Dromaius novaehollandiae (emu): 112988887 Help Entry 112988887         CDS       T07572                                  Name (RefSeq) collagen alpha-3(IV) chain-like   KO K06237   collagen type IV alpha Organism dne  Dromaius novaehollandiae (emu) Pathway dne04382   Cornified envelope formation dne04510   Focal adhesion dne04512   ECM-receptor interaction dne04518   Integrin signaling dne04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:dne00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     112988887    04518 Integrin signaling     112988887  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     112988887   09142 Cell motility    04820 Cytoskeleton in muscle cells     112988887  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     112988887  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:dne04147]     112988887    00536 Glycosaminoglycan binding proteins [BR:dne00536]     112988887 Exosome [BR:dne04147]  Exosomal proteins   Exosomal proteins of other cancer cells    112988887 Glycosaminoglycan binding proteins [BR:dne00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    112988887 SSDB OrthologParalogGFIT Motif Pfam:  Collagen Motif Other DBs NCBI-GeneID:  112988887 NCBI-ProteinID:  XP_025965498 LinkDB All DBs Position Unknown AA seq 1351 aa AA seqDB search MKGNKGEKGFPGXPGPPGLRGFPGPEGPPGPQGPQGSPGLMGLPGAKGIRGVPGIPGFSG PPGLPGEPGTVGPPGRPGVPGCNGTKGDRGFPGPPGRRGAPGVAGIPGIKGEKGCPADDY NEVYGVKGDPGLPGMPGLRGSQGIQGYPGETGPQGPPGVSGVPGRAGPPGPKGLMGMKVI GNKGRKGDTGLTGPPGPPGTVIVTLSGPDNMTDLKGEKGEKGSRGLPGPVGFTGPVGDSQ SEKGDRGEPGAQGKPGKEGAPGPPGLPGQKGEQGEPGLAGKQGAKGAKGNTGPAGACGRT EYYDKVAGEKGDEGLPGPPGPKGQRGMPGPRGPPGDAGRPGVSRPGLRGPPGLPGLKGIK GEKGQSGLHIVGPPGLPGITGRPGSAGLPGPPGEPGRITFRPGLPGLPGEPGYVGPPGPP GDTGMKGDEACVCTDCSYIPGAPGLPGSPGPHGQDGIYGREGTPGPKGSPGSPGAPGFPG PQGLPGFKGDQGRKGSKGDPGYVYPEGPKGEQGDPGTEGDKGRKGSSGFLGRPGSKGSKG SKGEQGLAGSKGDRGLPGLPGNLGLAGEMGLPGPPGYGPQGTRGLKGSKGVSGPPGLPGE TGLKGETSMITPLPGLPGPQGPAGLPGLPGVPGRVGARGQPGDSGHPGPTGDTGFPGLGF PGNSGPKGDKGLAGGRGSPGCEGKIGDPGRAGNLGLPGGKGDPGMVIPGEPGRMGSPGGS GIPGPKGDTGFPGLPGLPGHAGHDGDDGLRGDPGSPGIPGDPGLPGKPTECLIGLPGLPG DEGATGPPGGRGLLGSKGKLGPPGLGIPGIFGNPGEPGLIGPQGNAGLPGPKGQSGRPGI SGVPGPRGEPGVMGPLGVPGPPGAFGSPGNPGSRGSFGFPGLKGRKGFLGQKGEPGDKGF PGPSETLVSTGNKGEQGSKGFQGRMGLRGEKGDAGVQGPPGLVGSEGIPGLPGVKGFMGL PGIPGGQGFPGAPGNIGDMGIPGPKGQKGSPGFPGPSGDSGQVGSGGSPGDKGDPGYPVP GPPGETGPKGDRGPPGGLGSKGEKGSQGQPGHTGVPGPDGIRGESGGAGIPGQVGLLGGI GAKGLQGLPGQMGIRGPPGAVGDPGENGLVGERGNQGQDGMPGTPGDKGEPGVPGRGIPG LRGIPGRKGIKGNMGLPGFPGPPGMKGCRGEQGPIGPPGLMGFPGFQGATGMAIPGQKGN RGIAGADARPGAPGFPGPPGLPTPSMKGSKGVRGADGIPGPTGPKGNIGLPGPKGMEGQP GFPGARGDPGLVGFPGVKGEKGNQGPPGPQGAEGPSGPKGQHGPPGDPGRVFSVPGNKGS PGLPGRPAQVNQDCLVQKETGDFQDKEDHLD NT seq 4056 nt NT seq  +upstreamnt  +downstreamnt atgaaaggtaataagggtgaaaaaggcttccctggcwttcctggtccacctggtcttaga ggctttcctggcccagaagggcctccagggccacaaggacctcagggttctccagggctt atgggcttacctggagctaaaggtatacgaggagtcccaggaatacctggattttcaggc cccccaggtcttccaggtgagccgggaactgttggtcctcctgggcgcccgggtgttcca ggatgcaatggcacaaagggcgatcgaggttttccaggtcctccgggtagaagaggtgct ccaggtgttgcaggtatccctggcatcaaaggagaaaaggggtgccctgcagatgactat aatgaagtctatggtgtgaaaggtgaccctggattgccaggaatgcctggacttcggggt tcccagggtattcaaggatatcctggggaaactggaccacagggccctccaggagtttca ggagtgccagggagagcaggacctccaggacctaagggtctcatgggaatgaaagtaata ggaaacaaaggaagaaagggtgacactggattaactggaccccctggaccaccgggaaca gttattgtgacattaagtggaccagacaacatgacggacttgaaaggagagaaaggagaa aaaggatcaagaggactcccagggccagtggggtttacagggccagttggtgattctcag agtgaaaagggtgatcgaggagaacccggagcgcagggtaaacctggaaaagaaggtgcc ccaggtcctcccggcttaccgggacaaaagggtgaacagggcgaaccagggttggctggc aaacaaggagctaagggggcgaaaggaaacaccggtccagctggagcttgtggtcgaaca gagtattatgataaagtggctggtgaaaaaggagatgaaggactccccggaccaccggga ccaaaaggtcaacgtggcatgcctgggccaaggggtcctcctggggatgctggtagacca ggtgtgtcaagacctggtctgagaggtcccccaggacttcctgggctgaaaggaataaaa ggagagaaaggacaatctggcttgcacattgtaggccctccaggactacctgggattact ggcagacctggttctgctgggttaccaggtccccctggagaaccaggtagaataacattt agacctggcctaccaggacttcctggagagccagggtatgtgggacctccaggacctcca ggagatactggcatgaaaggtgatgaagcttgcgtgtgtactgattgcagctatattcca ggagcacctggtcttcctggttctcctgggccacatggccaagatggcatatatggtaga gaaggaacaccaggtcccaaaggatctccaggttctccaggagcaccggggtttccaggg cctcagggacttccaggttttaaaggagatcaaggacgtaaaggatcaaaaggtgatcca ggatacgtgtatccagaagggccaaaaggtgagcaaggagatccagggactgagggagac aaaggaagaaaaggttcaagtggatttctgggaagacctggctctaaaggctcaaagggt tctaaaggtgaacagggattagctggttcaaaaggagacagaggactaccaggattgcct ggtaatcttggtcttgctggagagatggggcttcctggaccgccaggatatggaccacaa ggaacaagaggtctcaaaggctctaaaggagtatctggtccacctggattacctggagaa actggtctgaaaggagaaaccagtatgataactccattacctggattaccaggaccacag ggaccagctggtttacctggactccccggagtgcctggcagagttggagctagaggtcaa ccaggtgattcaggacacccagggccaacaggtgacacaggctttccagggcttggattt cctggaaactctggtccaaaaggagataaaggacttgcgggaggaagagggtcaccaggt tgtgaaggaaagattggagatccaggccgggctggaaatctaggactaccaggaggaaag ggtgatccaggcatggttattcctggagagccaggtagaatgggttcaccwggaggtagt ggcattcctggcccaaaaggtgatactggatttccaggacttccaggcctaccagggcac gctggacatgatggtgatgatggcctaagaggagatcctggctcacctggaattcctggg gatccaggtcttccagggaaacccacagaatgtcttattggcctgccaggtttgccaggt gacgagggagctacaggcccaccaggaggaagaggtttgctaggttcaaaaggaaaacta ggccctcctggcctgggtatcccaggaatctttggaaaccctggggaacctggactaata ggtcctcagggaaatgcaggattacctggtcccaagggacagtctggaaggccaggaatc tctggtgtgccaggcccaaggggagagccaggtgtcatgggcccattaggagttcctgga ccacctggcgcatttggaagcccaggcaacccgggtagcagaggttcttttggcttcccg ggactaaagggaagaaaaggatttctaggacaaaaaggtgaacccggtgataaaggtttt cctggaccatccgagaccttggttagtactgggaataaaggagaacaaggctcaaaagga tttcaaggaaggatgggtctaagaggagaaaaaggagatgcaggtgtgcaaggaccacca ggtcttgttgggtcagaaggaatacctggcctaccaggtgtcaaaggatttatgggtctt ccagggattcctggaggacaaggatttccaggagcaccaggaaacataggggacatggga attccaggtcccaaaggacagaaaggatctccagggtttccaggaccatcaggtgactca gggcaagtaggctctggtggctctccaggtgacaaaggagaccccgggtatccagttcct gggcctccaggagaaaccggtccaaagggagatcgaggtcccccaggaggtttaggcagc aaaggagaaaaaggatcccaaggtcagccaggacatacaggagtaccaggaccagatggg atcagaggggaatctggaggcgcaggaatcccagggcaagtaggacttcttgggggtatc ggtgctaaaggacttcagggcctcccaggacaaatgggcattagaggccctccaggtgct gttggagaccctggagaaaatgggcttgttggtgaaagaggtaatcaaggtcaggatggt atgcctggcaccccaggagataagggagaaccaggggtaccaggcagaggaatccctggc ctgcgaggtattcctggtcgtaaaggaatcaaaggaaacatggggctgcctggttttcct gggccaccaggtatgaaaggttgtcggggggagcaaggacccattggacctcctggcttg atgggattcccaggattccaaggcgcaacaggcatggctattcctggccaaaaagggaat agaggaattgctggtgcagatgcaagaccaggtgctcccggttttccagggcctcctggt cttcccactcccagcatgaaaggaagcaaaggtgttagaggagcagatggcataccaggg ccaacaggcccaaaaggcaacattggtctgccaggtccaaaaggaatggaaggtcagcca ggttttcctggtgctagaggggatcctggacttgttggattcccaggtgtaaaaggagaa aagggtaatcaaggacctcctggaccacagggtgcagaagggccaagcggaccaaaaggc caacatggtccacctggagaccctgggagagtattctctgtcccaggaaacaagggatct cctggactacccggaagaccagcccaggtcaaccaggactgcctggtccaaaaggagaca ggggatttccaggacaaagaggaccacctggactga

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