene3D - 171 437 IPR027417 -
Ahy1g2695 1450 MobiDBLite consensus disorder prediction 1 30 - -
Ahy1g2695 1450 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 875 1085 IPR027417 -
Ahy1g2695 1450 Gene3D - 864 1098 IPR027417 -
Ahy1g2695 1450 ProSiteProfiles ATP-binding cassette, ABC transporter-type domain profile. 172 444 IPR003439 GO:0005524
Ahy1g2695 1450 ProSiteProfiles ATP-binding cassette, ABC transporter-type domain profile. 850 1102 IPR003439 GO:0005524
Ahy1g2695 1450 Pfam ABC transporter 880 1030 IPR003439 GO:0005524
Ahy1g2695 1450 Pfam ABC-2 type transporter 524 734 IPR013525 GO:0016020|GO:0140359
Ahy1g2695 1450 Pfam ABC-2 type transporter 1176 1388 IPR013525 GO:0016020|GO:0140359
Ahy1g2695 1450 Coils Coil 119 139 - -
Ahy1g2695 1450 Pfam Plant PDR ABC transporter associated 742 800 IPR013581 -
Ahy1g2695 1450 PANTHER ATP-BINDING CASSETTE TRANSPORTER 22 1450 - -
Ahy1g2695 1450 PANTHER DRUG RESISTANCE TRANSPORTER-LIKE ABC DOMAIN PROTEIN 22 1450 - -
Ahy1g2695 1450 Pfam ABC-2 type transporter 402 461 IPR043926 GO:0140359
Ahy1g2695 1450 Pfam ABC-2 type transporter 1059 1120 IPR043926 GO:0140359
Ahy1g2695 1450 Pfam ABC transporter 187 369 IPR003439 GO:0005524
Ahy1g2695 1450 CDD ABCG_PDR_domain2 847 1085 IPR034003 -
Ahy1g2695 1450 SMART AAA_5 196 429 IPR003593 -
Ahy1g2695 1450 SMART AAA_5 887 1079 IPR003593 -
Ahy1g2695 1450 MobiDBLite consensus disorder prediction 1 29 - -
Ahy1g2695 1450 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 182 444 IPR027417 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Ahy1g2695 Ahy-Chr1 106223370 106232274 Dispersed/Proximal
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Ahy1g2695 875 1062 Calmodulin-binding Proteins AT2G36910 28.571 3.74e-07 53.1
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Ahy1g2695 K08711 - gmx:100779615 2496.46