Microcaecilia unicolor: 115474569 Help Entry 115474569         CDS       T09142                                  Symbol COL18A1 Name (RefSeq) collagen alpha-1(XVIII) chain   KO K06823   collagen type XVIII alpha Organism muo  Microcaecilia unicolor Brite KEGG Orthology (KO) [BR:muo00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:muo04147]     115474569 (COL18A1)    00535 Proteoglycans [BR:muo00535]     115474569 (COL18A1)    00536 Glycosaminoglycan binding proteins [BR:muo00536]     115474569 (COL18A1) Exosome [BR:muo04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    115474569 (COL18A1) Proteoglycans [BR:muo00535]  Extracellular matrix (ECM) proteoglycans   Basement membrane proteoglycans    115474569 (COL18A1) Glycosaminoglycan binding proteins [BR:muo00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    115474569 (COL18A1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Endostatin Collagen Fz Collagen_trimer DUF959 Laminin_G_3 Motif Other DBs NCBI-GeneID:  115474569 NCBI-ProteinID:  XP_030065944 UniProt:  A0A6P7YRY9 LinkDB All DBs Position 7:127396643..128178812 Genome browser AA seq 1678 aa AA seqDB search MAAAGRFVTLLLLFVCIDSSHPQFFDWFWGGKQPAIPSHSTVSTTWRTTDQSSAAETNKI LDTTEQSSISVSNITVSGTTEQTSSPLQSTSRTAQSTIEQHERIWDIFQLRRPELDAVLT TAPATNLHPQSKENKENIAGVGAEILNVADGIRSMVQWWDNRTKKSSTVGPTAATHIVIP PATPESNSISDPLSDSNGSGDSEESANRLVKSDNDKELHINSTDFWKGLYPESVLPFIQN HTSSLLEPYETHRPGSTSLPASLGGVIESGDNTGSVYQFPPGWSQERVSSLGKVKEFGDF QRKSLESEGIFQKPRILDLQDPQNNHPQNTFDGSPSHVVPAFKNSLYNYVKGLNQSSYDS SAYHLNNSNRFPQSTDLAKHSGILLSRTSNNSISNSDATNLVGLLSTDQSESLDFGLVTN IKKSNPNVRESATRSVFFLPGLIPAATRCFSTPTNLPFCHSLGIKSFMLPNYLNHSTVAE VRAAFHDWEGLLKSQCHRYLEWFFCLLLMPWCNSSILVTQPPCRRFCETLKDDCWNHLEG DQPLVPCESLPEEEAEYSCMFVNGSAANSNADVGLLQLIGDPPPDQITKIFGPDNSPGYV FGPDANTGQVARYHLPSPFFRDFSLLFHVQPTTNNSGMLFAITDASQSIVYIGVKLSEAK SGKQQIIFYYTEPGSQVSYAAATFNVPSLVNRWTRFAIGVEDEEVVLYMDCEEFDRVRFE RSPDEMELEDGSGLFVAQAGGADPDKYQGVIADLKVKSGTRLAELQCEEEDDDVEGVSGD FGSGQKVKEEHDRNVVTSVVSRLAEQPPVTSPPTTMKPVITEDRLNVGFRPGTEKVPFPS SPVLVKEKGGLDPTGPKGDSGVGVNPGARGDKGDKGERGEPGIKGSAGFGYPGPKGQKGE HGAQGPTGPAGPPGLPAAVLHREDGSLVKEIAGPQGPPGPPGLPGNPGVPGKDGESGDPG EDGKPGDVGPQGFPGTPGDVGPKGEKGDPGVGVRGPPGLPGPPGPPRPTSKHDKLTFIDM EGSGGDLESIRGPPGLPGPPGPPGVPGLPGEPGRFGMNSTDILGLPELLSRESVHGLQGP PGPPGLPGQIGIPGKPGVRGERGDLGLPGAPGPKGDRGDAGVKGIPGEMGLAGLPGPVGP RGLQGPPGPPGPVTQDGFGKQGEAGFPGPRGPKGDTGLAGLPGRKGEQGMAGPEGPRGQK GEIGFPGRPGRPGMNGLKGEKGEPTDPSIGHHFRGPPGPPGLPGPPGPSAPKVFPYGGNG EKGEAGPESEKGEPAQGVLFLQLDRSPGAPGPQGPQGESVRGLPGPPGPQGPPGIGYEGR PGSPGPPGPPGPPSFPGPHRQTISIPGPPGPPGPPGTPGSSSGVTVLQSFQTMLSLSRRL QEGSLILVLERTELYVRVRDGFRKILLGEYIPVSGEGLGNEVAVEQPPIIQFPGSSSSDI QSAQESFKASHQEYTNSYSTSQPWQEDHYRFQPEQTHSRSENSPGKQGNLPSAIHIHQEF QPALHLIALNTPLNGSMHSIRGVDFQCFEQARRAGLKGTFRAFLSSRLQDLYSIVRRADR NSVPIVNLRDEILFDNWESLFSNSESQLRAGIRIYSFDGRDVLRDAAWPQKMIWHGSDTK GRRLTESYCETWRTDDSVAMGQASSLLSGRLLEQRAQNCNKSFIVLCIENSFMTSAQK NT seq 5037 nt NT seq  +upstreamnt  +downstreamnt atggctgcagctgggagatttgtgaccctgctgctactctttgtctgcattgattcttca catccacagttttttgactggttttggggtggaaagcagccagcaataccttcccattcc acagtgagcacgacatggaggactacagaccagtcttcagctgctgagacaaataaaata ctggatactacagaacagtcttcaatttcggtgtcaaatatcacagtatcggggaccaca gagcaaacttccagccctttacaaagtacaagcagaactgctcaaagtacaatagagcag catgaaaggatatgggatatttttcagctgagaaggccagaattagatgcagtccttacc acagcaccagctacaaatttacatcctcagtcaaaagaaaacaaagagaatattgctgga gtaggtgctgagattttaaatgttgctgatggaatcaggagcatggttcagtggtgggat aacagaactaagaaaagttcaacagtgggacccacagctgctactcatattgttataccg cctgctactcctgagtcaaacagcattagtgatcctcttagtgactctaatggatcgggt gactctgaagaatcagcaaatagattggtgaaatcagacaatgataaagaacttcacatt aattctacagatttttggaagggtttatatccagaatctgttcttcctttcattcagaat catacttcaagtctcttagaaccatatgagactcatcggccaggtagtacttccttacct gcttccttgggtggtgtcattgagtctggtgataacacagggtcagtttatcagtttcct ccaggatggagccaggaaagagtcagtagtctgggaaaagtaaaagaatttggtgatttc caaagaaaaagcttggaaagtgaaggtattttccagaaaccaagaattctggacttgcag gacccacagaataatcacccccaaaacacatttgatggtagtccctcccatgtggtccct gcttttaaaaatagcctttacaattatgtcaaaggtttgaaccagtcatcttatgatagc agtgcttatcaccttaataacagcaatcggtttcctcagagcactgatctcgctaagcac tctgggatattgctgagcaggaccagtaataattccatttctaatagtgatgcaactaat ttagttggattgctttctactgatcagtctgaatctcttgattttggtttagtaaccaac attaaaaaatccaatccaaatgttagagagagtgccacaagaagtgttttctttttgcct ggattgattccagcagctactcgctgcttctcaacaccaaccaatttgccattttgccac agcttgggaataaagagcttcatgctgcctaattatttgaatcatagcactgtagcagag gtccgagctgcttttcatgattgggaggggcttctgaaatctcagtgccaccgttacttg gaatggtttttttgcttgctgctaatgccatggtgtaactcatccatattggtaacacaa cccccatgtcgaaggttctgtgaaaccttaaaagatgattgttggaatcatttggaaggg gaccaacccctggtaccttgtgaatctcttcctgaggaggaagcagagtattcttgtatg tttgttaatggctctgcagctaattcgaatgcagatgttggcctcttacagctgattgga gatccaccaccagaccaaattacaaaaatctttggtcctgacaacagtcctggatatgtc tttggacctgatgctaacacggggcaggtggcacgataccatctaccaagcccttttttc agagacttctcactgctcttccatgtgcagcccactaccaataattcaggcatgctcttt gctatcacagatgcatcacagtccattgtgtacattggtgtaaagctttctgaagccaag agtggaaaacagcagataatcttttactatacagaaccaggctctcaagtctcttatgca gcagcaacttttaatgtgccgtcactggtgaatcgctggacgcgctttgcaattggtgta gaggatgaggaggtggtgctgtacatggactgtgaagagttcgatagggtgcgctttgaa cgttcacctgatgagatggaactggaagatggttctgggctttttgttgcccaggctgga ggtgctgacccagataaataccagggtgtgatagcagatttaaaggtgaaatcaggtaca cgactggcagaactgcagtgcgaagaagaggatgatgatgtggaaggggtatctggagat tttggaagtggccagaaagtaaaggaagagcatgacagaaatgtggtgacttctgtggtt tcgagacttgcagagcagccacctgttaccagccctcctacaactatgaagcctgtgata actgaggacaggctaaatgttggttttaggccaggcacagagaaagtgccatttccaagc tctccagttttagtcaaagagaaaggggggcttgatcccactggtcctaaaggagacagc ggagttggtgtgaatcctggtgcaagaggcgataaaggtgataagggagagagaggtgaa cctggcatcaagggaagtgcaggatttggatatccaggacctaaaggacaaaagggagaa catggtgctcagggacctacaggtcctgctggtcccccaggattacctgctgctgttctg caccgtgaagatggttccttagtaaaggagatagctggaccacaaggaccaccaggccct cctggtcttcctggaaatccaggtgttccaggcaaagatggagaatcgggtgatccagga gaagatggtaaaccaggtgatgttggaccccagggatttcccggaacacctggtgatgtt ggcccaaagggagagaagggtgatccaggagttggagtgagggggcctccaggtctaccc ggacccccagggcctcctagacctacctctaaacatgacaaattgacctttattgacatg gaaggttctggtggtgacttggaaagcatacggggtccaccaggtttacctggtcctccc gggcccccaggtgttccaggattaccaggagaaccaggaagatttggaatgaacagtaca gatattttgggacttccagaactacttagcagagagagtgttcatggacttcaaggaccc ccaggacctccaggtctccctggacagattgggataccaggaaaaccaggagtaaggggt gaacgaggtgatcttggccttcctggagcaccaggtccaaagggtgataggggagatgct ggagtaaaaggaattcctggtgagatgggcttggctggtcttccaggacctgtgggacct cgagggctccaaggaccccctggacctcctggaccagttacacaagatggatttggtaaa caaggagaagctggtttcccgggcccaagaggacctaaaggagataccgggttagcagga ttgccaggaagaaagggtgagcaaggcatggcaggaccagagggtccacgtggacagaaa ggagagattggttttcctggaagacctgggcgtccaggtatgaatggtttaaagggggag aaaggtgaacctacagatccaagtataggacaccacttcagaggtcccccgggtcccccg ggtctcccaggtcctccaggtccctctgcgcctaaagtattcccatatggtggtaatgga gagaaaggggaagctggaccagaaagtgaaaaaggtgaaccagcccaaggggtattattc cttcagctggatcggtcccccggagcacccggacctcagggtcctcagggagaaagtgta agaggactaccgggccctccaggaccacaaggtccaccagggattggatatgaaggaaga ccaggttctccaggacctcctggtccaccaggacctccctcatttcctggacctcacaga cagactatcagtattccggggccacctgggccaccaggtcctcctggaactccaggatca tcttcaggggtcacagttttgcaatccttccagactatgttaagcctgagccgcagactg caggagggttcccttattttggtgctggaaaggacagagctctatgtgcgtgtacgagat ggatttcgaaaaatcctgcttggagaatatattccagtttctggggaggggctgggtaat gaagtggcagtggaacagcctccaattattcagtttcctggcagctcatctagcgatatc cagtctgcacaagagagctttaaagcctctcatcaagagtatacaaacagttactccaca tctcaaccatggcaggaagaccactatcggtttcaacctgagcagacacattcaaggtct gaaaattctcctgggaaacaggggaacctcccctctgccattcacattcaccaagaattc cagcctgcgctgcacctcattgctctaaatacccctcttaatggcagtatgcactccatt cgtggtgtggacttccaatgttttgagcaggccagaagagctggcctgaagggcactttc cgagcttttctatcatcccggctacaggatctttatagtattgttcgtcgagcagacaga aattctgtgcccattgtgaacctcagggatgagattctttttgataactgggaatctctg ttctcaaattctgaaagtcagctcagggctgggatacgaatctactcatttgatggaaga gatgtcttgagagatgcagcttggccccagaagatgatctggcatggctcagatacaaaa ggccgtcggctgacagaaagttactgtgaaacatggaggacagatgatagtgtggctatg ggacaggcttcttcattgctgagtggtagacttctagagcaaagagcccagaactgcaac aaatccttcatcgttctctgtatagaaaacagttttatgacttcagcccagaaataa

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