Home

Search

Browse

Statistics

User guide

FAQs

Links

Questions

Contribute

Download

Gene Protein Transcript Promoter Expression GO/PPI PubMed Cross reference

Gene information for DEFB106A (Homo sapiens) (Information is obtained from NCBI Gene database)

Entrez gene ID 245909 Official gene symbol DEFB106A Full name defensin, beta 106A Aliases ,BD-6,DEFB-6,DEFB106,DEFB106B,MGC118938,MGC118939,MGC118940,MGC118941,MGC133011,MGC133012, Gene summary Defensins form a family of microbicidal and cytotoxic peptides made by neutrophils. Defensins are short, processed peptide molecules that are classified by structure into three groups: alpha-defensins, beta-defensins and theta-defensins. All beta-defensin genes are densely clustered in four to five syntenic chromosomal regions. Chromosome 8p23 contains at least two copies of the duplicated beta-defensin cluster. This duplication results in two identical copies of defensin, beta 106, DEFB106A and DEFB106B, in head-to-head orientation. This gene, DEFB106A, represents the more centromeric copy. [provided by RefSeq] Location Chromosome: 8   Locus: 8p23.1 Gene position 7682694 - 7686575  Map Viewer Gene orientation plus Gene size 3882 bp Gene sequence >DEFB106A:158045..161926:Length=3882 CAGTCATGAGGACTTTCCTCTTTCTCTTTGCCGTGCTCTTCTTTCTGACCCCAGGTAAAA TGGGCATCTTTACAGGGAAGGTGATCGGAGGTGGTGTCCCACAGACAGGGTCCCCTTCAG TGAATGCCTGGGCGTGATCAACCCATCTACTACAAGAGGTGATATTCCCCAACGCCTCTT CTGTAATTCCTTTGCATTTTACATTGTTATCTAGGAGGGGCTGTCACAGGTTTGAAAGAA TAAAAGAAGGCCAGGAAAGATGCCTTTTGGCATCCCATCTCATGCTCACTAACAAAAACA AAAATTGAGAAAAAATTAAAAACAAGGATAGCAGTCTATGAACCTTTTAAAATGTAGTTA TGGTAGAGATTGAGACAGGTAAGGAGAAGGGACAGGTAAGGATCTGAGCTTAGAGACACC TATGCACTCATGCCAGTCATGGCAACAGGTAAAGCAGCGTAACTTGGACTGCCATTTCTT GATCACATATCATCAAGCCAAGTACTGTGATGAGAGCTTCACATAAAATGCATCTAGTCT TCCAGTGCCAGCGCCTTTACGGAAAACTCTGTCTTACCCCTAATTTAATGGAAGTTAGAG AAAATCTTTTTGGGTTTGAAGGTCCATTTTACAAATTTTATTACAGATGCAGAAATTGTG CCTCAGATGGGCTCAGTGCTTCTCAGAGTCTTATAGATAACCAAAACAAAGCCAGGGTAG GAGCCCAACTGTCTTGCCACAGTAAGAGGCATTAAAGACACCCTTCCCATATCAAAACTC TCTTCATTTTCTCCTGCTCCTGGGAATCTCCAGTGGCTCCAATTGTATCCTCTTCAAAAT TAAGGCTTAAGACCAGGCTCATGTGAGCCTCCAGAGAGCTGAAGAAAGGGATTCTCAGAG CCCACAGTAACTCCCAATTTCTGCCAGATACCAGTGATATACGATCCCAGGTATGATGCT CAACTTTTCACATCAGCTGCTCATAGCTCTGGTCTGTTTTGTGACAAGCCTGTGAGAGTA GATTCTGTGTCAAAACATGAGGATCTAGGACCCACAGTGACCTATGCCGTATTCAGGCCA CTGGTTTTGATATGCACGTTCGAAACTGGCCAGAGGTATCTTTTTCAGATCACTCATACT TATTATATAATAAGTCAAAAAAAAGATGTTATATACTATAAAATTATCTGTTAGATAATA CTATAATTATAAAAGTATAATTAGTTACTATAATTATTATGTAATTACAGATACTTATCT ATAATTACATAATGCTTGTTATATAATTATTAGATAATCTAATAATTACCTATTAGATAT ACTAGAGTATAATACTATAATACAATAGTATTAGAGAAAATCTTTTTGGTTTAGTATAGT ATTATAGTATAGCATAGTATATACTATAATTATTTACTGATGTTACAGTATGGTATTGTA CTAGTATTATATACTATATAGTATTGTACTAGTATATATTATATATATATATATACATAT TTTTTTTTTTTTTTTGAGATAGAGTCTCACTCTGTTCCCCGGGCTGGAGTGCAGTTTCAC AATCTCAGCTCACTGCAACCTCTGCCACCGGGGTTCATGCGATTCTCCTGCCTCAGCCTC CTGAGTAGCTGGGATTACAGGCATGTGCCACCTTGCCTGGCTAATTTTTTGTATTTTTAG TAGAGACGGGGTTTCACCGTGTTGGTCAGCCTGGTCTCGAACTCCTGACCTCGTGATCCA CCCTCCTCAGCCTCCCAAAGTGCTGGGATTATAGGTGTGAGACACTGCACCTGGCCAGAT ACTATATTATACTAGTATATTATTACTAGTAGTATTATATACTAGTATGTAATATAGTAT ATATACTAGTATAATACTCTAGTATATAGTATAGTATACATACTAGTATAATACTCTAGT ATATAGCATAGTATACATACTAGTATAATACTCTAGTATATAGTATAGTGTATATACTAG TATAATACACAAGTATATAGTATAGTGTATATACTAGTATAATACACTAGTATATAGTAT AGTGTATATACTAATATATACACTAGTATACAGTATAGTGTATATACTAGTATAATACTC TAGCATATAGTATAGTGTATATACTAGTATAATACACTAGTATATAGTATAGTGTATATA CTAGTATAATACACTAGTATATAGTATAGTGTATATACTAGTATAATACACTAATATATA GTATAGTGTATATACTATTATAATACTCTAGTATATAGTATATATACTAGTATAATACTC TAGTATATAGTATAGTATATATACTGGTATGATAATATAGTATATATACTATATTATTAC TAGTAGTATTATATACTAGTACATAGTATAGTGTACATACTAGTATAATACACTAGTATA TAGTATAGTATACTAGTATAATACACTGGTATATAGTATATATACTACTATAACACACTA GTATATAGTATAGTATATATACTAGTATAATACTATAGTATACACTATTATACCAGTATA TACTATAATACTAGTATTTTTATAGTATATACTAAGCTATACTATGATACTATACTAAAC CAAAAAGATTTTATCTGAATACCACGCTATAGTCTATAGTATAGTATTATATTAGTATCT GCCTTACAGTAGGGCAGAGAGAACATAGACCCCTGCCAGTGAGAGCCAGAGTTCATCGAG CTTTGAAATAGTGGAGTATTTTCACTTATGAACTGATGTGCTGATCCTGGATAATCATTA GTGCATATGCTGGCACTAATCCACCTGGCTGTAAGTTTTATGTAGATTTGAATTAGGCAC CTTTATATGTTGACATTAAATGTATATACATTATAGTATAGACATTAAATGCAATCTCTG TACATCTGATGCCTTCATTATATATACACAAATTGGGCAGCTCTAAAATGTTGATCCTGA TAAGACGTGCTGTCTGTCCTTAACTTGAAGCAGGCTGCTCTTGGGACTGCTACTGATAAA GCCCTAAGGTGGGAACTGGAATTCTCCGCAAAATGAACTGAGAAAATCTTAGAAAAACAT TCCCAACATGCTGCACCCTCCTTCTCTAAAGCACAAGTTTTCCGCAGTCGTTGCTTTGGT GAATATGGAGGAGAAATCAGGCTGAGCCTTCCAAGCAAGTTTCTATCTACCACAGTAAAC TCATTCTCTTTTTATATCTTTATCCCTTCCTTTGCTCTGGTCTGGAGCTATCTCCTCAGT CTCAGCTCTTGCTCTACTCTCACCAAGTAGCAGCCTCTGAGAGTGCACTAGGAAAATTAG CAGCCTCTGGGAGTGTTTATGGGAACAAGTTGATAATTATCCCCAACAGATTTCGATTAA AGAACCATAGCTTAGGGACGTTTCCCAAAGCTCCTACACAGCTTGGTCTCAAATGCTGGA AGACAAATGTATTCTTTCCGGTATTTCACCCTGTGTGACTATGAGACTGAAATATCAGAT AAAAATCAGGTCCCCTACCATCTCATTTACCGGTAGGATATGGCACTATGACAGCTTGTG AAAAAATCTTCACCAAGTAGTCATACAACTGTATCTGGTAAACATACATGTCTGAAAAGG GAATTAATCCAAATGGCTCCTTCCCTCGTGTAGCCAAGAATGCATTTTTTGATGAGAAAT GCAACAAACTTAAAGGGACATGCAAGAACAATTGCGGGAAAAATGAAGAACTTATTGCTC TCTGCCAGAAGTCTCTGAAATGCTGTCGGACCATCCAGCCATGTGGGAGCATTATAGATT AATGCAGAAGATTTAGGTTTCCAGAGAAGCATACATAACCTAGCTTCTTTTTACTCTTGC CTCTGCTGTAGGCAGACACTTTAATAAAAATAAATGACTGTC