Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cma14g01944 ATGCCTCCAAGGAAGAAGTCTAATTCTTCTTCCAAGAAGCTCAATTCAAATCAGCAATCAGAGCCTTCCAAGTTCGGAATTCAACACTTCTTCGACCGCCACTCTCAAAATGCTGCGCATTCTCAGAAGCTCACTCCACGAACTTCCGATTCGAAAACTGATGTTTCTGACTCTCTGGATCGTGGAGATGATCCGAATATGGGACGGTTAGATTATAAGGACGCCGCTGCGGCTGCGGCGGCAATGGTGACGACGACTGCTCAAAAGTCAGAGTTGCAGGCGCTTCCTGTGAGTGATGCGGTTTTAGCTTCTGAAAACCCTAAAGTACCGCAGGGAAATGATGCTTGCTCTTCGTCTCTGGATACGACGCCTGAGATTTTGATTGCTGCTGGTGGAAATGCTGGCCATGACCTTTCTAACGAGCTGTCTCCACAATTTTCCAAGTCCGTGTCCTTGAAGCGCTGCAAGTTCTCTCCTGGGATGCTGATTAAGCAAAGTCAGGATGAGGGGACGACAAACGATGAGATCACATGGAAGATATCTCCAGTAAACGAAAGGCTTCAGGCTGTTTCAAAGCAATTGCCGGAAACTATAAGAGTTTTGGCGAACTCCTCAAGGCTCAACTCTTTGAGAATTCGACAGTGTTCACAAAATAAGACTTCCTCTGTCGAGCTTGGGAATTTTGAGCAGTTGAGTTCACTAAACCCGAAACCTTCTGAAAGATCAGTGACTTCGTTACATAAGACTGGATTGAAAAGGTTACGTTCTAAACATGATACGGAACCTAATGGAGTTGCGATTGATAGTTTGAGTGGCTCTAGAGTAGCTAACAGTCAGAGTCCATTCCGGACGCCCCCATCCTTGTCATACTGCGATAAGACTGCCAATGATGTTGTTGAACGTACTGAAGCACCCGATCACCCTATTTTAAGGCCACACAAAAAGGCATTACTTGAGCTTTTAGATCAAGTAGAAGATGTCATTGCTGTTGATACCGTGGCTCCTTCCATTGATTTGGAGGAGGATTCATCTGAATTACAAGCGGAAGTCCTTCAAAAGATTCCAGACACTGTAATGAAGGCATCCCCTTGTGATTTTCTTGTCTTGGAGGTAACAGAGAAATGTGAGCTGGCTGATACATCTGAAGTTAAACGCTCGTATAAGGTTCTTCGCTTGCTAAATGAGCAAAGTGGAGAAGAGCGGGCTGTATATCTTTGGGATGACTGGTTTGACAGTATTATTGCACCTGGAGATACTGTGAATGTGATTGGTGAATTTGATGACCAAGAAAGATGTCATGTTGACCACGACAAAAATTTTGTTATTCTACACCCCGATGTACTTGTCTCTGGAACTCGGGTTGCTGGTCATTTGACCTGTCCAAGGAGGAGTGTTCTTGATGAGAGGCTTAGAAGTAACGAACAGTCTATTTCAGCATTAATTGGTACTTTGCTGCACCAGGTTTTTCAGGCTGGTCTTGTAGAAGAAACACCAACTGTCACCTTCTTGGAAGAGGTTTCGAGAATAGTGCTTCAGAAAAGTATGGAAAGTGTATATGCATGCGGAGCAAATGAAAAGGATATAGGCAGAACCATGAATGAAGCAGTTCCAAAAATTTTGCATTGGATCACCCTGTTCAAATGCCCAATGGGTTCTAAAGCACCTACTATCGAGTTTAGATCTGATGATGGTCCCAGGAAAGTTAGTATATCAGAGGTAATTGATATTGAGGAGATGGCATGGGCTCCAAAATATGGTTTGAAGGGAATGATTGATGCTTCTGTCAGGGTAAAAGTACTGTCAAATTATAATACATGTGTTGAGAACGTCGTGCCTTTAGAGTTTAAAACTGGAAAGGTGCCAGCTGGCCAGTCCTCCATGGAACATTGTGCCCAAGTGATCTTATACACACTACTTATGTCCGAGAGGTATCAAAAACATGTTGGTTATGGTCTCCTTTACTATCTCCAGTCGGATCAGACACAGGGTATCCGGGTTCAAAGATCTGACTTGGTGGGGCTAATCATGCGTCGTAATGAGCTTGCAAATAACATCCTCAAGGCATCAACTGCACAATTACTCCCCCCTATGTTACAGATTCCAAATGTGTGTAAAGGGTGCCGCCATCTTGATGTTTGTACCATTTATCATAAGATGCAAAATGGAAGCAAAGAGAGCAGTGGTCTTGGAGCTTTATTTGACTCCAATACGGACCATTTGAAAGCTTCTCATGGTTTTTTCTTTCAACATTGGGAAAGATTGATTGATTTAGAGGCCAAGGAGACTGAGCTTGTAAAGAGGGGAGTTTGGCACACACCTAGTGCAGAGAAAAATCAAACGTCTACCTGTCTTTCTTCTATTGTTCTTAGTACGTTGGATGGCCAACCACATTGTACTTCTGAAAAGGACAACCGAATCAGCTATCGTTTTGTGCGTCAAGGTTTGTCATCTCTGTGTTCTAAAGATTCAAATGTCGATAGTTCAAACACTGATTCAACAAATGACATGGACAGTTCACTTAGAGTTGGAGACTATGTGATACTTAGTACAGATTCTGGGAATTTAACCCTAGCGAGTGGGATTATAAAAGATCTGAGCAGTCTCCATATATCTGTTTCTTTCTCTAAGCGCCTACGTTTGCCTGGAAGCACTTCTTCTACTGAGGCACATGATCTTATGAAGCAGGTATGGCGGATTGACAAGGATGAATTTATGACTTCGTTTGCAATCATGAGGTTTAATCTTGTACAACTGCTTCTGCAAGGTGAACAAAATTCTCATCTTAGAAAGTTGATCGTAGATCTTGCGGCTCCAAGATTTGATAGTGGATGCATATTCAGCCAGGATCCAGCAATATCTTACATCTGGTCAGAGAAGAATTTAAATGATGACCAACGTCGAGCCATAATTAAGATACTTACAGCAAAGGATTATGCTCTGATTCTGGGAATGCCTGGAACAGGCAAGACATCCACAATGGTTCATGCCGTGAAAGCACTGTTGATGAGAGGTGTATCCATTTTGCTCACGTCTTACACAAACACTGCTGTTGATAATTTACTTATCAAACTGAAATCTCAGAACATTGATTTTATACGGATTGGAAGAATTAATGCAGTGCATGAAGACATCCGCAGCCATTGCTTTTCGGAGTTGAACATACAAAGTGTGGAAGACATCAGAATGAGATTGGACCAAGTGAAAGTTGTTGCAGTCACTTGTTTGGGGATAACTAGTCCCTTACTCGTCAATAAAAAATTTGATATATGCATAATGGATGAAGCTGGACAGACCACCCTTCCAGTTTCCCTTGGACCTTTGATGTTTGCTTCAACATTTGTCCTTGTTGGCGATCATTATCAGCTACCTCCTCTTGTTCAGAGTACAGAGGCTCGAGAAAATGGACTGGGGATAAGCTTGTTTTGTAGGCTTTCAGAAGCACATCCTCAAGCCATTTCCGCCTTACAAAGCCAGTATCGCATGTGCCGCGACATTATGGAATTATCAAATGCCTTGATATACGGAGACAGATTGCGTTGTGGTTCTGAAGAAACCGCAAACGCAAAGCTTGAATTTTCATGTTTAAAGTTGTCTACATCTTGGCTCAAGGAGGTTGTAAACCCATGCAAACCAGTTATCTTTGTTTGTACAGATTTATTACCTGCTTACGAGACAAGAGATCACAAGATTGTGAACAACCCAATTGAAGCTAACATATTAGCAGAGGTGACGAAGGGATTGCTTGATGGTGGAATTAACGGGAATGACGTCGGCATCATTACTCCTTATAACTCCCAGGCAAGCATCATTCGTCTAGCTATTAACATACCCTCCGTGGAGATACATACCATTGACAAATACCAGGGAAGAGACAAGGACTGCATATTGGTGTCCTTTGTTAGGTCGAGTGAAAATCCGAAGAGCTGTACTACTTCACTTCTTGGAGACTGGCATAGAATTAATGTGGCCATTACTCGTGCCAAGAAAAAACTAATCATGGTGGGATCACGCAAAACACTATCAAAAGTTCCACTGCTGAAGCTTCTAATCAAGAAGGTCGAGGAGCAATCAGGCATCTTCAATGTAACAAGGAATGACATAAGTCAAAGTAGCAAGCTTCCTGCGGACATAGTTGTCAAAGAGGAGCTGGGGCTGGACTGTGTATCAAATGCCATGTGTGAAGCACCGAGAAAGTCTTGTCTACTTGCGAAAAGTTTATCTGGTAGAGTTAGAAGATTTGAACATCAGACCTCTCGATCGAAGAAGAAAAAGAGGAGGAGCAACATCATTAGCTTCCTTCTTTCAAATTTCACTATGAATCAGCTTCAGTTCTTCAACTCTTTCTCTCTTCCAACTTATAAGCTTTCTCAATTGGGAGCGAACTGGCAATGGCGGGAACTTGAATCCACATCATCGTGCCTGTGGGAGTGCATTAGCATAGGGGTACAATTAGGGTTCTTGGGAGTAATAATCGTTCGAGTTCTTCAGAAGTGTGTTGGTTGGATATGGAATTCTTACAGTGGAGATGGCAAATCGACGGATCGAGCTGCGGAAAACCGTCCGATCAGTCAGAAATTGAGCATTTCTTACAGAGTCGGTGTAGGCTGCTCCGTCTTGCTGTTGATGATTCATGTTCTTATGGCTTTTGTTTTGCGAAATGGTTCTCATTGCAATTCCGGAATCGAAGTAATTTCTTCAAAGATAATGGGAGTGATAGCGTGGGGAGGAGCGGTTTTTGCAGTTTTCGGGGTTTTGCGTGATAAATCCGTCGATTATCCTTGGATCCTACGAGGTTGGTGGTTTTGCAGCTTCATTTTATCGATTGTTCATGTGGTTTTGGATTTACATTTCGGAAATTTCAAGCACTTGAGAGTGCAAGATTATGTCGAGTTTTTCGGCCTTCTTCCGTCGATTTTATTGCTAGGGCTTTCCATTCATGGACATACAAACATAGTTTTCAATGTTCATAATGTTTTGGATGATCCACTTCTTCCGGAAAAACGCCTAGATCAAGAGAGGGACGAGAAGGATTCTCCTTATGGAAGGGCAACGCTTCTTCAACTCGTTACCTTCTCCTGGCTCAATCCCCTGTTTTCTGTTGGATACAAAAAGCCACTCGAAAAGGAGGACGTACCAGATGTTTGTCGGATAGACTCCGCGAAATTTTTGTCACATTCCTTTGATGAGACACTAAATTTTGTTAAGAAGAAGAACAATAGCACAAATCCATCAATATACGAGACAATATATTTGTTTGGTCGAAGGAAAGCAGCAATAAATGCATTTTTTGCTGTGATAAGTGCTGCAACATCATATGTAGGACCATACCTGATTGATGACTTTGTGAGTTTCCTCACTCAGAAGAAAATGCGGACCTTATCAAGCGGGTATCTTCTTGCGCTTGCGTTTGTTAGCGCAAAGATGATCGAGACGATAGCTCAGAGACAGTGGATTTTTGGTGCACGTCAACTGGGTCTTCGTCTTCGTGCTGCTTTGATATCACACATATACCAAAAGGGCTTGCGTCTTTCGAGCCGATCTCGCCAAAACTGCAGCAGTGGGGAGATCATGAACTACATGAGTGTTGATATCCAAAGAATCACCGACTTCAGTTGGTTCTTGAACACTGTATGGATGTTACCCGTACAGATTTCATTAGCTATGTTCATTTTGCATACAAATCTGGGAGTGGGATCGCTGGGCGCATTAGCAGCAACTCTAGTAGTCATGTCCTGCAACATACCAATGACCAGAATTCAGAAAAATTACCAGACAAAGATAATGGAAGCTAAAGATAATAGGATGAAAACCACTTCAGAAGTTCTCAAAAACATGAAGACACTCAAACTTCAAGCATGGGATACTCAGTACCTCCAAAAGCTAGAACGCTTAAGGAAATTGGAGCACCACTGGTTATGGAAGTCATTGAGATTAATGGGAATTTCAGCTTTCGTCTTTTGGGGATCGCCCACTTTTATCTCCGTTGTAACGTTCGGGGTGTGTGTCTTACTGGGAATTGAATTGACTGCTGGAAGAGTCTTATCTGCTTTGGCTACCTTCCGTATGCTACAAGACCCCATATTCAATCTCCCTGACTTGCTCTCTGCTCTTGCACAAGGCAAAGTCTCAGCAGATCGAGTTTCATCTTACCTGCACGAAGATGAAATACAGCAGGATTCCATCACTTATGTTTCTAGAGATCAAACGGAATTCGATATAGATATCGAAAATGGAAAATTCAGCTGGGACCTTGAAGCAAGCAAGGCATCTCTTGATCAGATAAACTTGAAAGTGAAAAGGGGGATGAAGGTGGCAGTATGTGGGACTGTAGGTTCGGGAAAGTCCAGCCTACTCTCATGCATACTTGGTGAAATAGAAAAGCTCTCTGGGACAGTGAAGATCAGTGGTACAAAGGCCTATGTTCCTCAATGTCCTTGGATACTGTCAGGAAATATCAGGGAAAATATTCTTTTTGGAAATGATTATGAAAGTACTAAATACAACAGAACAATTAATGCATGTGCTCTGGCAAAGGATTTTGAGTTGTTTTCTTGTGGAGACTTAACTGAAATTGGAGAAAGAGGGATAAACATGAGTGGGGGACAGAAGCAGAGGATACAAATTGCTCGTGCAGTTTATCAGGATGCTGATATTTACCTCCTTGATGATCCTTTCAGTGCAGTTGATGCTCATACAGGAACTCAACTCTTCGAGGACTGTTTGATGGGTGCTCTCAAGGAGAAGACCGTAGTTTATGTAACCCACCAAGTCGAATTTCTACCGGCAGCAGACCTCATCCTGGTGATGCAAAATGGAAAAATTGCTCAAGCTGGAGGATTTGAAGAACTTCTGAAACAAAACATAGGCTTTGAAGTTCTAGTAGGGGCCCATAGTCAAGCTTTAGAGTCTATCGTCACAATTGAAAACTCAAGTAGCAACTGTCAACTGCCAAAACCCGAAAAGGAATTGTATGAAGATTCTCCCATGAATGTGAATCCTAGAAAGTCACAACATGATTTAGTGCAGAATAAAAATTCTGCAGAGATAACAGAGAAGGGAGGAAAATTGGTTCAAGAGGAAGAGAGAGAGAGAGGAAGCATTGGCAAAGAAGTGTTCGTTTCCTATTTAACCATTGTGAAAAGAGGAGCATTTGTTCCGATCATAATCTTGGCACAATCGTCATTCCAAGCTTTACAGGTAGCTAGTAACTACTGGATGGCATGGGCTTGTCCCCCTACAAGTGATACAGAACCAGTAATTGGGATGAAAATCATACTACTTGTTTACTCACTACTTGCTATTGGAAGCGCACTATGTGTGCTTCTGCGAGCTATGCTAGTAGCCATAACAGGACTTCAGACAGCACAAACACTATTCACAAATATGTTATGTAGTATACTCCGGGCACCAATGGCATTCTTCGACTCGACTCCCACTGGAAGAATCATAAACCGGGCATCCACTGATCAAAGCGTTGTAGACTTGGAAATGTTTACGAAGTTAGGTTGGTGTGCATTCTCAATAATTCAGATTCTAGGGACCATTGTAGTAATGTCTCAGGTAGCATGGGAAGTGTTTGCCGTTTTTATTCCTATTACTGCAACCTGCATTTGGTACCAACAATATTACACACCTACAGCACGGGAACTTGCTCGGTTATCTGGAATACAACGAGCTCCAATCCTTCATCACTTCGCAGAATCCCTAGCAGGAGCAGCAACTATTCGCGCTTTCAATCAAGAAGATAGATTTTTCAAAACTAACCTTGGTCTCATTGATGACCATTCAAGGCCTTGGTTTCATAATGCTTCAGCCATGGAGTGGCTTTCTTTCAGATTAAACGTACTATCAAATTTTGTTTTTGGATTTTCTTTGGTTTTGCTGGTGACTCTCCCTGAAGGAATTATTAATCCAAGTATTGCAGGCTTGGCAGTAACTTATGGGATAAACTTGAATGTTTTGCAAGCTTCTGTTATCTGGAACATATGCAACGCAGAGAATAAGATGATCTCAGTTGAAAGAATTCTTCAGTATTCGAAAATAAAAAGTGAAGCACCTCTTGTTATTGAAAATTGCAGACCACCAAGCAATTGGCCGCAAGATGGGAGCATTTGCTTCAAAAATTTGCAGATCCGTTACGCGGACCATCTCCCAGATGTCCTGAAGAATATCAGTTGCACCTTCCCAGGAAGGAAGAAAGTGGGTGTTGTAGGAAGGACAGGCAGTGGGAAATCAACTCTGATACAGGCAATTTTTAGGATTGTTGAACCTAGAGAGGGAAGCATTATAATAGACGAGGTTGACATTTGTAAGATAGGCCTCCATGACCTGAGATCAAGGTTAAGCATCATCCCTCAAGACCCTTCCATGTTTGAAGGAACAGTTAGAGGAAACCTCGACCCACTAGAACGGTATACCGACCAGGAAATTTGGGAGGCGTTAGACAAATGTCAACTAGGTGATTTGGTGCGTGCAAAGGACGAGAAATTGAATTCTTCAGTGGTTGAAAATGGAGAAAATTGGAGTGTTGGTCAACGACAGCTATTTTGTCTCGGGAGGGCGTTGCTCAAAAAAAGCAGCATTCTGGTGCTTGATGAAGCAACAGCCTCTGTCGATTCTGCAACTGATGGCATCATACAAAACATCATTAGTCAAGAGTTTAAAGATCGAACCGTGGTTACCATAGCTCATAGAATCCACACAGTTATAGCTAGTGATCTTGTCTTGGTCCTCAGTGATGGAAGAATTGCAGAGTTCGACTCTCCAAAAATGCTTCTCAAACGAGACAATTCGTTTTTCTCCAAGCTAATAAAAGAGTACTCCACGAGATCACAAAACTTCAGTAGTCTTGCAAATCAAAGGTATGATTAG 8871 42.32 MPPRKKSNSSSKKLNSNQQSEPSKFGIQHFFDRHSQNAAHSQKLTPRTSDSKTDVSDSLDRGDDPNMGRLDYKDAAAAAAAMVTTTAQKSELQALPVSDAVLASENPKVPQGNDACSSSLDTTPEILIAAGGNAGHDLSNELSPQFSKSVSLKRCKFSPGMLIKQSQDEGTTNDEITWKISPVNERLQAVSKQLPETIRVLANSSRLNSLRIRQCSQNKTSSVELGNFEQLSSLNPKPSERSVTSLHKTGLKRLRSKHDTEPNGVAIDSLSGSRVANSQSPFRTPPSLSYCDKTANDVVERTEAPDHPILRPHKKALLELLDQVEDVIAVDTVAPSIDLEEDSSELQAEVLQKIPDTVMKASPCDFLVLEVTEKCELADTSEVKRSYKVLRLLNEQSGEERAVYLWDDWFDSIIAPGDTVNVIGEFDDQERCHVDHDKNFVILHPDVLVSGTRVAGHLTCPRRSVLDERLRSNEQSISALIGTLLHQVFQAGLVEETPTVTFLEEVSRIVLQKSMESVYACGANEKDIGRTMNEAVPKILHWITLFKCPMGSKAPTIEFRSDDGPRKVSISEVIDIEEMAWAPKYGLKGMIDASVRVKVLSNYNTCVENVVPLEFKTGKVPAGQSSMEHCAQVILYTLLMSERYQKHVGYGLLYYLQSDQTQGIRVQRSDLVGLIMRRNELANNILKASTAQLLPPMLQIPNVCKGCRHLDVCTIYHKMQNGSKESSGLGALFDSNTDHLKASHGFFFQHWERLIDLEAKETELVKRGVWHTPSAEKNQTSTCLSSIVLSTLDGQPHCTSEKDNRISYRFVRQGLSSLCSKDSNVDSSNTDSTNDMDSSLRVGDYVILSTDSGNLTLASGIIKDLSSLHISVSFSKRLRLPGSTSSTEAHDLMKQVWRIDKDEFMTSFAIMRFNLVQLLLQGEQNSHLRKLIVDLAAPRFDSGCIFSQDPAISYIWSEKNLNDDQRRAIIKILTAKDYALILGMPGTGKTSTMVHAVKALLMRGVSILLTSYTNTAVDNLLIKLKSQNIDFIRIGRINAVHEDIRSHCFSELNIQSVEDIRMRLDQVKVVAVTCLGITSPLLVNKKFDICIMDEAGQTTLPVSLGPLMFASTFVLVGDHYQLPPLVQSTEARENGLGISLFCRLSEAHPQAISALQSQYRMCRDIMELSNALIYGDRLRCGSEETANAKLEFSCLKLSTSWLKEVVNPCKPVIFVCTDLLPAYETRDHKIVNNPIEANILAEVTKGLLDGGINGNDVGIITPYNSQASIIRLAINIPSVEIHTIDKYQGRDKDCILVSFVRSSENPKSCTTSLLGDWHRINVAITRAKKKLIMVGSRKTLSKVPLLKLLIKKVEEQSGIFNVTRNDISQSSKLPADIVVKEELGLDCVSNAMCEAPRKSCLLAKSLSGRVRRFEHQTSRSKKKKRRSNIISFLLSNFTMNQLQFFNSFSLPTYKLSQLGANWQWRELESTSSCLWECISIGVQLGFLGVIIVRVLQKCVGWIWNSYSGDGKSTDRAAENRPISQKLSISYRVGVGCSVLLLMIHVLMAFVLRNGSHCNSGIEVISSKIMGVIAWGGAVFAVFGVLRDKSVDYPWILRGWWFCSFILSIVHVVLDLHFGNFKHLRVQDYVEFFGLLPSILLLGLSIHGHTNIVFNVHNVLDDPLLPEKRLDQERDEKDSPYGRATLLQLVTFSWLNPLFSVGYKKPLEKEDVPDVCRIDSAKFLSHSFDETLNFVKKKNNSTNPSIYETIYLFGRRKAAINAFFAVISAATSYVGPYLIDDFVSFLTQKKMRTLSSGYLLALAFVSAKMIETIAQRQWIFGARQLGLRLRAALISHIYQKGLRLSSRSRQNCSSGEIMNYMSVDIQRITDFSWFLNTVWMLPVQISLAMFILHTNLGVGSLGALAATLVVMSCNIPMTRIQKNYQTKIMEAKDNRMKTTSEVLKNMKTLKLQAWDTQYLQKLERLRKLEHHWLWKSLRLMGISAFVFWGSPTFISVVTFGVCVLLGIELTAGRVLSALATFRMLQDPIFNLPDLLSALAQGKVSADRVSSYLHEDEIQQDSITYVSRDQTEFDIDIENGKFSWDLEASKASLDQINLKVKRGMKVAVCGTVGSGKSSLLSCILGEIEKLSGTVKISGTKAYVPQCPWILSGNIRENILFGNDYESTKYNRTINACALAKDFELFSCGDLTEIGERGINMSGGQKQRIQIARAVYQDADIYLLDDPFSAVDAHTGTQLFEDCLMGALKEKTVVYVTHQVEFLPAADLILVMQNGKIAQAGGFEELLKQNIGFEVLVGAHSQALESIVTIENSSSNCQLPKPEKELYEDSPMNVNPRKSQHDLVQNKNSAEITEKGGKLVQEEERERGSIGKEVFVSYLTIVKRGAFVPIIILAQSSFQALQVASNYWMAWACPPTSDTEPVIGMKIILLVYSLLAIGSALCVLLRAMLVAITGLQTAQTLFTNMLCSILRAPMAFFDSTPTGRIINRASTDQSVVDLEMFTKLGWCAFSIIQILGTIVVMSQVAWEVFAVFIPITATCIWYQQYYTPTARELARLSGIQRAPILHHFAESLAGAATIRAFNQEDRFFKTNLGLIDDHSRPWFHNASAMEWLSFRLNVLSNFVFGFSLVLLVTLPEGIINPSIAGLAVTYGINLNVLQASVIWNICNAENKMISVERILQYSKIKSEAPLVIENCRPPSNWPQDGSICFKNLQIRYADHLPDVLKNISCTFPGRKKVGVVGRTGSGKSTLIQAIFRIVEPREGSIIIDEVDICKIGLHDLRSRLSIIPQDPSMFEGTVRGNLDPLERYTDQEIWEALDKCQLGDLVRAKDEKLNSSVVENGENWSVGQRQLFCLGRALLKKSSILVLDEATASVDSATDGIIQNIISQEFKDRTVVTIAHRIHTVIASDLVLVLSDGRIAEFDSPKMLLKRDNSFFSKLIKEYSTRSQNFSSLANQRYD 2956
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
14 13670232 13695483 + CmaCh14G019440.1 Cma14g01944 308927
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Cma14g01944 2956 Gene3D - 2071 2302 IPR027417 -
Cma14g01944 2956 Pfam DNA replication factor Dna2 395 597 IPR014808 -
Cma14g01944 2956 ProSiteProfiles ATP-binding cassette, ABC transporter-type domain profile. 2706 2938 IPR003439 GO:0005524
Cma14g01944 2956 SMART AAA_5 2100 2273 IPR003593 -
Cma14g01944 2956 SMART AAA_5 2730 2915 IPR003593 -
Cma14g01944 2956 SMART AAA_5 975 1236 IPR003593 -
Cma14g01944 2956 ProSiteProfiles ATP-binding cassette, ABC transporter-type domain profile. 2073 2296 IPR003439 GO:0005524
Cma14g01944 2956 MobiDBLite consensus disorder prediction 233 268 - -
Cma14g01944 2956 CDD ABCC_MRP_domain2 2702 2922 - -
Cma14g01944 2956 Gene3D ABC transporter type 1, transmembrane domain 2353 2685 IPR036640 GO:0005524|GO:0016021
Cma14g01944 2956 Gene3D ABC transporter type 1, transmembrane domain 1735 2056 IPR036640 GO:0005524|GO:0016021
Cma14g01944 2956 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 959 1351 IPR027417 -
Cma14g01944 2956 ProSiteProfiles ABC transporter integral membrane type-1 fused domain profile. 2387 2667 IPR011527 GO:0005524|GO:0016021|GO:0055085|GO:0140359
Cma14g01944 2956 Gene3D - 829 902 - -
Cma14g01944 2956 CDD ABCC_MRP_domain1 2073 2273 - -
Cma14g01944 2956 ProSitePatterns ABC transporters family signature. 2198 2212 IPR017871 GO:0005524
Cma14g01944 2956 CDD SF1_C_Upf1 1161 1354 IPR041679 -
Cma14g01944 2956 MobiDBLite consensus disorder prediction 1 25 - -
Cma14g01944 2956 Pfam ABC transporter 2721 2869 IPR003439 GO:0005524
Cma14g01944 2956 CDD ABC_6TM_ABCC_D2 2385 2679 IPR044726 GO:0140359
Cma14g01944 2956 ProSiteProfiles ABC transporter integral membrane type-1 fused domain profile. 1758 2039 IPR011527 GO:0005524|GO:0016021|GO:0055085|GO:0140359
Cma14g01944 2956 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2068 2289 IPR027417 -
Cma14g01944 2956 MobiDBLite consensus disorder prediction 1 69 - -
Cma14g01944 2956 CDD ABC_6TM_ABCC_D1 1759 2047 IPR044746 GO:0140359
Cma14g01944 2956 PANTHER - 1574 2947 - -
Cma14g01944 2956 MobiDBLite consensus disorder prediction 34 52 - -
Cma14g01944 2956 Pfam AAA domain 1138 1337 IPR041679 -
Cma14g01944 2956 Gene3D - 2687 2940 IPR027417 -
Cma14g01944 2956 Pfam AAA domain 1061 1128 IPR041677 GO:0004386
Cma14g01944 2956 Pfam AAA domain 960 1051 IPR041677 GO:0004386
Cma14g01944 2956 Gene3D - 1159 1373 IPR027417 -
Cma14g01944 2956 SUPERFAMILY ABC transporter transmembrane region 1754 2052 IPR036640 GO:0005524|GO:0016021
Cma14g01944 2956 CDD DEXXQc_DNA2 960 1160 - -
Cma14g01944 2956 Gene3D - 1055 1158 IPR027417 -
Cma14g01944 2956 Gene3D - 903 1051 IPR027417 -
Cma14g01944 2956 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2696 2934 IPR027417 -
Cma14g01944 2956 SUPERFAMILY ABC transporter transmembrane region 2388 2684 IPR036640 GO:0005524|GO:0016021
Cma14g01944 2956 MobiDBLite consensus disorder prediction 53 69 - -
Cma14g01944 2956 Gene3D - 450 714 IPR011604 -
Cma14g01944 2956 Pfam ABC transporter transmembrane region 1759 2026 IPR011527 GO:0005524|GO:0016021|GO:0055085|GO:0140359
Cma14g01944 2956 Pfam ABC transporter transmembrane region 2416 2631 IPR011527 GO:0005524|GO:0016021|GO:0055085|GO:0140359
Cma14g01944 2956 PANTHER ATP-BINDING CASSETTE SUB-FAMILY C 1574 2947 - -
Cma14g01944 2956 Pfam ABC transporter 2091 2225 IPR003439 GO:0005524
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cma06g01219 Cma-Chr6:8130383 Cma14g01944 Cma-Chr14:13670232 3.96E-09 dispersed
Cma14g01944 Cma-Chr14:13670232 Cma17g01368 Cma-Chr17:9146720 0 dispersed
Cma14g01944 Cma-Chr14:13670232 Cma06g01218 Cma-Chr6:8121567 0 wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cma14g01944 - - csv:101202970 2664.41