Özet:

Bullet (Pb) is one of the most common environmental pollutants that are commonly used in industrial fields and have a toxic effect on humans and animals. The aim of this study is to investigate the effects of beta-glukan supplement on the proportion of Japanese blisters exposed to Pb toxicity on digestibility, secure total koliform and total number of lactic acid bacteria. In the study, at the age of 5 weeks, 112 Japanese bullets were randomly divided into 4 groups with 4 wheels consisting of 7 bullets each. Bitters, 1) controlled, 2) 100 mg/kg Pb, 3) 100 mg/kg beta-glukan, 4) 100 mg/kg Pb and 100 mg/kg beta-glukan contained foods. While Pb additives statistically significantly decrease the number of koliform bacteria (P<0.01), the effect of beta-glukan has been statistically unimportant (P>0.05). Pb toxicity has not significantly changed the number of bacteria of secure lactic acid (P>0.05) with the addition of beta-glukan to the ratio, the digestibility of dry substances and raw fat. While raw protein digestion, control and beta-glukan groups have not changed (P>0.05), a decrease in the Pb group has been observed (P<0.001). As a result, no adverse effect of beta-glukan supplement to the ratio, nutrient digestibility and lactic acid bacteria has been observed. The bullet has reduced the number of bacteria and raw protein digestibility. The contribution of beta-glukan to the toxicity of the bullet has not been influenced by the parameters studied.

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