Clupea harengus (Atlantic herring): 105900283 Help Entry 105900283         CDS       T09045                                  Symbol mmrn2a Name (RefSeq) multimerin-2a   KO K24247   multimerin Organism char  Clupea harengus (Atlantic herring) Brite KEGG Orthology (KO) [BR:char00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04990 Domain-containing proteins not elsewhere classified [BR:char04990]     105900283 (mmrn2a) Domain-containing proteins not elsewhere classified [BR:char04990]  C1q domain-containing proteins   Emilin / mutimerin group proteins    105900283 (mmrn2a) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  C1q EMI Motif Other DBs NCBI-GeneID:  105900283 NCBI-ProteinID:  XP_042565430 UniProt:  A0A8M1KS30 LinkDB All DBs Position 13:25922155..25948246 Genome browser AA seq 1116 aa AA seqDB search MTHDQTVVCKQRECWKERADRHNDSGWEAGAFAGAAAGGSLRRAGQGPRGGGGGGCGGGV SRGTGRLGPRGGVRGGAAPPERAWTGAPWGHNATSSAPHHPWAAPPEGHGLELPGGTTQH HLPHTAHGHHTPGQAEETPAADGDTGPQSFPARTGNWCAYVQKRMVTVAVSCGTEKYTIK SQSPCPSGTPDCQIIMYKLSTRPVYREKQKIFTALLWHCCPGHGGDNCEDSVPDDQALRD PQSPTAAGRTHPGGPPAQHAGVEGHPQLMRDPSWEQNDSEVSGSPLYEARGVPAENDTSA DLTYDYQTQRDLYPSQHGPDGGGPVDRELDAEPWPYPPSSALPLLPQMAALIMAQLQPVL DGFNHTLERLSLEVGGLSRDVAELKLRREERGNHDHHTLGHGTEEAQEGQEVQEGPEVQE YSSSRYEFLEGKLEESFQQIEELQRRLEERLHSQHVMLHYNLTSFKTDIDVKIKRQQKNL QMNLQALNSSISELRQGQENLEEEIQRTWDTPIERPVIPAQSQPISLEPEPAPALWEAIA RLDEKVVNNTVKVDTLSEGLQVTDGNVSNLQSVLQELDEKIGSTGLKSQIQFMETVLEVD AARATVLQRVEELANNLTLQRDKQLDTDSDVDYLYKQLYVNVSRGGDDCKCEASISRLQE AIAKVNVVASENKMAVESAAHSKPEGWDDWMPSVEDLKQGLSHVQNSLGFEQERTRALNS NMSLLQASLLGSQQHIRALQNKEDGKESEVQHLQGSFNSLLKDALRHGEVLEVVLGMEVL EFLALPEEQQMQHSIPAAKKMIQDLRDQLKAAPETEAADEPSVLTEWASRGLMKTSADKD TKDLLYDEPDEGQDYSESDFWSLDKAVEELAIRVRRAEARPCPVSCCNCSKDAASSGVEV KLQAEVNSLRKGLEDHLQLFKSIFGNTEGLTGSEATLDLDKLSAMMKRKEAKQQRKQQKR SGHRGEKGSLRSRRDASLETTLRAVQSDNPLAFISSTKSGSSKDGPLIFDDILLDRGEMY STTTGVFRAPVKGLYLFVVTLDFGPGASLARLMRGEGVVSASLHQSQRKPAGPATRVCLL QLEQGEELYLELSQGSLEGSSAQDNTFAGLLLYQTT NT seq 3351 nt NT seq  +upstreamnt  +downstreamnt atgacccatgaccagactgtggtgtgtaagcagcgcgagtgttggaaggaacgggccgac agacacaatgacagcggttgggaagctggtgcttttgctggggctgctgctggcggctca ctgcgacgtgcgggccagggaccccgaggtggaggaggaggaggctgcggcgggggagtc tcacgggggacgggacggctgggaccccgcgggggggttcgggggggggcagcaccaccc gagagggcatggactggagctccctgggggcacaacgcaacatcatctgccccacaccac ccatgggcagcaccacccgaggggcatggactggagctccctgggggcacaacacaacat catctgccccacaccgcccatgggcatcacaccccgggccaggcggaggagacgcccgca gcggatggagatacggggccccagagcttccctgcccgcaccgggaactggtgtgcgtac gtgcagaagcgcatggttactgttgccgtgtcctgtggaaccgagaagtacaccatcaag tctcagagcccctgccccagcggcacccccgactgccagatcattatgtacaaactctcc acgcggccggtgtaccgagagaagcagaagatcttcacagccctgttgtggcactgctgc ccaggccatggtggagacaactgtgaggactcagttccagacgaccaggccctcagggac ccccagtccccaaccgcggcaggtagaacccatccaggtgggccccctgctcagcatgca ggtgtagagggacacccgcagctgatgagggacccaagctgggagcagaacgactctgag gtgtcgggcagccccctgtatgaggcgcggggggtcccagcggagaacgacacctccgcg gacctcacgtacgactaccaaacccagagagacctctaccccagtcaacacggccctgac ggaggaggtcccgtggacagggagctggacgctgagccctggccctaccctccctcttct gcgcttccgcttctacctcagatggctgccctcatcatggcccagctccagccagtcctc gacggcttcaaccacaccctggagcgcctctctctggaggtgggaggcctgtcccgcgac gtggcggagctcaagctgagacgggaagagaggggaaatcacgatcaccacaccctgggc cacggaactgaagaagcacaggaggggcaggaggtgcaggaggggccggaggtgcaggag tattcgtcgagtcggtatgagttcctggaggggaagctggaggagagcttccagcagatt gaggagctgcagaggcggctggaggagcgactgcactcccagcacgtcatgcttcactac aacctgaccagcttcaagacggacattgatgtcaagatcaagcggcagcagaagaattta cagatgaatttgcaggccctgaactcgtctatctcagagctgaggcagggacaggaaaat ctagaggaggaaatacagagaacctgggacacgcccattgagagaccagtcatcccagcc cagagccagcccatcagcctagaaccagaaccagcaccagccctctgggaggccatcgcc cgcctggatgagaaggtggtcaataacacggtgaaggtggacactttgtccgaggggctt caggtgacggacgggaacgtgagcaatctgcagagtgtactccaagagctggacgaaaaa atcggaagcacgggtctcaaaagccagatccagttcatggagactgttctggaggtggac gcagcccgggcgacggtcctgcaacgcgtggaggagctggccaacaacctgacgctccaa cgcgacaagcagctggacacggattcggacgtggactatctgtacaagcagctctatgtt aacgtcagccggggcggtgatgactgtaaatgtgaagcctcgatctcccgcctgcaagag gccattgccaaagtcaacgtggtagccagcgaaaacaagatggccgtggagagcgcggcg cattcaaagccagagggctgggatgactggatgccatctgtggaggacctcaagcaaggg ctgagtcatgtgcaaaactctctgggctttgagcaggagaggaccagggccctgaactca aacatgtccctgctgcaggcctccctcctgggcagccagcaacacatccgggccctccag aacaaggaggacgggaaggagagcgaggtccagcacctccagggctccttcaactctctg ctgaaggacgccctccggcacggcgaggtcctcgaggtggtactggggatggaggtgctg gagtttttggcgttgccggaggaacagcagatgcaacactccattccggcggccaagaag atgatccaggatctgagggaccagctcaaggcggctccggagactgaggcagcagacgag ccctcagtgctgaccgaatgggcatcacgaggactcatgaagacgagtgcagacaaagac acgaaagatctcctgtatgatgagccagacgagggccaggattactcagagagcgacttc tggagcctggataaggcagtggaggaacttgccattcgggtgaggagggctgaggcgcgc ccctgccctgtttcttgctgcaactgctccaaggatgctgcctccagtggtgtggaggtg aaactgcaggcagaggtcaactccctgcgcaaaggactcgaagatcacctgcagctgttc aagagcatcttcggcaacaccgagggtctgaccggctccgaggccacactggatctggac aaactgtctgcgatgatgaagaggaaggaggccaagcagcagaggaagcagcagaagaga agcggccatcggggagagaaaggcagccttcgcagcaggagggacgcatcgcttgagacc acattgagagccgtccagtcagacaatcctctggcgttcatctcaagtaccaagagtggc agtagtaaggacggtccgctgatctttgacgacatccttttggaccggggtgagatgtac tctaccacaaccggtgtgttccgtgcaccggtcaaaggactctatctctttgtcgtgacg ctggacttcggaccaggagcttctttggcgcgactgatgagaggcgaaggggtcgtgtca gcgagcctccatcagagccagcggaagcccgcgggacctgccacgcgcgtgtgtttgctg cagctcgagcagggcgaggagttgtacctggaactgtcgcagggaagcctggagggcagc agcgcacaggacaacactttcgcggggttattgctttatcagaccacctga

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