Microcaecilia unicolor: 115477149 Help Entry 115477149         CDS       T09142                                  Symbol DSG2 Name (RefSeq) desmoglein-2 isoform X1   KO K07597   desmoglein 2 Organism muo  Microcaecilia unicolor Pathway muo04382   Cornified envelope formation muo04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:muo00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     115477149 (DSG2)  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     115477149 (DSG2)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:muo04515]     115477149 (DSG2) Cell adhesion molecules [BR:muo04515]  Cadherins   Major cadherins    115477149 (DSG2) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Cadherin CADH_Y-type_LIR Fibulin_C CSD_RNase_II Motif Other DBs NCBI-GeneID:  115477149 NCBI-ProteinID:  XP_030069648 UniProt:  A0A6P7YXJ7 LinkDB All DBs Position 1:479006300..479113232 Genome browser AA seq 1136 aa AA seqDB search MVPTMAAALRVYLLLQTVSVHIGYGLHIQVMSNDDISHNLHNFVRQKREWIIPPTNVMEE VDNKNPIAVIQSDAELDKSKQITYRITGDGVTDPPYGLFVINKTSGALNITRRVDRETKA IYFLTGYAEDQNGVAVESPIALRIRIQDINDNPPVFTEEVFIGAVEEMSSSNTLVMRLNA TDADEENTLNSKLAFRILSQDPRLSQIFQIQRDTAEIYTKISSIDREQQSSYVFSVEVKD RNGDDETGKAGTSTVHIKVLDVNDHVPELEKEMYEGSIVENTANVEVLRIKVFDKDEEHT DNWLANFTILSGNENGYFKIETNSTTNEGVLVLVKEVDYEEFQNLELKVVASNKAAYHSS ILSSGGSSSMGKVVPIKVKVKNVLEGPIFKPKTKQIYVSENKKTTVINQIIGSYQAYDED TGKIAEHVRYAKEYDADNWFTIDINTAEIRLSKIPDRESSYVVNGTYIAKILAISEALPG KTATGTIAIHIEDINDNCPTIVNPIQTVCHDAKYISVTAKDEDAFPNGAPFTFTIVDEPV GAAKNWIIGNQNGTSIEMVPQNVWYNNHDVQILVEDMQGFSCPDKQILKLTVCTCSAGGG CMEKLRNNSASLGAGAIGLMILAFLLLLLVPLLLLLCYCGSSGKGIAAIPDSAMETLRNW NNEGAQPEDMTGFLPLVSSDYADRVGTGMKEAGRFAGNGIEADSGGMYGTSHVIEKWDEH RNLLSGTGYGGGGAAAEGATAIVGVAGRTVKTGSAAGATGAGGALNEEFLKDYFCDKALS YADEDEAQPAKDCLLVYCQEGVESPTGSIGCCSFVDDDLEEDLLDNLGPKFKTLAEICLG KHLITDTEISQQSSHGQHVGIPSAAGKVVSTSSVHAGDQPRSVSSENKYSVYESSIHAPE LVKIPEMVTEQTVYTEESSRSGMQSARPIPDPHVHGSMLVTEKSYTGLTLKPTPVILDPL HQQNVVVTERVLAPASGFQGIMDIPDLSKGQNVVVTERLIKTDSGVPGLLVMNERPDSQY FVVTERLLAPTSGLQTNLSIPDLTDGQNVVVTERLFTPIDSLPGGMRIPSEVSGTHTVVK ERNIISGAGVQGHMPNAELLINQPSIVIREPSGSNRNLSQSTSKVTKYNTVQYTHS NT seq 3411 nt NT seq  +upstreamnt  +downstreamnt atggttcctaccatggcggcagcgctccgcgtttaccttctgctccagacggtctctgta cacattggatatggacttcatattcaggttatgagtaatgatgatatttcacacaatttg cataattttgtaagacaaaagcgagaatggatcataccacccacaaatgtcatggaagag gtggacaataagaatccaattgctgtaatacaatctgatgcagagctggataagtcaaaa caaattacttacagaatcactggagatggtgtgacagatccaccctatggattatttgta attaataaaacaagtggagcactgaacataacaagaagagtagacagagaaactaaagca atatattttctgaccggttatgctgaggatcagaatggagtggcagtggaatctccaata gcacttcgaattagaattcaggatataaatgataatcctccagtttttactgaagaagta tttattggtgctgttgaagagatgagctcatcaaatactcttgtaatgaggttaaatgct acagatgcagatgaggaaaatactttaaactctaaacttgctttcaggatcctttctcaa gaccctcgactgtctcagatatttcaaattcaacgggatacagccgaaatttacacaaag atatcttccattgatagagagcaacaaagttcctatgtgttctctgtggaagtgaaagac agaaatggtgatgatgaaaccggaaaagctgggacatctactgtccatatcaaagttttg gatgttaatgaccatgtaccagagcttgaaaaggaaatgtatgaaggaagcattgtagaa aatacagcaaatgttgaggtactacgcatcaaagtctttgacaaagatgaagaacacact gataactggcttgcaaatttcacaattctttctgggaatgagaatggctacttcaaaata gaaacaaattctacaaccaatgagggagttttggtgcttgtgaaggaagtggattatgaa gaatttcaaaatcttgaactaaaggttgttgcttctaataaagcagcatatcacagttct attcttagtagtggcggtagcagctccatgggaaaagtagttccaatcaaagtgaaggtg aaaaatgttcttgaaggtcccattttcaagcctaaaacaaagcagatttatgtgagtgaa aacaagaagactacagtgataaaccaaattattggatcataccaagcctatgatgaggat actggaaaaatagcagaacatgtcagatatgcaaaagagtatgatgcagataactggttc acaattgatattaatactgctgaaataagactttcaaaaatacctgatcgggagtcatca tatgtagtcaacggcacctacattgcaaaaattctggctattagtgaagccctgccaggt aagactgcaacaggaaccattgcaattcacattgaagatatcaatgataattgtccaacc attgtgaaccctatacagactgtgtgtcatgatgctaaatacatcagtgttactgctaag gatgaggatgcctttccaaatggtgctcctttcacgtttaccattgttgatgagccagta ggagctgcaaaaaactggataattggaaatcagaatggcacaagcatagaaatggtacca cagaatgtttggtataacaatcatgacgttcagattctagtagaagatatgcaaggattc agctgccctgataagcagattctcaagttgacggtttgcacgtgttctgctggtggtggt tgcatggaaaaattaaggaacaacagtgccagtttaggggctggagctattggactaatg attctggcatttctgttgctactgttggtaccccttcttttgctgttgtgctactgtggc agtagtggtaaaggcattgcagcaatacctgatagtgctatggaaacgctgcgaaactgg aataatgaaggagcacagccagaagacatgaccggttttcttcctctggtatcaagtgac tatgctgatcgagttggaacaggaatgaaagaggctggtagatttgctggaaatggcata gaagctgatagcggaggaatgtacggtaccagtcatgtgattgaaaaatgggatgagcac agaaatctgctttctgggacagggtatggtggtggtggtgctgctgctgaaggtgctaca gccattgttggtgtagctggaagaactgtgaagacaggaagtgctgctggagccacagga gctggcggtgcacttaatgaagaattcctaaaagactacttttgtgataaagccttatct tatgctgatgaagatgaagctcagcctgcaaaagactgcctcctggtttattgccaagaa ggggtggagtctcccactggctccattggctgctgcagctttgtcgatgatgatttggag gaggatctgctggataatctaggacccaaatttaagaccctcgcagaaatctgcttaggc aagcatctgatcacagatacagaaataagccagcagagttcccatggacagcatgttggc attcctagtgcagcagggaaggtggtatctacatcaagtgtgcatgctggtgaccagccg aggtctgttagttctgaaaacaagtactctgtttacgagtctagcatccatgctcctgag cttgttaaaataccagagatggtgactgagcaaactgtgtatactgaggaatcctccagg tcaggcatgcagtctgctagacctatacctgatccacatgttcatggtagcatgctagtg acagaaaaatcctatactggcctgaccttaaaacccaccccagttattcttgaccctctc catcagcagaatgttgtagttactgaaagggtgcttgctcctgcctctggttttcaaggc ataatggacattcctgatttatcaaaaggccagaacgttgttgtgacagaaaggttgatc aaaactgattctggtgtacctggcttactagtcatgaacgaacgaccagattcacaatat tttgttgtgactgagaggctgcttgcacccacctctggtctacagaccaatttgagcata cctgatttaacagatggacagaacgtggtggtgacagaaagactgtttacacccattgat agcctccctggaggtatgagaataccttctgaggtttcaggtacacacactgtagtaaaa gagagaaatattatttctggagctggtgtacaggggcatatgccaaacgcagaacttctg atcaatcagccaagcattgtcataagggagccttctggctcaaatcgcaatttaagtcag tcgacaagcaaagtgacaaagtacaatactgtacagtacacacattcataa

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