Сравнительное исследование влияния генно-модифицированных каллусных клеток моркови, содержащих рекомбинантную щелочную фосфатазу человека, и пробиотика лебенина на восстановление количества лактобактерий при экспериментальном дисбактериозетезисы доклада
Место издания:Изд-во Томского политехнического университета Томск
Первая страница:148
Последняя страница:149
Аннотация:The effect of genetically modified carrot callus containing recombinant human alkaline to recoverythe quantitative of viable lactobacillus in experimental dysbiosis has been studied. In animals treated with genetically modified carrot callus containing recombinant human alkaline, the number of viable bacteria was 128.5 ± 2.6 log 10 CFUs per gram of feces of the day, which is lower than in intact animals, but higher than in the control animal group. Only in this animal group lactobacilli were detected throughout the experiment. The ability of genetically modified carrot callus containing recombinant human alkaline to prevent a total decrease in the quantitative of viable lactobacillus in the intestine may help reduce the severity of side effects of antibiotic therapy