Xenia sp. Carnegie-2017 (soft corals): 124440521 Help Entry 124440521         CDS       T08024                                  Name (RefSeq) collagen alpha-1(III) chain-like   KO K06237   collagen type IV alpha Organism xen  Xenia sp. Carnegie-2017 (soft corals) Pathway xen04382   Cornified envelope formation xen04512   ECM-receptor interaction xen04518   Integrin signaling xen04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:xen00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     124440521    04518 Integrin signaling     124440521  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     124440521  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     124440521  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:xen04147]     124440521    00536 Glycosaminoglycan binding proteins [BR:xen00536]     124440521 Exosome [BR:xen04147]  Exosomal proteins   Exosomal proteins of other cancer cells    124440521 Glycosaminoglycan binding proteins [BR:xen00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    124440521 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Collagen Motif Other DBs NCBI-GeneID:  124440521 NCBI-ProteinID:  XP_046846870 LinkDB All DBs Position Unknown AA seq 905 aa AA seqDB search MSLDFIGENGPDGEPGLDGRQGPKGPYGAYGESGSIGKKGAKGLPGYPGYIRSIILPGRS DNKGPGPNDNRNRIDIMPPQPGPPGKPGKPGIRGTDGKYGPLGPEGIVGNKGSQGAPGKN GLRGNDGLSGNPGDHGNPGRPGTVGMKGAIGKDGNPGIRGRKGHAGWKGDVGFVGERGAQ GEKGTAGENGDKGEAGTEGRDGVSGSMGPRGQYGKAGKKGPVGKDGVIGPKGRMGHHASH GRRGPMGSRGQPGGLGLRGDTGIPGEHGRRGDMGPNGLPGSAGHVGPIGNPGYKGSMGDP GLFGGQGKLGPMGNMGSVGSEGSLGNRGDKGETGETGSRGERGDKGSTGDQGSLGVQGSN GGEGTQGQYGEPGADGNDGLPGRKGDDGGNGIRGASGQKGYKGNDGSIGFSGSRGKRGKK GRQGSPGKSGSVGKAGELGHNGNIGVHGRQGVPGLQGPPGILGVNGQAGKDGIQGKIGIS GPAGPPGITGKDGDLGVIGPQGFMGPQGERGDRGSRGVPGVVGDDGDLGMPGKDGADGEV GLAGDIGVSGPAGEKGEKGTEGGMGEDGEMGSPGFQGSAGGRGSVGEKGTSGPVGIIGIH GSRGSKGMIGATGVLGQRGSKGAMGLPGKKGAPGVNGSPGMKGIDGPDGSDGDPGKRGGK GPLGDTGKTGSSGQKGYQGARGDPGLQGSIGENGNPGIIGKRGLQGEIGQTGGKGETGDD GLPGLAGLRGADGPPGNRGNAGQNGEDGFVGFAGPLGDKGEVGVPGKRGEQGSMGDLGIR GTDGRKGFPGSQGYIGDRGSAGPMGERGSPGGHGEAGAQAGPGAPGVTGLPGLHGQPGTR GNIGFRGQTGPVGPQGAMGEVGQTGKNGNDGKSGEQGSEGPKGIRGGQGRVENLENVDFL VILET NT seq 2718 nt NT seq  +upstreamnt  +downstreamnt atgtcattagatttcattggggaaaatggtcctgatggtgaacctggtcttgatggtaga caaggtccaaagggtccatatggagcatatggtgaatcgggaagtataggcaagaaaggt gccaaaggtcttcctggttatcctggttacattcgatcaattattctccctggaaggtcc gacaacaaaggacctggtcctaatgataacagaaacaggatagacataatgccacctcag cctggaccacctggaaaacctggaaaacctggaattcggggtacagatggtaaatatgga ccattaggacctgaaggcattgttggaaataagggaagtcaaggtgctcctggtaaaaat ggtctacgtggaaacgatggtttgagcggaaatcctggcgaccacggcaatcctggacgt cctggtacagttggtatgaagggagctattggaaaagatggaaatcctggaattcgtggc agaaagggtcatgctggatggaaaggtgacgttggatttgttggtgagagaggagctcag ggagagaaaggtacggctggtgaaaacggtgataagggcgaagctggtacagagggccgt gacggcgtttccggtagcatgggaccacgtggtcagtatggaaaagcaggaaagaaagga ccagtggggaaagatggagttatcggtcctaagggtcgtatgggacatcacgctagtcat ggtagacggggtcctatgggttcacgaggacagccaggtggcttaggactacgtggagac actggcatacccggtgaacatggaaggcgcggtgacatggggccaaatgggctaccgggc tcagctgggcatgtgggaccaatcggaaacccgggttacaaaggttcaatgggtgaccca ggcctgtttggtggtcaaggaaaacttggtcccatgggaaatatgggctcggttggttct gaaggtagtctaggaaatagaggggataaaggtgaaacgggtgaaactggaagtcgaggg gaaagaggtgataaaggttcaacaggagatcaaggatcattgggtgttcaaggaagcaat ggtggagaagggactcagggtcaatatggagagcctggtgctgacggtaatgatggtctt cctggtagaaagggtgatgatggtggtaatggtattcgtggagcttctggtcaaaagggc tataagggcaatgatggatcgattggcttcagtggaagcagaggaaaaaggggaaagaaa ggacgacagggctctcctggaaaatctggctcagttggaaaagctggagaacttggacat aacggaaatatcggtgtacatggtcgacaaggtgttccgggactgcaaggccctccagga atcttaggtgttaatgggcaagcgggaaaagatggtattcaagggaaaattgggatttca gggcccgcaggtccaccgggtataactggtaaagatggggatcttggagtgatcggtcct caagggtttatgggaccacaaggagagagaggtgatcggggtagtcgcggtgttccagga gtagtgggagacgacggagacttgggaatgccaggaaaagacggtgcagacggggaagtg ggacttgctggcgacataggcgttagtggtccagctggagaaaagggtgagaaaggtaca gaagggggaatgggagaagatggagaaatgggttcacctggttttcaaggttcagcaggt gggcgaggaagcgttggagaaaagggtacttctggtcccgttggtatcataggtattcat ggatcacgtggaagcaagggaatgattggagctactggtgtacttggtcaacgtgggagt aagggtgcaatgggtcttcctggtaaaaagggtgctcctggtgtaaatggtagtcctggg atgaagggcattgatggtccagatggttctgatggagatcctgggaaacgtgggggtaaa ggtccccttggagatactggaaaaactggatcttcagggcaaaaaggatatcagggtgct cgtggtgatccaggtttacaaggatctattggagaaaatggcaatccgggtatcatagga aaacgtggtcttcagggtgaaattgggcaaactggaggaaagggagagacaggagacgat ggattgccaggtcttgctggactgaggggtgcggatggaccacctggcaaccgtggtaac gccggtcaaaatggagaagatggctttgtgggctttgctggtcctctgggagataaaggt gaagttggtgtacctggtaagcggggtgagcaagggtcgatgggagatcttgggattcgt ggaactgatggtcgaaagggctttcctgggtcgcaaggatatattggcgatcgtggttct gctggtcctatgggtgagcgtggttctcctgggggtcatggagaggctggtgctcaagct ggacctggtgctcctggagttactggtcttcctggtcttcatggacaaccgggaacaagg ggtaatattgggttcagaggacagacaggccctgttggacctcaaggtgctatgggagaa gtcggtcagactggaaagaatggaaatgatggcaaatccggagaacagggttctgaaggc ccaaaaggaatacgtggaggacaggggcgagtggaaaacctggaaaacgtggactttctg gtaattctggaaacttag

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