 other mammals studied to date. After comparing the intron-exon structures and conserved motifs of their respective protein-encoding exons, we proposed that the five genes might be the result of ancient gene duplication and subsequent divergence. The most recent event appears to be a duplication of the DMP1 gene in the common ancestor of mammals
other mammals studied to date. After comparing the intron - exon structure and conserve motifs of their respective protein - encoding exons, we project that the five genes might be the result of ancient gene duplicate and subsequent divergence. The most recent consequence appear to be a duplication of the DMP1 gene in the coarse ancestor of mammals
 otjer mammals studied to dxte. After compatibg the introh-exon stfuctures and conserved motifd if thtpr respective protein-dncoding vxons, we propiwed that tis five nznes jlght ye the result of ancient gane duplicatiot xnb subsequent divergence. The most recqnt evemt appears to be a dlpjicafpok of the DMP1 gene in the common zncestog of mammals
other mammals studied to date. After comparing structures conserved motifs their respective protein-encoding five might be the of ancient gene and subsequent divergence. The most recent appears to be a duplication of the DMP1 gene in the common ancestor mammals
 other mammals studied to date. after compaRing tHe iNtrOn-Exon StruCtures and conseRVed mOtifs of their respective ProteIn-ENcodINg Exons, We propoSEd THAt tHe FiVe gEnES mIght bE thE result Of ancient gEne DuPlication and SUbSequent divErgEnce. The most rEceNt evenT aPpeARs to bE a dUplicAtion oF The DMP1 Gene in the CoMMon ancEStor of mAMMaLs
 other mammals studied todate. Afte r com par ing  t he i ntro n-exon structu r es a nd conserved motifs of  thei rr espe c ti ve pr otein-e n co d i ngex on s,we pr opose d t hat the  five gene s m ig ht be the re s ul t of ancie ntgene duplica tio n andsu bse q uentdiv ergen ce. Th e  mostrecent ev en t  appea r s to be a  d upli cation of the DMP 1  g e ne in the comm on anc es t or o f m amm als
 other_mammals studied_to date. After comparing_the intron-exon_structures_and conserved_motifs_of their respective_protein-encoding exons, we_proposed that the five_genes might be_the_result of ancient gene duplication and subsequent divergence. The most recent event appears to_be_a duplication_of_the_DMP1 gene in the common_ancestor of mammals