Desmodus rotundus (common vampire bat): 112306441 Help Entry 112306441         CDS       T05907                                  Symbol COL18A1 Name (RefSeq) collagen alpha-1(XVIII) chain   KO K06823   collagen type XVIII alpha Organism dro  Desmodus rotundus (common vampire bat) Pathway dro04974   Protein digestion and absorption Brite KEGG Orthology (KO) [BR:dro00001]  09150 Organismal Systems   09154 Digestive system    04974 Protein digestion and absorption     112306441 (COL18A1)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:dro04147]     112306441 (COL18A1)    00535 Proteoglycans [BR:dro00535]     112306441 (COL18A1)    00536 Glycosaminoglycan binding proteins [BR:dro00536]     112306441 (COL18A1) Exosome [BR:dro04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    112306441 (COL18A1) Proteoglycans [BR:dro00535]  Extracellular matrix (ECM) proteoglycans   Basement membrane proteoglycans    112306441 (COL18A1) Glycosaminoglycan binding proteins [BR:dro00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    112306441 (COL18A1) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Endostatin Collagen DUF959 Collagen_trimer Laminin_G_3 LDL Motif Other DBs NCBI-GeneID:  112306441 NCBI-ProteinID:  XP_024418180 LinkDB All DBs Position Unknown AA seq 1514 aa AA seqDB search MAPDPSGRLGLPLQLLLLTCCFTAAWADLLNWLWSSTQTNESTALLVSVPSGSPPVQPTE GMTTHVGPQDSPTEQGTASASPELLLESLEAGQGKASTSPPASTASTASPDTKEENIAGV GAKILNVAMGIRNFVQLWDDTTPTENASKMETLAPANPTDPPTLPGPSSTPQENGSILWL TSGALNSPDTKKTEAGSLLVPTQPPPSDRPWAMLSQPSVPPKSSEKVGTEVGLLQLLGEP LPPQITQIDDPDVGPAYIFGSDANSGQVAQYHFPSPFFRDFSLLFHVRPATEAAGVLFAI TDTAQAVISVGVKLSGVSDGHQHIQFLYTEPGAAQTHMAASFRLPAFAGQWTRFALSVDG DTVTLFVDCEEVQSVPLVRSPRGLELEPGSGLFVAQGGGADPDKFQGMIAELRVRRDPQV SPMHCLEDDDDDDDDGASGDFGSGLEETRGLLRKEEGASLKPSFPEAPPVTSPPLAGGNI SEVSRTEAIEEQSTVSLLGAHTPPGLNIVTTWDRGVRNPEDVLEEGLPDPVVQSPDARAI PGPQGPPGSPGPPGKDGAPGRDGEPGDPGEDGKPGDIGPQGFPGSPGDVGPKGEKGDPGV GPRGPPGPQGPPGPPGPSFRHDKLTFIDMEGSGFSGDLESLRGPRGLPGPPGPPGVPGLP GEPGRFGVNSSVIPGPAGLPGVPGRDGQPGLPGPPGPPGTPGKDGRPGEVGQKGSLGKAG TPGPKGSKGDPGPIGTPGESGSAGLPGPVGPPGPPGPPGPPGPPGPGLPAGFDDMEGSGG PRIQDDTEGSGGPFWLTAESANGLQGPPGRPGVKGDPGIPGLPGTKGEVGADGPAGFPGL PGREGANGAQGPKGEKGTQGEKGNPGKDGVGQPGLPGPPGPPGPVVYVSEQDRAVAVAHG VKGQPGFAGLPEPAGPKGDMGSRGQQGPPGPKGEKGEPGTVFGPDGRVPALAQKGAKGEP GFRGPPGPYGRPGHKGEIGFPGRPGRPGMNGFKGEKGEPGDAIGIGMRCPPGPPGPPGSP GPPGPPGLPRTPIYDSNAFMESGPAGPRGLPGHQGPSGPKGDKGEVGPPGPPGQFPFDLF QLEAEVKGEKGDRGDSGQKGEKGEPGGGGFFGSSVPGPPGPPGYPGAPGPKGESIRGQPG PPGPQGPPGIGYEGRQGLPGPPGPPGPPGPPSFPGPYRQPISVPGPPGPPGPPGPPGTMG TSSGVRIWPTYQTMLDKVPEVPEGWLMFVAEREELYVRVRNGFRKVLLEARTPLPRGTDN EVAALRPPLVQLHEGNPHPRWELPPSTARPWRADDILARPPRLLDPQPYPGVPHHGSYVH PRPARPTGVPAHTHQDFHPVLHLIALNGPQPGGLRGIRGADLQCFQQARAAGLAGTFRAF LSSRLQDLYSIVRRADRATVPIVNLWDEELFPSWEALFSGSLGQLKPGSRILSFDGRDVM QHPAWPQKSVWHGSDPSGRRLTESYCETWRTEATTATGQASSLLAGRLLEQKAASCHNAF IVLCIENSFMTSSN NT seq 4545 nt NT seq  +upstreamnt  +downstreamnt atggctcccgaccccagcggccgcctcggcctgccgctgcagctgctgctgctcacctgc tgcttcaccgctgcctgggctgatctgctgaactggctgtggtcatccactcagacgaat gagtccacagccttgctggtctccgtgccctcaggcagcccacctgtgcagcccacagag ggtatgaccacacacgtgggccctcaggacagccccactgagcaggggacggcttctgcc agccctgagctgctcctggagagtctggaagctggccagggcaaggcctccacttcccct cctgcctctactgcctccactgcgagcccagacacgaaggaggagaacattgctggtgtc ggcgccaagatcctgaatgtggctatgggcatccggaacttcgtccagctgtgggatgat accacccccactgagaatgcttccaagatggagacgctggcacctgcaaaccccacagac cccccgaccctgcctgggccctccagcaccccccaggagaatgggtccattctctggctg accagtggggccctgaactctccggacaccaagaagactgaggctggcagcctgctagtg cccacccagccaccaccctcggacaggccctgggcaatgctcagccagccctcggtgcca ccgaagtcctcagagaaagtgggcacagaggtggggctcctccagctgctcggggagccc ctgcccccacagatcacccagattgatgaccctgacgtgggaccagcctacatctttggc tctgatgccaacagcggccaggtggcccagtaccacttccccagcccattcttccgtgac ttctcgctactcttccatgtgcggccggccaccgaggctgcaggggtgctgttcgccatc acggacacagcccaggcagtgatctcagtgggtgtgaagctgtcaggcgtgagtgacggc caccagcacatccagttcctgtacaccgagcctggggcggcccagacgcacatggccgcc agctttcgcctgcctgcctttgctggccagtggacacgctttgcactcagtgtggatggt gacaccgtgacactttttgtggactgcgaggaggtccagtcggtgccgttggtgcgatct ccacgaggcctggagctggagcccggctccggcctcttcgtggctcagggtggaggagca gaccccgacaagttccaggggatgatcgcggagctgagggtgcgcagggacccccaagtg agccccatgcactgcctggaggatgacgatgatgacgatgatgacggggcgtcaggagac tttggaagtgggctggaggagacgcgggggcttctccggaaggaagagggcgcgtcccta aaacccagcttccccgaggctcccccagtcacttctcctcccttggctggaggcaacatc tcagaagtttccagaacagaagcaattgaggaacaatccactgtgtctttattaggagct cacacccctcctggcttgaatatagtcaccacctgggacaggggtgtccggaatcctgag gacgtcctggaagagggtctcccagacccagtggtgcagagccccgatgcacgggctatc cctgggccgcagggaccccctggatccccagggccaccagggaaggatggcgcccccgga agggatggggaaccgggcgaccctggggaagatggaaaacccggtgacattgggccacag ggcttcccaggatccccaggagatgtgggccccaagggtgagaagggggatcctggggtt gggccaagaggacccccaggaccccaggggcctccagggcctccaggaccttccttcaga catgacaagctgaccttcattgacatggaggggtccggcttcagcggtgacctggagagc cttcgaggcccaagaggtctcccgggccccccggggcctcccggcgtcccaggcctgccc ggagagccaggccgcttcggggtgaacagctcagtcatcccaggacccgccggccttccc ggtgtacctgggcgggatggacagcctgggctccctggccccccggggcctccgggcact ccagggaaagatgggcgaccaggagaggtcggccagaaaggcagccttggcaaagcgggc accccaggacctaagggaagcaagggagaccctggtcccatcggcactcctggggagagc ggctcagcaggactgcctggaccagtaggaccaccagggccccctgggcctcccgggccc cccgggcctccaggaccaggacttcctgcaggatttgatgacatggaaggctccggggga cccagaatccaggacgacacggaaggctctgggggacccttctggctgacagccgaaagc gctaatgggctgcagggaccacccggcaggcctggagtcaagggggaccctggaatacct gggctaccagggaccaagggagaagtcggtgcagacggacctgccgggtttcctggcctc cctggcagagagggcgcgaacggagcccagggaccaaaaggagaaaaagggacccaggga gagaaaggcaacccagggaaggacggagtggggcagccaggcctccccgggccccccgga cctccggggcctgtcgtctatgtgtcggagcaggacagagcagtggctgtggcccacgga gtcaagggacagccagggttcgcaggcctccccgagccagccgggccaaagggagacatg ggatccagaggccagcagggcccccccggacccaagggtgagaagggtgagccgggcaca gtcttcggccctgacggcagagtgccggctctggcccagaaaggagccaagggggagccc ggcttccgaggacccccgggtccatatgggcggcccgggcacaagggagagattggcttc cctggacgaccgggtcgccctgggatgaatgggttcaaaggggagaaaggagagcccgga gacgccattggaattggtatgaggtgtccacctggccccccagggcctccagggtcccca gggcctccagggcccccaggtcttcccaggacccctatctatgacagcaatgcatttatg gagtctggccccgctggacctcggggattgccagggcaccaggggccttctggaccaaag ggtgacaaaggagaagtaggcccgcccggaccaccagggcagtttccgtttgacctcttc cagctggaggctgaagtgaagggagaaaagggtgaccgaggggacagtgggcagaaagga gaaaaaggcgagcctggaggtggtggcttcttcggctccagtgtgcctggaccccccggc ccgccaggctaccctggggctccgggtcccaaaggagagagcatcaggggccagcctggc ccacctggacctcaggggccccccggcattggctatgaagggcgccagggacttcctggg ccccctggccccccagggcctccaggacccccttccttcccaggcccttacaggcagcct atcagcgttcctggacccccagggccacctgggcccccaggaccccctggaactatgggc acctcctcaggggtgaggatctggcccacgtaccagaccatgctggacaaggtgcctgag gtgccagagggctggctcatgttcgtggctgagagggaggagctgtacgtccgcgtccga aatgggttccggaaggtcctgctggaggcccggactccactcccacgtgggacggacaac gaagtggccgccttgcggccacccctggtgcagctacacgagggtaacccgcatccccgg tgggaactgcccccctccactgcgcgaccctggcgggcagatgacatcctggccaggccc ccacgcctgctggacccccagccctaccctggagtcccgcaccatggctcctacgtgcac ccccggccagcccgccccactggcgttcctgcccacacccaccaggacttccatccggtg ctgcacctgattgcactcaatgggccacagcctggtggcctacgtggcatccgaggtgcc gacctccagtgcttccagcaggcgcgtgccgcagggctggcaggcaccttccgtgccttc ctgtcgtcacgcctacaggacctctacagcatcgtgcgtcgtgctgaccgcgccactgtg cccattgtcaacctctgggatgaggagctgtttcccagctgggaggccttgttctctggc tccctgggccagctaaagcccgggtcccgcatcctctccttcgacggcagagatgtgatg cagcaccccgcctggccacagaagagtgtgtggcacggctcagaccccagcgggcgccgg ctgaccgagagctactgtgagacctggcggactgaggccacgacagccacaggccaggct tcctcgctgctggcaggcaggctattggagcagaaagccgcaagctgccacaatgccttc atcgtcctctgcatcgagaacagcttcatgacctcctccaattag

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