Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Glsi10g1223 ATGGATCATCCCTCACGCTTCCATCACCAGCATCAGCATGCAAGGTACGCTCCTCTTCCCCCTCGCAATTCACAGTTCCCCGATGACCCCCGTTTGCACCCTCACCACCTTCCTCCGCCGCCTCCGGCACCCGCTCTCCCACCCCCACCGCCTCCTCCAAATCTGTCCTATCGTACCATCCATACCACTCCTTCACCTCACCCTCCTCCTCACCCCTACAATCCTCCTCGTCAATCCCAGTTCCCTTTCAATGCCCCGAACTATGCCCACCGTCCGGTTGAAGAAGAGCGCCCTATATCAGCCAACCTTCCTCACGATTTCACCCATTCCCAGAGGGTTCCAAATCGGATGCTCATTGACAATGATCGTCCCCGTCATAGTCTACCTGATTTCGACCATCGCAATTCCGATAACCGCATCGGTGTTTGGAACCCTCCCAGGGTTTTGTCAGATAATCGGCCGTCGAGGCCTTACCCTCCCGTTGACTTTGACCGGGAATTGCATCATCAACATCCGTTGAATCACAAAACAACGGTACCATATCCGCCGATGGATAAGCTTAGGTATGATTCAGAGAGCAGTTCGAGGTTAAGAGTGGATCATATTGATGAGTACGAAATTCAAGAAAGGGAAAAGTTTGTGTGGGGTCGAGGTGATGAGAATTATCATCGCCGTCGGGATTTTGGATCGAATCTTGATTCATCTTCCGGAGATTTCGGAGTTATGTCAAGCCAGAGTACATTATCAAGGGACATTGATTCGAAATCTGGAGGCTATGGTCATTTGTACAGTGTGGAATGTGACAACGAAATATCTAGGGGTAGTAGAAGAGACGAACTTGGTGACAGCAAGAGGTGGATAAGCGATAGAAAGACCCCTAGAGACTCGCACAATTCATCTTTTGAATTGGGAAATAATGAGAACGGTGCTGGTACCGGTATGCGGGTAACGTCTGGGAAGTATTATGTTTCAGAATTGGGTAGGTATAATAATAAAGTGAACAGGGAGTGTGCTCATGAATTTACTCGCATTCCAAAGAAACAAATTCAGAAAAAGAGTGCTCTTCTTAGAATTCAAATGGTAAAACCAAATCATAGGAACCGTGAGATTGAACAGTTACATTATAGCACCTATGCTGATGACCCTAACTCTAATTCCTTTAGAGGTAAAGATCAATTTGAGTATGCAGGTTATGGGATGAAAGCAGAAGAGAGAGAAGGAAGCCCAGTTGAGCTTGATATTTCGTTTAAATCTAATTCTCTGGTGGCCAAGGCTATTGTGGCGCCTTCAAGTTCTGCAGTTGTTTCTGCTACAGATATGACCTCAGTTTCTGATACAGATTTGACTTCTGCAGAAAAGAGAAAAAATGTTTTGGTCTCTGGCAGTGATTGTTCAGATTTAAAAACAGCCAAACCATCAAACTTAAATAGCTCACCATGCAAGGCAAATGTCATCCCTAGTTCTGGCAAGGACTTTAACTTACAGAAGGATGTCTCTGATAATTGTTCTCATCCTTGTTCCAGTGCAACCCACACTCCTCATGGAAAAAATGAGGAGCCACAACCCCCTAAGGGAATTGTTTCAGATGAAACTACCCTCATTTGTTCTGGTAAAACATCTCCAAGGGTTGCTAGGAAGAAAAAAATTGTAAAGAAAGTGGTGAAGAAAGTTGTTTTGAAGCCTAATTTACATGTATCAAGTTCCATATCAGCAAATATGCTTGATGGAACCGCACAAGCAGATAGTGTCACTCTCTCTCCATCATTTACATCTGAATCTGGTAAAACTGAAACTTCTTTGAAGGAGAAAATCACTGCTGTTGACAAGGTGTCCATGCTAGATTGTTTGCAGTCTTTCCCAAGAGAAGGACATCTGTTACCTGATAATAGTAAGGGAGATATACCTCTGCTGAGTTTGGGGCCAGATATCAGGTTGCTAGAGTATAAGACTGATGATAATTCTGATATAGGACAAGTAGCTAGAACTGAAAGAAGTGAAAACATTTCTAACTCTCCATTGTGTGCTTCTAGTATCAAAGATAATTTTGATGTTAACCTGCATAGCATGCCAAATACTGACAAGGTTGCTAAGTCACTAAATGGAAGTACTTATCCTAATATCAGTACCACGGATGATGTTAATATGCAATTTTGTCAGAATGAAGTGTCCCTATCACCTGAGAAGTATTCAAATATTCCATGTCTTGAGAATAGGTATCCTGTAGAAGATGATAAGAATGGCAGACTGTCTAGTTTGGCTGAGAGTGTAATTAACAATGATCTTATAAATACCTGTAATTCTTCTAATGTTAGAATTGATGGCTTGAGTTCTAATGACGTGACAGGTAATGCCCTAGAGATTATTACAGTTTGTGACATCGGCAATGATGGCAAGGCAGGTTGCAAAAGCCAGGCCCTTGCATTAACCGGGAATGCCATTTTAGAAGAAAGTCCAGAGACTTCCATCCCTGCATCATGCAGTGGAATGGTTGGTCTTTCAAGTTCAGGAAATACTAGGATTCAAGATGGTCCAGAATGCCTACAACATTCCAGATTACCCATGCATGCTTCTGACAATGGCTCAACTAGTTCAGACGATAATATTACTGTTCCCCATAGTGGTATTGTGAATGATTCTGGAAAGCAGGAGTCCTCCATGGATGTCACCATATCTCCTGAGAATTGTGCCACAGAAAGATTCCCAAATTCTGAAAGTTCAGTTAGATTTGGTGAAGTAGATGCAAATAAGTCTAGAAAGAGAAAAGTTCAGACTCATATAAATTTTTCAAGTTCAAATATAAGGGGAATATCTCCAGACCCTATACATCCAATTAGCCTTGCAAATGTGGATACAACCTTGAGTATGTTGAAGGATCCAAGTCCTTCAGAAGTTTTAGATCCTGATGTCCAAAACTCAGATTTTAGCTTACAATCCAGCATGGATAGGGTCACTGTTTTAAAAGCGAAAGAGGAGATTTCAAAGGCTGAAGTTTCTTCTGAAAACATTGGCAATAACAGTGCCAACAGGGCTTCACCAATGTCTAAAAGAAATGAAGTCTCTTCTAGTCACCTGAATTTAACTTCATGTCGAGCTAAACTTTGCGATGCAATTGTGGTTGCCACATCTTGTGCAGAAGTTCCTAATAGTATTTGTGATAACCGGGCACATCAGAAAGTTGCAAGCATGGCTAAACTTTCTACTTCTCAATCACTGCCTTATCCAGAGGATTATGCTAAGTTGCCTGACAATAGTTTGGTTGGAGGATCTTTTGAGTCTATGGATGCAAATAGGGAAACTATGAATTCTGAGTGTTCCAAAGTGCAGCACCCAACCATGGAATTTCATTCACTTCTTGAGGACTTGGCCATTTCAAATGGTCAGTTTCCAATGTTGGATGATGATCAGAGAAAAAATGCTACTCCAGTTGTGCCTATAACTAAAACTCAAAAGGACAATATGTTTATTGGAAATATTGAGAGAGAAAATATTGATATACAGGCTGTTGAAAATTGTCAATCTAGAGACTTCATACAAAGATCTCTAAGTGCTGATTTGGAATCCAGTGATCTTCATATGAAGGATGATTTACCTCTTGAGCACGACTGTCTTTCCTGTCCTGCTGATACTGATGGTGTCACTATTAGTAACTCCAATACACTATCAGATGTGATTTCTCCAGGGACCACATTTGACATAGCTGATGGAGGGATCTCAGATTGTTCGGCAATCCAGAATGAAAGCATTCGAGAAGACGAAGAAATTGTGGATAGCAGTTCCATGGTTGACCATGGTTCTGACTTACCTAGTTCAACATTATCTTCACAGCATATTATAAAGAATACAAAATCAGATCATGCTACTGGATGTAATAACCTGGGAAAGATGATGCCACAACCTTTGCAAGTTTATTCCAAATTTATAACTCAGGGACTGAATTCATCTGGTTCAGAGTTGAATGGGGGAAAAAATCAGCAAGGTTTTGTCATTCCTACAACTTTCCAGGGTCAATCATCTTTTGCTTTTCCTAAGTCAAAGACATCTGCATTTTCAACCCCTATTTCAAAATTTAGTACGTGGCATCGTACAGGTAATAATTCTTCTGCTTCTCTACCAAGAGGCAAGCCTTCAGCAGGAATTGTTCCTCCCAAAAGGTCAATCTTGGAAAAGAAAGGGAAATTTCAAAATACTTCATACATTCGTAAAGGTAGCAACAGTCTTGTAAGGAAACATACTCCAGTTTCTGCTTTACCACAAGGCTCTGGTAATCTGTGTTCTACTTTGGGGTTAGATAAATTTCAAAAGAGCATCAGATCTGAAAGTAAGGTTGACGTCCCAGATCAAACAAGTCTTTTGAAAGCAGGATTAGCCCATGCTCCTCTGGAGAGGCAGAGAACACCTCCACTACCTATTGACACCAAAGTGCCTAATTTAACGACAACTTCATCTGAGGAGAATAGATCTTCCCCATTGATAGAGCCTCTTTCCAATGCTAACTGTGAAGGTGCATCAGAACCTAGAAAGTCCATGGAACCTTGTGATGCACCAAACTTGGCTGTGGATGCACTGAAGTCTTATGAAATTGTCGAAATTCAAACTGGTCCATCTAGCAATGGGGAGAGCCAAGTTGAAGCTAATGATGGGAATCTATCTTCTTTGAATTCAAAGAGGATAGTCTATGTAAAGCGCAAATCAAATCAGTTGGTTGCAACTTCCAATTCTTGTGATCTTTCTGTCTCTGCTGATGACAATGCCCAAACAGGCTTCTCTGACAGCTACTACAAGAGGAGCAAAAATCAATTAGTTAGGACTACCTTTGAAAGTCATATCAACCAGACAGTTGCAACTTCCATTAATGCTGTAAACTCTGATGGGCAGGGAACTCGTAAGGTTCCTTGCAACAGGAGGTTTAGTAGGAGGCGGTCACATAAGGTTGTTGGAAGTTCATGCAAACCTTTGAGAGCCTCGTTGGTCTGGACACTTTGTGGCACAAATTCATCCAAAAATGATAGTGACTCTGCACATCATCAGAAGGTTTTGCCTCACCTGTTTCCATGGAAAAGAGCAACATATTTAAGAAGCTTCATTCATAATCCTGCTTTGAGCTCCAATAGTAGTTCGTTATCTGCTATCGGCAAGAAATTGCTTGTGTTGAGAAAGAGGGATACTGTTTACACTAGGTCAACCCATGGATTTTCCCTTCGGAAATCCAAGGTATTAGGTGTTGGTGGATCTAGTTTAAAATGGTCAAAGTCCATTGAGAGGTGCTCAAAGAAAGCAAATGAGGAAGCCACACTTGCAGTTGCTGCAGTAGAGAGGAAAAAAAGAGAACAGAAAGATGTTGCTTGTATCAGTTCTCGGGCAAAAAGAGAACGTATATTTCGTATTGGTTCTGTTCGTTACAGAATGGACCCTTCCGGCCGGACACTTCATAGGATTTCAGACGATGAATCCCTGTCATCTGCTTCTGTCCGTTCAGCCTTCAACATTCACAGATATATTCGAATTGGCAATGGTCACCAGCTTATTAGAGACCCAAAGAAACGAACTCGTATATTGGCTAATGAAAAAATTAGATGGAGTTTGCACACAGCCAGACAGCGGTTGGCTCGAAAGCAGAAGTATTGTCAGTTTTTTACTAGATTTGGGAAATGTAACAAGGATGACAGGAAGTGTCCCTATATTCATGACCCCTCAAAAATCGCTGTCTGTACTAAGTTTCTGAATGGTTTATGTTCTACTCCCAACTGCAAATTGACTCATAAGGTTATGCCAGAGAGAATGCCAGATTGCTCTTATTTTGTGCAAGGTTTATGCACAAACAGAAGTTGCCCATACAGACATGTCAATGTGAACCCTAAGGCTTCCATTTGTGAAGGATTTCTTCGGGGTTACTGTGCTGATGGCAACGAGTGTCCGAAGAAGCACACCTATGTCTGTCCAGCTTTTGAAGCAACAGGAATCTGTACTCAAGGAACCAAATGCAAACTTCATCACCCCAAAAAACAAAGCAAGGGAAAGAAAAGAAAGAGATCTGGAGATCAGAATGGTAGAGGGCGCTACTTTGGATCTGTAGCTATTGATGTTTCTGAACCTGGGACGATGGTAGCTCCAAGGCAAGGGGAACAAAATAATGATGACCTTGAAGGAGATTTCGCCGACTATATCAGCCTTGATGTTGATGATGAAGATGGTGCCGAAAGCATTGGTCAACCAAGTGAGCGAGCAACATTGTGCGACAGTGAACCCTTGGATATGCAATTATTTCTCCATTCTTCTCCTAATTCAATGGCTTCCGCTGTCGATTCCACCACCGAAAAGCTCTCCAAGCTTGGTATCAATGGCGATTTCGCATCCTCTGCTCCCAACCTTAAGAAAAATCTCCACCTTCTGTCGCCTGAACAGGTTGAACTCGCGAAAATGTTGCTGGAGATGGGTCAAGGTCATCTTTTTGAACATTGGGCAGAGCCGGGGGTCGATGACGACCAAAAGAAAGGCTTTTTTGAGCAGGTGGCTCGACTGGATTCAAGCTATCCTGGTGGTTTGGCATCTTATATAAAAAACGCTAGAGAACTCTTGGCGGATTCAAAATCTGGCAAGAACCCATATGATGGCTTCGCACCTTCTGTTCCAATTGGTGAGACTTTGACATTTGCAGATGATAACTTCATCAATTTTGAGGAAACAGGTGTAAAGGAAGCTAGGAAAGCTGCATTTGTTCTTGTGGCAGGTGGTCTTGGGGAGCGATTAGGATACAGTGGAATTAAGGTTGCTCTTCCTGCTGAAACCACTACTGGAACAGGCTTTTTACAGAATTACATTGAATCTGTATTGGCTCTTCAAGAAGTCAGCTGTAAACTGTCACAAGGTGAATGCCAAACACAAATTCCTTTTGTTATTATGACATCTGATGACACACATGCGCGGACCTTAGAGCTTTTGGAATCAAATTCTTACTTTGGTATGCAATCCACACAAATAAAACTTTTAAAGCAGGAAAAAGTAGCATGCTTAGATGATAATGATGCAAGACTTGCGGTGGACCCACATAACAAGTACAGAATTCAGACAAAACCTCATGGCCATGGTGATGTGCATTCACTTCTTTATTCTAGTGGTCTTCTGAAAGCATGGTATGATGCTGGTTTGAAATGGGTTCTCTTTTTCCAAGATACAAATGGACTTCTGTTCAAGGCCATTCCAGCAGCGCTAGGAGTCAGCGCTTCCAAACAGTACCATGTTAATTCTCTTGCTGTACCTAGAAAAGCAAAAGAAGCTATTGGCGGAATTACCAGACTGACTCATTCTGATGGGAGGACGATGGTGATAAATGTGGAATACAATCAGCTAGATCCTCTCCTCAGAGCAACTGGTTTCCCTGATGGTGATGTCAATTGTGAGACTGGCTACTCACCCTTTCCAGGAAATATAAACCAATTGATTTTAGAACTTGGTCCTTACATTGAAGAGCTCACAAAAACTGGAGGTGCCATAAAGGAGTTTGTTAACCCAAAGTATAAGGATGCCAGCAAAACTTCATTTAAGTCCTCAACTCGACTTGAATGTATGATGCAAGACTATCCAAAAACATTGCCCCCCTCTGCCAGGGTTGGGTTCACGGTGATGGATGCATGGCTTGCCTATGCACCTGTAAAGAACAACCCTGAGGATGCTGCTAAGGTACCAAAAGGAAATCCCTACCATAGTGCAACCTCTGGAGAAATGGCCATCTATCGTGCAAACAGCCTCATCCTTAAGAAGGCTGGTGTCCAAGTATCAGATCCAGTATTGCAGGTTTTCAATGGGCAAGAGGTTGAAGTGTGGTCCCGTATCACATGGAAGCCAAAATGGGGTCTGACTTTTTCTCAGATCAAGAGCAAAGTCAGTGGGAATTGCTCCATTTCTCAGAGGTCTACAATGGCTATTAAGGGTCGAAACATCTTTCTTGAGAATCTGTCCTTAGACGGGGCTCTTATTGTTGATGCTGTTGACAACGCAGAGGTGAAGGTGGGTGGTTCAGTTCAAAACAAGGGCTGGACCCTCGAAACTGTTGACTTTAAAGATGCTTCGTTGCCTGAGGCACTGAGGATCAGGGGTTTTAAATTCAACAAAATTGAGCAGCTGGAAAAGAAATACTCTGAGCCTGGCAAGTTCTGCTTGACGCCTTGA 8166 0.422 MDHPSRFHHQHQHARYAPLPPRNSQFPDDPRLHPHHLPPPPPAPALPPPPPPPNLSYRTIHTTPSPHPPPHPYNPPRQSQFPFNAPNYAHRPVEEERPISANLPHDFTHSQRVPNRMLIDNDRPRHSLPDFDHRNSDNRIGVWNPPRVLSDNRPSRPYPPVDFDRELHHQHPLNHKTTVPYPPMDKLRYDSESSSRLRVDHIDEYEIQEREKFVWGRGDENYHRRRDFGSNLDSSSGDFGVMSSQSTLSRDIDSKSGGYGHLYSVECDNEISRGSRRDELGDSKRWISDRKTPRDSHNSSFELGNNENGAGTGMRVTSGKYYVSELGRYNNKVNRECAHEFTRIPKKQIQKKSALLRIQMVKPNHRNREIEQLHYSTYADDPNSNSFRGKDQFEYAGYGMKAEEREGSPVELDISFKSNSLVAKAIVAPSSSAVVSATDMTSVSDTDLTSAEKRKNVLVSGSDCSDLKTAKPSNLNSSPCKANVIPSSGKDFNLQKDVSDNCSHPCSSATHTPHGKNEEPQPPKGIVSDETTLICSGKTSPRVARKKKIVKKVVKKVVLKPNLHVSSSISANMLDGTAQADSVTLSPSFTSESGKTETSLKEKITAVDKVSMLDCLQSFPREGHLLPDNSKGDIPLLSLGPDIRLLEYKTDDNSDIGQVARTERSENISNSPLCASSIKDNFDVNLHSMPNTDKVAKSLNGSTYPNISTTDDVNMQFCQNEVSLSPEKYSNIPCLENRYPVEDDKNGRLSSLAESVINNDLINTCNSSNVRIDGLSSNDVTGNALEIITVCDIGNDGKAGCKSQALALTGNAILEESPETSIPASCSGMVGLSSSGNTRIQDGPECLQHSRLPMHASDNGSTSSDDNITVPHSGIVNDSGKQESSMDVTISPENCATERFPNSESSVRFGEVDANKSRKRKVQTHINFSSSNIRGISPDPIHPISLANVDTTLSMLKDPSPSEVLDPDVQNSDFSLQSSMDRVTVLKAKEEISKAEVSSENIGNNSANRASPMSKRNEVSSSHLNLTSCRAKLCDAIVVATSCAEVPNSICDNRAHQKVASMAKLSTSQSLPYPEDYAKLPDNSLVGGSFESMDANRETMNSECSKVQHPTMEFHSLLEDLAISNGQFPMLDDDQRKNATPVVPITKTQKDNMFIGNIERENIDIQAVENCQSRDFIQRSLSADLESSDLHMKDDLPLEHDCLSCPADTDGVTISNSNTLSDVISPGTTFDIADGGISDCSAIQNESIREDEEIVDSSSMVDHGSDLPSSTLSSQHIIKNTKSDHATGCNNLGKMMPQPLQVYSKFITQGLNSSGSELNGGKNQQGFVIPTTFQGQSSFAFPKSKTSAFSTPISKFSTWHRTGNNSSASLPRGKPSAGIVPPKRSILEKKGKFQNTSYIRKGSNSLVRKHTPVSALPQGSGNLCSTLGLDKFQKSIRSESKVDVPDQTSLLKAGLAHAPLERQRTPPLPIDTKVPNLTTTSSEENRSSPLIEPLSNANCEGASEPRKSMEPCDAPNLAVDALKSYEIVEIQTGPSSNGESQVEANDGNLSSLNSKRIVYVKRKSNQLVATSNSCDLSVSADDNAQTGFSDSYYKRSKNQLVRTTFESHINQTVATSINAVNSDGQGTRKVPCNRRFSRRRSHKVVGSSCKPLRASLVWTLCGTNSSKNDSDSAHHQKVLPHLFPWKRATYLRSFIHNPALSSNSSSLSAIGKKLLVLRKRDTVYTRSTHGFSLRKSKVLGVGGSSLKWSKSIERCSKKANEEATLAVAAVERKKREQKDVACISSRAKRERIFRIGSVRYRMDPSGRTLHRISDDESLSSASVRSAFNIHRYIRIGNGHQLIRDPKKRTRILANEKIRWSLHTARQRLARKQKYCQFFTRFGKCNKDDRKCPYIHDPSKIAVCTKFLNGLCSTPNCKLTHKVMPERMPDCSYFVQGLCTNRSCPYRHVNVNPKASICEGFLRGYCADGNECPKKHTYVCPAFEATGICTQGTKCKLHHPKKQSKGKKRKRSGDQNGRGRYFGSVAIDVSEPGTMVAPRQGEQNNDDLEGDFADYISLDVDDEDGAESIGQPSERATLCDSEPLDMQLFLHSSPNSMASAVDSTTEKLSKLGINGDFASSAPNLKKNLHLLSPEQVELAKMLLEMGQGHLFEHWAEPGVDDDQKKGFFEQVARLDSSYPGGLASYIKNARELLADSKSGKNPYDGFAPSVPIGETLTFADDNFINFEETGVKEARKAAFVLVAGGLGERLGYSGIKVALPAETTTGTGFLQNYIESVLALQEVSCKLSQGECQTQIPFVIMTSDDTHARTLELLESNSYFGMQSTQIKLLKQEKVACLDDNDARLAVDPHNKYRIQTKPHGHGDVHSLLYSSGLLKAWYDAGLKWVLFFQDTNGLLFKAIPAALGVSASKQYHVNSLAVPRKAKEAIGGITRLTHSDGRTMVINVEYNQLDPLLRATGFPDGDVNCETGYSPFPGNINQLILELGPYIEELTKTGGAIKEFVNPKYKDASKTSFKSSTRLECMMQDYPKTLPPSARVGFTVMDAWLAYAPVKNNPEDAAKVPKGNPYHSATSGEMAIYRANSLILKKAGVQVSDPVLQVFNGQEVEVWSRITWKPKWGLTFSQIKSKVSGNCSISQRSTMAIKGRNIFLENLSLDGALIVDAVDNAEVKVGGSVQNKGWTLETVDFKDASLPEALRIRGFKFNKIEQLEKKYSEPGKFCLTP 2721
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Glsi10g1223 2721 ProSiteProfiles Zinc finger C3H1-type profile. 1924 1950 IPR000571 GO:0046872
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 36 79 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 1997 2021 - -
Glsi10g1223 2721 ProSiteProfiles Zinc finger C3H1-type profile. 1951 1978 IPR000571 GO:0046872
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 298 313 - -
Glsi10g1223 2721 FunFam UDP-sugar pyrophosphorylase 2131 2588 - -
Glsi10g1223 2721 Gene3D - 1951 2015 - -
Glsi10g1223 2721 Gene3D Spore Coat Polysaccharide Biosynthesis Protein SpsA; Chain A 2131 2588 IPR029044 -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 997 1019 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 1454 1511 - -
Glsi10g1223 2721 FunFam zinc finger CCCH domain-containing protein 3 1899 1950 - -
Glsi10g1223 2721 FunFam UDP-sugar pyrophosphorylase 2589 2709 - -
Glsi10g1223 2721 ProSiteProfiles Zinc finger C3H1-type profile. 1869 1898 IPR000571 GO:0046872
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 1997 2013 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 228 255 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 120 154 - -
Glsi10g1223 2721 SUPERFAMILY Nucleotide-diphospho-sugar transferases 2136 2661 IPR029044 -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 850 886 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 1 86 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 1360 1379 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 284 314 - -
Glsi10g1223 2721 Pfam UTP--glucose-1-phosphate uridylyltransferase 2228 2386 IPR002618 GO:0070569
Glsi10g1223 2721 SMART c3hfinal6 1898 1922 IPR000571 GO:0046872
Glsi10g1223 2721 SMART c3hfinal6 1924 1949 IPR000571 GO:0046872
Glsi10g1223 2721 SMART c3hfinal6 1951 1977 IPR000571 GO:0046872
Glsi10g1223 2721 SMART c3hfinal6 1869 1897 IPR000571 GO:0046872
Glsi10g1223 2721 SMART c3hfinal6 1978 2000 IPR000571 GO:0046872
Glsi10g1223 2721 FunFam Zinc finger CCCH domain-containing protein 7 1952 2013 - -
Glsi10g1223 2721 Gene3D - 2589 2708 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 1472 1494 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 232 253 - -
Glsi10g1223 2721 PANTHER CCCH ZINGC FINGER 335 2087 - -
Glsi10g1223 2721 CDD UGGPase 2236 2554 - -
Glsi10g1223 2721 Gene3D - 1896 1950 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 854 886 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 502 529 - -
Glsi10g1223 2721 MobiDBLite consensus disorder prediction 120 137 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Glsi10g1223 Glsi-ChrGlsi10 8231870 8253442 Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Glsi10g1223 1875 2036 C2H2 Transcription Factor Family AT2G32930 29.240 3.70e-06 50.4
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
TF C3H Glsi10g1223 UDPGP 3e-16 CL0110