International Journal of Food Science & Technology · 2013 · 52 citations · 33 references
AgricultureFood ScienceMicrobiologyFermentation ScienceFood MicrobiologyMicrobial PhysiologyFermented Meat ProductsFood FermentationLactic Acid BacteriaProbioticsProbiotics In FoodsStarter CulturesFermentation Starter CulturesLactic Acid Bacteria In MeatLactic Acid Bacteria ProbioticsMeat FermentationProbiotic FermentationProbiotic Fermented FoodsProbiotic Fermented Meat ProductsStarter Culture Microbiology
Summary To produce a novel product of T hai fermented meats, such as healthy N ham , 602 lactic acid bacteria were isolated from fermented foods and fourteen isolates that produced high amounts of γ‐aminobutyric acid ( GABA ) were also tested for inhibiting the seven foodborne bacteria. Four selected isolates produced GABA in the range of 7339–9060 mg L −1 ( NH2 < NH102 < NH116 < HN8 ) and their culture filtrates with a pH of 3.8, except 4.2 for NH2 inhibited all target organisms. Selected strains were investigated for their physiological and functional properties of probiotics in vitro . Strain NH102 survived best in the gastrointestinal tract with only a one log cell decrease over 4 h, whereas strain NH116 was the best cholesterol removal (43%). None showed any haemolysis and all hydrolased bile salts. Strain NH2 was identified as L actobacillus namurensis and all the others were P ediococcus pentosaceus . Strains HN8 and NH2 were potential starters for fermenting meats.
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Bergey's manual of systematic bacteriology