Silurus meridionalis (southern catfish): 124382154 Help Entry 124382154         CDS       T08004                                  Symbol col28a1a Name (RefSeq) collagen, type XXVIII, alpha 1a   KO K23619   collagen type XXVIII alpha Organism smeo  Silurus meridionalis (southern catfish) Brite KEGG Orthology (KO) [BR:smeo00001]  09180 Brite Hierarchies   09181 Protein families: metabolism    01002 Peptidases and inhibitors [BR:smeo01002]     124382154 (col28a1a) Peptidases and inhibitors [BR:smeo01002]  Peptidase inhibitors   Family I2: Kunitz - BPTI family    124382154 (col28a1a) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Collagen VWA VWA_2 Kunitz_BPTI Motif Other DBs NCBI-GeneID:  124382154 NCBI-ProteinID:  XP_046700247 LinkDB All DBs Position 29:complement(9146480..9164045) Genome browser AA seq 1126 aa AA seqDB search MKCVLVLCVLLLVFSGKGLSRRRSRQKVNSLVVRNETKALICPVEVAFLVDSSEKSKALL FEKQCSFVKRFSTRLSLLDAPGWRLRLRLAVLQYSSSVSVEHNFQGWQDVDVFQSRVSSM VHIGHGTYLAYAISNATQLFTQETTDSSVRIALLMTDGVDHPRSPSAVAAAAEAKNNNIH IFVIGLTRDVLSDTRLRSIASPPPHQHLFSLEDDHLDERLFRELSMVVNTECPQPKYCLC DKGEMGPAGNPGKPGNPGQPGLPGSKGSRGAPGLNGRPGIEGREGRPGVRGEKGERGECG AAGLKGEQGAEGPPGRHGPPGEQGLIGGPGDHGSPGPAGPKGERGPPGASGPPGDQGIGI PGPKGDQGYQGRLGPTGPVGIGEPGPPGTPGPPGLPGNQGFPGEGLPGPKGDRGFQGPKG VPGPQGIGIKGEKGNAGDPGPPGLIGFPGAGIQGEKGEQGPLGPPGIRGTPGLGIVGPKG DQGFPGKHGLQGERGAGEPGPKGEPGSVGVPGIPGIPGEDGAVGPKGEKGLPGLQGPDGA PGKGIPGEKGDQGDRGIRGLPGSPGPAGPSGAKGEPGSPGMLGMPGPVGFGYTGPKGEPG PVGPQGVIGEPGVGITGRKGDRGSPGQAGLQGLKGEGYPGHQGLPGLPGVPGDIGPEGPG LPGPKGERGSPGVPGPPGPTGIGLTGPKGVTGHPGPPGPPGPPGEGIQGTKGEPGFQGIP GPRGFTGEGLPGNKGDRGLRGERGRKGDSGDFGAPGQLGAAGKPGQKGGPGLSREQVIKI IREMCGCGLRCSESPLELVFIIDSSESVGPENFELTKDFLNALIDRVAVSREATRVGVVL YSHVHMVVVSLQQLIDLTSIKVAVRNMPYLGEGTFTGSAIRGATRLFQASRHGVRKVALL LTDGQADRRDAVRLEVAAEEAHTAEIEMFVIGVINGTESGYTQFQREMKSIASDEEHVFL IPDFMSLSSLESKILSRICELDDDSVFSSNKIISFPAGNVPEAPVGFSTPVPETDETPAP EDDANDFTAGKSLQPPAVPAARQRPPANVLFDPEVSSPSQIHPPPFQGAAVGCTEGLDPG PCRSYEVKWYYDRLANACAQFWYGGCNGNNNRFDTHQSCVDACVKT NT seq 3381 nt NT seq  +upstreamnt  +downstreamnt atgaagtgtgtcttggtgctgtgtgtgctgctgctggtcttctctgggaaaggtctgagt cgacgaagaagcagacaaaaagtaaatagtctagtggtccgaaacgaaacaaaagctctg atttgtccagtggaggtagccttcctggtggacagctctgagaaatccaaggctcttcta ttcgagaagcagtgcagcttcgttaagcgattcagcaccaggttgtctttgttggacgct cctggctggcggctacgtctacgtctggctgtgttgcaatacagcagcagtgtctcagtg gaacacaacttccaaggatggcaggatgtggacgtcttccaaagccgagtgtcgtccatg gtccacatcggtcatggcacgtatttggcctacgccatctcgaatgccacacagcttttt actcaggagacgacggacagtagtgtccgtatcgccctgttaatgacagacggagtggat catccacgcagcccgagcgccgttgctgctgcagccgaagcaaagaacaacaatatacac attttcgtcattggcttgacgcgagatgtgctaagtgacaccaggttgaggtccatcgcc agccctccaccacatcagcaccttttcagcctcgaggatgatcatcttgacgagaggctt ttcagagagttgagcatggtggttaacacagaatgtccgcagcccaaatactgtttgtgt gataaaggagagatgggtcctgcaggaaacccgggaaaaccaggaaacccaggacaacct ggccttcctggttccaaaggatctagaggggcacctggcttaaacgggcgaccgggaata gaaggccgtgagggaagaccaggagtaagaggtgaaaagggtgagagaggcgagtgcggt gcagcagggctgaaaggagagcaaggtgcagaaggaccaccgggacgacatggacctcca ggagagcagggtctcattggtggtcccggagatcacggttcaccaggtcctgctggaccg aaaggtgaacgaggacctcctggagcttctggcccaccaggagaccaggggattggcatt cctggtccaaagggagatcagggataccagggcagactgggccctactggacctgttgga ataggagagccaggaccaccaggaacacctggaccaccaggactgccaggtaaccagggt tttccaggcgagggtttaccaggacctaagggggacagaggctttcagggtccgaaaggt gtacccgggccccaagggataggcatcaaaggtgaaaaggggaacgctggagatccagga ccaccgggactgattggattccctggagctgggattcagggagaaaagggtgaacaaggg ccactcgggccaccgggcattagaggaactcctggtctgggcattgtaggtccaaagggg gatcagggctttcctggtaaacacggacttcaaggagaaagaggcgcaggagaacctgga ccaaaaggggagccgggatcagttggagtgccgggaattcctggtatcccaggagaagat ggagctgtgggacccaagggcgagaaaggtttaccaggtctgcaaggtcctgacggtgca ccaggaaaagggattccaggagaaaagggcgatcaaggtgaccgagggattcgtggtctt ccaggatctccaggacctgcaggaccatctggggcaaagggagaaccgggtagtcctggg atgttggggatgcctgggccggtgggttttggatatactggtccaaagggtgagcctggg cctgtgggtcctcagggggtgatcggagagccaggagttggaatcacagggcgaaagggt gacagaggatcacctggacaagcaggactacaggggctgaagggagaaggttaccctggg catcagggacttcctggattgcctggagtaccaggagatattggaccagaaggacccgga ctaccaggacctaagggggagagaggttcacctggggttcctggtccacccggaccaact gggataggacttacaggaccaaagggtgtgactggtcatccaggtcctcccggtcctcca ggcccacctggtgaaggcattcagggtacaaaaggagagccagggttccagggaatacca ggccccagaggcttcacaggagaaggtcttccaggaaataagggtgacagaggtctacgt ggtgagcgtgggagaaaaggagacagcggagatttcggtgcacctgggcaactaggagca gcgggaaaacctggtcagaaaggaggtcctggtctctctagagagcaagtgatcaagata atcagagaaatgtgtggttgtggcctgaggtgcagcgagagtcccctggagcttgttttc ataatcgacagctctgaaagtgtcgggcctgagaacttcgagcttacaaaggactttctg aacgccctgatagaccgcgtggctgtgagccgtgaagccacacgtgtcggagtcgtattg tatagtcatgtccacatggtggtggtcagtcttcagcagctgatcgacctcaccagcatt aaagtggctgtacgcaacatgccctatctgggtgagggtacgtttaccggaagtgcaatc cgcggtgccacgcggttattccaggcctcgcggcacggtgtgaggaaggtggcactgttg cttacagacggacaggctgacagacgggatgcggtgcgtctggaggttgccgcagaagaa gcgcacacggccgagatcgagatgtttgtaattggcgtaataaatggcactgaatcaggt tacacccagtttcagagagagatgaagtccatcgcttcagatgaagagcacgtcttcctt attcctgacttcatgagcttgtccagcttggagagtaaaatactgagtcggatctgtgag ctggacgacgattcggttttcagctcaaacaagatcattagtttcccagctggaaatgtg cctgaagctccagtaggctttagcacccccgttccagaaacggatgaaacgccagcaccc gaagatgatgcgaatgattttacggcagggaaaagtctccagcctcctgccgtacccgcg gcgagacaacgacctcctgcaaatgtcctgtttgaccccgaggtcagctcaccttcacag attcaccctccaccattccaaggagcagctgttggctgtaccgagggtctggaccccggg ccgtgcaggagctacgaggtgaagtggtactacgatcgtttggctaacgcctgtgcgcag ttctggtacggtggttgcaacggtaacaataaccgcttcgatacacaccagagctgcgtg gacgcttgtgtgaaaacgtga

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