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Composition and genetic potential of the cecal microbiota in broiler chickensComposition and genetic potential of the cecal microbiota in broiler chickens fed a moderately Zn deficient diet. A panel of Zn status biomarkers was measured weekly, and gene expression of a variety of Zn-dependent proteins was quantified from relevant tissues at study conclusion. Cecal contents were collected for
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C. Experimental diets are shown in Supplemental Table 1. At study conclusionC. Experimental diets are shown in Supplemental Table 1. At study conclusion, birds were euthanized. The digestive tracts (colon and small intestine) and liver were quickly removed and stored as was previously described [12]. All animal protocols were approved by the Cornell University Institutional Animal Care and U
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C. Experimental diets are shown in Supplemental Table 1. At study conclusionC. Experimental diets are shown in Supplemental Table 1. At study conclusion, birds were euthanized. The digestive tracts (colon and small intestine) and liver were quickly removed and stored as was previously described [12]. All animal protocols were approved by the Cornell University Institutional Animal Care and U
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Pe. Keywords: zinc deficiency; microbiota; dysbiosis; cecal microbiome; zinc biomarker1. IntroductionPe. Keywords: zinc deficiency; microbiota; dysbiosis; cecal microbiome; zinc biomarker1. Introduction Zn, an essential nutrient for nearly all organisms, is most notably involved as a metal cofactor in hundreds of proteins within the human body [1,2]. In healthy adults, Zn is present in the a
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Pe. Keywords: zinc deficiency; microbiota; dysbiosis; cecal microbiome; zinc biomarker1. IntroductionPe. Keywords: zinc deficiency; microbiota; dysbiosis; cecal microbiome; zinc biomarker1. Introduction Zn, an essential nutrient for nearly all organisms, is most notably involved as a metal cofactor in hundreds of proteins within the human body [1,2]. In healthy adults, Zn is present in the a
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Composition and genetic potential of the cecal microbiota in broiler chickensComposition and genetic potential of the cecal microbiota in broiler chickens fed a moderately Zn deficient diet. A panel of Zn status biomarkers was measured weekly, and gene expression of a variety of Zn-dependent proteins was quantified from relevant tissues at study conclusion. Cecal contents were collected for
1
Composition and genetic potential of the cecal microbiota in broiler chickensComposition and genetic potential of the cecal microbiota in broiler chickens fed a moderately Zn deficient diet. A panel of Zn status biomarkers was measured weekly, and gene expression of a variety of Zn-dependent proteins was quantified from relevant tissues at study conclusion. Cecal contents were collected for
1
Sus GF broiler chickens (Gallus gallus). Under conditions of Zn deficiencySus GF broiler chickens (Gallus gallus). Under conditions of Zn deficiency, this might lead to the preferential growth of bacteria able to survive at low-Zn levels. Further, many recent studies have shown that prophylactic doses of Zn (as Zn oxide, ZnO) in various animal models increased the presence of Gram egative fa