Microbial communities play an important role in the maturation of cheese and determine to a large degree its taste quality. The typicality and the sensory richness of Tessala camembert diversity is preserved by this microflora. In the present study, we tried after isolation and purification to characterize genotypically lactic microflora of this cheese at the end of maturation of the transformation from thermized milk of local breed cow. The bacterial DNA from twenty-two purified lactic culture was established by an amplification of ribosomal DNA 16S by specific universal primers of prokaryotes with strains reference of each isolated bacterial species used as positive controls. The results show the characteristic of the Tessala camembert by the diversity of its original lactic flora dominated by lactococci, enterococci, lactobacilli, pediococci and leuconostocs, preserved by the initial thermization of milk used to maintain the technologically-interested dairy microbial ecosystem.

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