Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mtr4g3322 ATGAAGAAGGAAAGCAAATCATCTGCTCCTACAATGCTTAACAAGAACTGGGTTTTAAAGCGCAAGCGAAGAAAACTTCCCATAGGACCGGATCAGTCCTCTGGTAAAGAGCAATCCAATGGTAAAGAAGATAATTCAGTTGCATCTGAATCTTCTAGGAGTGCTTCAGCTAAACGTATGTTAAAGACCGAAGAAGGCACTGCTCAATTTTCATCTAAGAAGAAGGGACATGACGGGTATTTCTATGAATGCGTGATCTGTGATCTTGGTGGCAACTTATTGTGCTGTGATAGCTGTCCTCGCACTTATCATTTACAGTGTCTTGACCCTCCTCTTAAGCGCATCCCTATGGGGAAGTGGCAATGTCCAAGCTGCTTTGAAGAAAATGATCAACTAAAGCCCTTAAATAATCTTGATTCAATTTCGAGACGAGCGAGGACAAAGACTGTACCTGTAAAATCAAAAGCTGGAGTTAACCCTGTCAACCTGGAAAAGGTTTCTGGGATTTTCGGAAATAAACATATTTCAAAAAAAAGGTCAACCAAAGCAAAATCTATTTCAACTATGGGAGGCAAATTCTTTGGAATGAAACCAGTGCTTTCCCCAGTGGATGCTACTTGTAGTGACAAGCCGATGGATCCATCTCTTGAGAGTTGCATGGAAGGAACTTCATGTGCAGATGCCGATGAAAAGAACTTGAACTTGTCCCCAACAGTCGCACCTATGGACAGGATGTCAGTTTCACCTGATAAGGAAGTCTTATCTCCCTCTAAAATTACCAATTTAGACGCAAATGATGACCTTCTGGAAGAGAAGCCTGATTTATCTTGTGATAAAATTCCTTTTAGAAAAACACTTGTTCTTGCTATTACTGTTGGTGGAGAGGAAATGGGGAAAAGGAAGCATAAAGTTATTGGTGATAATGCTAATCAAAAGAAGCGTAGGACTGAAAAGGGGAAAAAGGTTGTCATTACTCCTATAAAGTCAAAGTCTGGAAATAATAAAGTACAGACGAAGCAAAAGTCCAAAACACATAAAATTTCCATATCTGCATCAAAAGGGGATGTTGGAAAAAAAAAATCTGATGCCCAGCAGAAAGATAAGAAGTTCTCTCAGGTTATGAAAGATTCCTCAAATGTGCTTGATAAAGCTGGAAGCCACTTGGACGACACTTTAATGCATGAAGACAGTACTATTATTGAATCTCTGCAGGTTGATCAAGTCTTAGGGTGCCGAATACAAGGCGAGGACACAAACTCAATACGACAATTATCCTTGAAAGTTGGGGATGACTCACCTTCTGGCGATCTTGTAATGTCAGAAAACCAGACAAGGCTAGCAGAAGATAATTCTGCTTGTGATAATGATTTGGATGGTGAAATAGCTGAAAATCTTGTTCATGATCCTCAAAATGTCAAAAGTTCTGATGAAGGAGAGTTGCACAACACTGATAGAGTGGAAAAAATTCATGTATATAGGAGATCAATAACAAAAGAAAGTAAGAATGGAAATCTCTTAAATTCATTGAGTAAAGCCACTGATGATTTAGGCTCCTGTGCGAGGGATGGTACAGATCAGGATGATTATGCTGTATCTGATGAACAATTGGAAAAGGAAAATGACAAGTTGGAGACAGAGGAGAATCTTAATGTTGTTTTAAGAGGGGACGGCAACAGCAAACTTCCAAATAATTGTGAAATGCACGACTCTCTTGAAACTAAACAAAAGGAAGTGGTTTTGGAGAAGGGAATGGGTAGCAGTGGTGATAATAAAGTTCAGGATTCTATTGGAGAGGAAGTTTCCTATGAATTTTTAGTTAAGTGGGTTGGAAAGTCTCATATTCATAATAGTTGGATATCTGAATCCCACTTAAAAGTTATTGCAAAGAGAAAACTAGAAAATTACAAGGCAAAATATGGAACAGCAACAATAAATATCTGTGAGGAACAATGGAAGAATCCTGAGCGGTTGCTTGCTATTCGCACTTCCAAACAAGGCACATCTGAAGCATTTGTTAAGTGGACTGGAAAACCTTACAATGAGTGCACCTGGGAAAGTTTAGATGAACCTGTGCTTCAAAATTCTTCTCATTTGATTACACGTTTCAACATGTTTGAAACTCTTACATTGGAAAGGGAAGCATCAAAGGAAAATTCAACTAAAAAAAGTAGTGACCGTCAAAATGATATAGTTAATCTTTTAGAGCAACCTAAAGAGCTAAGAGGTGGTTCTTTGTTTCCCCATCAGCTTGAGGCTCTGAACTGGTTACGTAAATGCTGGTATAAGTCAAGGAATGTGATACTTGCTGATGAGATGGGGCTTGGGAAAACAATATCTGCTTGTGCTTTTATTTCATCATTGTATTTTGAATTCAAAGTTTCACGTCCTTGTTTGGTCCTGGTACCTCTTGTTACAATGGGCAATTGGCTTGCTGAATTTGCGCTATGGGCTCCAGATGTGAATGTTGTTCAATATCATGGCTGTGCAAAAGCAAGAGCCATAATTAGGCAGTATGAATGGCATGCAAGTGATCCAAGTGGATTGAATAAGAAAACAGAAGCCTATAAATTTAATGTGCTTTTGACTTCATATGAAATGGTTCTTGCCGATTATTCTCATTTTCGGGGAGTTCCTTGGGAAGTTCTTATCGTTGACGAGGGCCATCGATTGAAGAATTCAGAAAGTAAGCTGTTCAGCTTGCTAAATTCAATCTCTTTTCAGCATCGTGTTCTGTTGACAGGCACCCCTCTCCAAAACAACCTTGGTGAGATGTACAACCTGCTTAATTTCTTGCAGCCAGCATCATTTCCTTCCCTATCTGCATTTGAAGAGAGATTTAATGATCTTACGTCCGCAGAGAAAGTTGATGAATTGAAAAAACTAGTTTCTCCTCATATGCTTCGTAGACTTAAAAAGGATGCCATGCAAAATATTCCTCCCAAGACAGAAAGAATGGTTCCTGTTGAGTTGTCATCCATCCAAGCTGAATATTATCGTGCAATGCTTACAAAGAATTATCAAATATTGCGGAATATTGGGAAAGGTATTGCTCAGCAATCTATGCTGAACATTGTGATGCAACTGAGGAAGGTCTGCAATCATCCATATCTCATACCAGGAACTGAGCCTGATTCTGGATCTGTTGAGTTTCTTCATGAAATGAGAATAAAGGCTTCGGCCAAGTTGACTCTTCTGCATTCTATGCTAAAGATTCTGTATAAGGAAGGTCATAGAGTTCTTATTTTCTCACAAATGACAAAGCTTCTTGACATCCTGGAGGACTATTTGAACATAGAATTTGGGCCTAAAACATATGAGAGAGTGGATGGCTCTGTGTCTGTAACAGATCGTCAGACAGCAATTGCACGCTTCAACCAAGACAAAAGTCGATTTGTTTTCTTATTATCCACTCGGTCTTGTGGACTTGGGATAAATTTGGCCACTGCTGACACTGTGATCATCTATGATTCTGATTTCAACCCTCATGCAGATATCCAAGCAATGAATCGAGCACACAGAATTGGACAATCAAATAGACTTTTAGTATACCGGCTTGTGGTTCGTGCCAGTGTTGAAGAGCGCATCTTGCAGCTTGCTAAGAAGAAATTGATGCTTGATCAGCTTTTTAAAGGCAAATCTGGATCTCAAAAAGAAGTAGAAGATATTTTGAAGTGGGGAACTGAAGAACTCTTCAATGACTCTTGTGCCCTGAATGGGAAAGATACAAGTGAGAATAATAATAGTAACAAAGATGAGGCAGTTGCAGAAGTAGAACATAAGCATCGGAAGAGGACTGGTGGTCTTGGTGACGTATACGAGGATAAGTGTACAGATAACAGCAGCAAGATTATGTGGGATGAAAATGCCATTTTAAAATTGCTTGATCGTTCAAACCTTCAAGATGCTTCAACTGATATTGCCGAAGGGGATTCAGAGAATGATATGCTGGGATCAATGAAGGCCCTTGAGTGGAATGACGAACCGACTGAAGAACATGTAGAGGGTGAATCCCCTCCTCACGGAGCTGATGACATGTGTACACAAAACTCCGAGAAGAAAGAGGATAATGCAGTGATTGGCGGCGAAGAAAATGAATGGGACCGACTATTGCGTTTGAGGTGGGAGAAATATCAGAGCGAGGAGGAAGCAGCTCTTGGTCGAGGGAAGCGGCAGAGGAAAGCTGTTTCTTATAGAGAAGCATATGCTCCACACCCAGTCGAAGCAGTGACTGAGAGTGGCGGTGATGAGGAAAAAGTACCAGAACCTGAGCGTGAATATACACCAGCAGGACGGGCTCTGAAGGCAAAATTTGCTAAACTCCGTGCTCGGCAGAAGGAACGACTTGCTCAGAGGAATGCAATTAAAGAATCACATCCTACTGAAGGACTTCCAGGTACTGAGTCACTCATGCATCCTCCAGTCATTGCCAAGGATGGAGATCTAAGAGCTGGGCTGATACATTCAGTTCAAGAAAGAACTTCTATCAGCATAGAGGACAACAAAGATACTCAACTTTCAGAAGCTCAAAATAGCAATGCTGACTCCTTATCAAGGATCGAAAAGCTTTCAAAATATAAAATGAGCCATCACTTTGATGTTTCTGTCAATAATCCAGGCCGATCTTTGCCTGAACTTTTGCCACCAAATTACCACAATAAAGGGAAGATTAACACGACAAACTCTATGCCAAGCAACCATTTGTTGCCCGTTCTGGGACTCTGTGCTCCTAATGCTAATCAAATAGAATCATCAGAGGGTAGCACTTCAAAGTTAAATTGGAGACAAAATAGGCATGGATCCAGACAAGAGTTTCCATTCAACCTTGCCCCTTGCACCGAGACATCCATGGATGCTGAAGCAAGAAATAAGGAAAAGGCAGCTAATACCAAACCGTCGGATGCGTCAACAGAAAATTTACAACAAAGTTTCAAAAATAGCATCCCTGATAACTTTCTCCCATTTCTTCCGTTTCCACCTGTGCAAGGAAAGGAATCTGATGCATTTGAGAGTTCAGGTGCTAGATTCTCTGCTTTCAAGGAAAAAATGGCCCTACCAAACCTGCCTTTCGATGAAAGGTTGATGGCGAGGTTTCCGCTCACGACCAAGAACATTCCAAATTCACATCCAGACCTCTTACCTAATTTGTCTTTAGGAGGCAGACTTGAAGCGCTGAATGGATCTATGCAAGACCTCCCAACATTGCCAACATTACCTAATTTCAAAATACCTCCAGAAGATTTATTTAGATATAATCAGCATGACAGGGATGTGCCCCCCATCTTGGGTTTAGGACAAAGGCCAACCACATTCTCATCATTCCCAGAAAACCACCGGAAAGTTCTTGAAAACATAATGATGAGAACTGGATCTGGACCAAGTAGTTTATTGAAAAAGAAGTCAAAATCAGATGGTTGGTCTGAAGATGAACTGGATTCGCTCTGGATTGGTGTCCGTAGGCATGGAAGGGGTAACTGGGATGCCATGCTCAGAGATACCAAGTTAAAGTTTTCGAAGTATAAAACATGCGAAGAATTATCAGTGAGGTGGGAGGAGGAACAAGTCAAGGTCTTTCAGGGGCCAGCTTTTCCTGTGCAAAGATCATCTTCCAAGACAACCAAGTCTACCAAATCTTCAAATTTTCCAATCTCTGATGCAATGATGGAAAGGGCCTTGCAAGGTAGCAAATTTCTTTTGCCGCCGAAATTTCAAAACCATCTGACCGACATGAAATTAGGATTAGGTGGTCCTGCATCTGGTCTTCCACACTTTAGAACAATGGATCGACCTAGTCTGCAAAATGATCACTTTGCACCTCTTCCATCTTGGAACCATGATATAAACAGAGCGAAATTTCTTGATGATGCTTCTGCTGAAACATCTGATAGACCAGGAACTTCTTCCAATGTACCGACAGAAAGACCGTTTCTGCTCAATTCTTTTGGAACAAGCAGCTTGAGTTCTTTAGGTTTGAATTGCTCAGGCAACATTAATATACATCAACAGGAGGATGAGCGCAGAAACACCAAGCGTGGAAAGTTACCTGTACATCTAGATGAATCACTTAATGACATGCATGATAGTAACATCAATGTAGGAAAAGGGGAATCTACTAGCTCAGGATTGTTATCCAACCCCATTAAACCAGGTCACATGAACTCAAAAGGGGAGGAAATAGCTGGAAGTAGTTCTTCAAAAGACAAGCTTCCCCACTGGTTACGACAAGCTGTGAGTTCCCCTGCCAAACATCCTGATCCTGAACTTCCTCCCACAGTATCGGCCATTGCTCATTCAGTTCGAATGCTCTATGGAGATGATAAGCCTACAATTCCTCCATTTGTGATCCCCGGACCACCCCCCTCCCTACCGAAGGACCCCAGGAGTAGTCTCAAGAAGAAAAGGAAGAGAAGATCACACAAGCCCAAGCTCTTTCTTCCAGATTTTTCTCCAGACTTTCACAGCAGCCACGCCTACCATGGTGATAATGGTGCTTCAAGCTCAGTTCCTTTCCCACCACCATTTCCTCTACTTCCTCCGCCAGGATTTCAGCAGATTGAATCTGACCTCAACTTGCCCCCTCTTAATTTAAAAGTGGCAAACCCATCACACTCATCGAAAAAGACATGCTTGGGATTATCTCCTTCTCCTGAAGTGCTTCAGTTGGTTGCATCATGTGTTGCTCCTGGCCCTCATATTCCATCAACTCCAAACTCTTCAAGCTTTCTTGAGAGCAAGCTTCCATTGCCAACAAGGCCAGTTGGCAGAGCCAAATTCAAAGACTCGGAAGGTACCTTCAGAAATAAGAAGCCTAGGCAGATTTCACCAGAAAATTGGTCTTCACCTGAAGAGCATAAAGTAGAACAAGTCCCTGACAGTGGAGATTCCAGCAAGACTCGGTCAGATCCCTCTCGGGTTGAACAGCCCCATGGAGAGGGGACATCATCTGAGGGAACTGTCTCAGATCATGATGTGAGGGATCAGGAAACATGA 6987 0.4155 MKKESKSSAPTMLNKNWVLKRKRRKLPIGPDQSSGKEQSNGKEDNSVASESSRSASAKRMLKTEEGTAQFSSKKKGHDGYFYECVICDLGGNLLCCDSCPRTYHLQCLDPPLKRIPMGKWQCPSCFEENDQLKPLNNLDSISRRARTKTVPVKSKAGVNPVNLEKVSGIFGNKHISKKRSTKAKSISTMGGKFFGMKPVLSPVDATCSDKPMDPSLESCMEGTSCADADEKNLNLSPTVAPMDRMSVSPDKEVLSPSKITNLDANDDLLEEKPDLSCDKIPFRKTLVLAITVGGEEMGKRKHKVIGDNANQKKRRTEKGKKVVITPIKSKSGNNKVQTKQKSKTHKISISASKGDVGKKKSDAQQKDKKFSQVMKDSSNVLDKAGSHLDDTLMHEDSTIIESLQVDQVLGCRIQGEDTNSIRQLSLKVGDDSPSGDLVMSENQTRLAEDNSACDNDLDGEIAENLVHDPQNVKSSDEGELHNTDRVEKIHVYRRSITKESKNGNLLNSLSKATDDLGSCARDGTDQDDYAVSDEQLEKENDKLETEENLNVVLRGDGNSKLPNNCEMHDSLETKQKEVVLEKGMGSSGDNKVQDSIGEEVSYEFLVKWVGKSHIHNSWISESHLKVIAKRKLENYKAKYGTATINICEEQWKNPERLLAIRTSKQGTSEAFVKWTGKPYNECTWESLDEPVLQNSSHLITRFNMFETLTLEREASKENSTKKSSDRQNDIVNLLEQPKELRGGSLFPHQLEALNWLRKCWYKSRNVILADEMGLGKTISACAFISSLYFEFKVSRPCLVLVPLVTMGNWLAEFALWAPDVNVVQYHGCAKARAIIRQYEWHASDPSGLNKKTEAYKFNVLLTSYEMVLADYSHFRGVPWEVLIVDEGHRLKNSESKLFSLLNSISFQHRVLLTGTPLQNNLGEMYNLLNFLQPASFPSLSAFEERFNDLTSAEKVDELKKLVSPHMLRRLKKDAMQNIPPKTERMVPVELSSIQAEYYRAMLTKNYQILRNIGKGIAQQSMLNIVMQLRKVCNHPYLIPGTEPDSGSVEFLHEMRIKASAKLTLLHSMLKILYKEGHRVLIFSQMTKLLDILEDYLNIEFGPKTYERVDGSVSVTDRQTAIARFNQDKSRFVFLLSTRSCGLGINLATADTVIIYDSDFNPHADIQAMNRAHRIGQSNRLLVYRLVVRASVEERILQLAKKKLMLDQLFKGKSGSQKEVEDILKWGTEELFNDSCALNGKDTSENNNSNKDEAVAEVEHKHRKRTGGLGDVYEDKCTDNSSKIMWDENAILKLLDRSNLQDASTDIAEGDSENDMLGSMKALEWNDEPTEEHVEGESPPHGADDMCTQNSEKKEDNAVIGGEENEWDRLLRLRWEKYQSEEEAALGRGKRQRKAVSYREAYAPHPVEAVTESGGDEEKVPEPEREYTPAGRALKAKFAKLRARQKERLAQRNAIKESHPTEGLPGTESLMHPPVIAKDGDLRAGLIHSVQERTSISIEDNKDTQLSEAQNSNADSLSRIEKLSKYKMSHHFDVSVNNPGRSLPELLPPNYHNKGKINTTNSMPSNHLLPVLGLCAPNANQIESSEGSTSKLNWRQNRHGSRQEFPFNLAPCTETSMDAEARNKEKAANTKPSDASTENLQQSFKNSIPDNFLPFLPFPPVQGKESDAFESSGARFSAFKEKMALPNLPFDERLMARFPLTTKNIPNSHPDLLPNLSLGGRLEALNGSMQDLPTLPTLPNFKIPPEDLFRYNQHDRDVPPILGLGQRPTTFSSFPENHRKVLENIMMRTGSGPSSLLKKKSKSDGWSEDELDSLWIGVRRHGRGNWDAMLRDTKLKFSKYKTCEELSVRWEEEQVKVFQGPAFPVQRSSSKTTKSTKSSNFPISDAMMERALQGSKFLLPPKFQNHLTDMKLGLGGPASGLPHFRTMDRPSLQNDHFAPLPSWNHDINRAKFLDDASAETSDRPGTSSNVPTERPFLLNSFGTSSLSSLGLNCSGNINIHQQEDERRNTKRGKLPVHLDESLNDMHDSNINVGKGESTSSGLLSNPIKPGHMNSKGEEIAGSSSSKDKLPHWLRQAVSSPAKHPDPELPPTVSAIAHSVRMLYGDDKPTIPPFVIPGPPPSLPKDPRSSLKKKRKRRSHKPKLFLPDFSPDFHSSHAYHGDNGASSSVPFPPPFPLLPPPGFQQIESDLNLPPLNLKVANPSHSSKKTCLGLSPSPEVLQLVASCVAPGPHIPSTPNSSSFLESKLPLPTRPVGRAKFKDSEGTFRNKKPRQISPENWSSPEEHKVEQVPDSGDSSKTRSDPSRVEQPHGEGTSSEGTVSDHDVRDQET* 2329
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mtr4g3322 2328 Gene3D - 654 704 - -
Mtr4g3322 2328 ProSiteProfiles Zinc finger PHD-type profile. 81 128 IPR019787 -
Mtr4g3322 2328 Pfam PHD-finger 84 126 IPR019787 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 307 324 - -
Mtr4g3322 2328 ProSiteProfiles Chromo and chromo shadow domain profile. 652 702 IPR000953 -
Mtr4g3322 2328 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 971 1221 IPR027417 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 352 369 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 32 56 - -
Mtr4g3322 2328 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 722 969 IPR027417 -
Mtr4g3322 2328 ProSiteProfiles Superfamilies 1 and 2 helicase C-terminal domain profile. 1064 1223 IPR001650 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 307 369 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1618 1637 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1581 1609 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1238 1268 - -
Mtr4g3322 2328 SMART PHD_3 83 126 IPR001965 -
Mtr4g3322 2328 Pfam CHD subfamily II, DUF1087 1364 1399 IPR009463 -
Mtr4g3322 2328 CDD CD1_tandem 581 636 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 327 349 - -
Mtr4g3322 2328 ProSitePatterns Zinc finger PHD-type signature. 84 125 IPR019786 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1326 1356 - -
Mtr4g3322 2328 PANTHER CHROMODOMAIN-HELICASE-DNA-BINDING PROTEIN 3-RELATED-RELATED 16 2322 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1410 1427 - -
Mtr4g3322 2328 SMART ultradead3 741 945 IPR014001 -
Mtr4g3322 2328 SMART helicmild6 1090 1175 IPR001650 -
Mtr4g3322 2328 CDD SF2_C_SNF 1059 1186 - -
Mtr4g3322 2328 PANTHER PROTEIN CHROMATIN REMODELING 4 16 2322 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1581 1602 - -
Mtr4g3322 2328 SMART DUF1087_2 1344 1405 IPR009463 -
Mtr4g3322 2328 Gene3D - 736 978 IPR038718 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 2033 2067 - -
Mtr4g3322 2328 CDD PHD2_CHD_II 84 125 - -
Mtr4g3322 2328 Coils Coil 529 549 - -
Mtr4g3322 2328 Gene3D Zinc/RING finger domain, C3HC4 (zinc finger) 58 139 IPR013083 -
Mtr4g3322 2328 Gene3D - 563 639 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 2110 2124 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 2109 2174 - -
Mtr4g3322 2328 ProSiteProfiles Chromo and chromo shadow domain profile. 578 638 IPR000953 -
Mtr4g3322 2328 SMART chromo_7 572 640 IPR000953 -
Mtr4g3322 2328 SMART chromo_7 650 706 IPR000953 -
Mtr4g3322 2328 Gene3D - 979 1206 IPR027417 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 2254 2268 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1405 1427 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1446 1471 - -
Mtr4g3322 2328 SUPERFAMILY Chromo domain-like 601 640 IPR016197 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1 74 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 1245 1268 - -
Mtr4g3322 2328 ProSiteProfiles Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 757 934 IPR014001 -
Mtr4g3322 2328 Pfam Chromo (CHRromatin Organisation MOdifier) domain 654 703 IPR023780 -
Mtr4g3322 2328 SUPERFAMILY FYVE/PHD zinc finger 75 126 IPR011011 -
Mtr4g3322 2328 Gene3D - 1778 1882 - -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 2232 2328 - -
Mtr4g3322 2328 Pfam SNF2-related domain 763 1038 IPR000330 GO:0005524|GO:0140658
Mtr4g3322 2328 SUPERFAMILY Chromo domain-like 645 692 IPR016197 -
Mtr4g3322 2328 MobiDBLite consensus disorder prediction 2277 2305 - -
Mtr4g3322 2328 Pfam Helicase conserved C-terminal domain 1065 1175 IPR001650 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Mtr4g3322 Mtr-Chr4 46497919 46515241 Transposed
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Mtr4g3322 725 1218 RAD5 or RAD16-like Gene Family AT1G02670 27.055 2.48e-38 153
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
TR PHD Mtr4g3322 SNF2_N 3.3e-57 CL0023
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mtr4g3322 - - aprc:113857453 3596.21