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- W2987615341 abstract "Abstract The aim of this study was to compare the effects of Aspergillus niger-fermented-Moringa oleifera Lam. leaves (FMOL) and non-fermented leaf (NMOL) supplementation on growth performance, carcass quality, fat deposition, and lipometabolism for ducks. A total of 450 d-old Pekin ducks were randomly allocated into 5 dietary treatments, which were then denoted as the control group (CON, basal diet), and the NMOL group (containing 0.50% MOL in the diets), FMOL1, FMOL2 and FMOL3 groups (containing 0.25%, 0.50% and 0.75% FMOL in the diets, respectively). The results showed that, as compared with the CON, body weight gain was higher in the FMOL1 and FMOL2 groups in the period of wk 1–3, wk 4–6 and the overall period of wk 1–6, whereas feed to gain was lower in the period of wk 4–6. The dressing percentage was lower in the group FMOL3 than that of in the CON. Birds in NMOL and FMOLs had lower levels of abdominal fat and subcutaneous fat than that of the CON. The contents of hepatic lipid and triglyceride (TG) in the FMOLs groups, as well as the total cholesterol (TC) in FMOL2 and FMOL3 groups were decreased as compared with the CON or NMOL. Decreased serum TG, TC, low-density lipoprotein cholesterol and increased high-density lipoprotein cholesterol and leptin was observed in the FMOL2 and FMOL3 groups as compared with the other groups. Birds fed with FMOL2 and FMOL3 had higher serum insulin, as well as leptin-receptor transcriptional expression in comparison with the CON. Furthermore, the expression levels of lipogenesis related genes (fatty acid synthase, acetyl-CoA carboxylase, sterol-regulatory element-binding protein-1 in liver and peroxisome proliferator-activated receptor-γ) in abdominal fat were down-regulated as compared with the CON. Our results revealed that dietary 0.50% to 0.75% FMOLs alleviate body fat deposition and decease serum and hepatic lipid levels in meat ducks by suppressing lipogenesis related genes expression." @default.
- W2987615341 created "2019-11-22" @default.
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- W2987615341 date "2020-02-01" @default.
- W2987615341 modified "2023-09-24" @default.
- W2987615341 title "Dietary supplementation with fermented moringa oleifera leaves inhibits the lipogenesis in the liver of meat ducks" @default.
- W2987615341 cites W1564494564 @default.
- W2987615341 cites W1940800221 @default.
- W2987615341 cites W1964299529 @default.
- W2987615341 cites W1964766009 @default.
- W2987615341 cites W1967078210 @default.
- W2987615341 cites W1967923229 @default.
- W2987615341 cites W1970127712 @default.
- W2987615341 cites W1977751042 @default.
- W2987615341 cites W1980424912 @default.
- W2987615341 cites W1988497640 @default.
- W2987615341 cites W1991189992 @default.
- W2987615341 cites W2002165978 @default.
- W2987615341 cites W2002729620 @default.
- W2987615341 cites W2003862189 @default.
- W2987615341 cites W2005717457 @default.
- W2987615341 cites W2007387708 @default.
- W2987615341 cites W2010463960 @default.
- W2987615341 cites W2013738221 @default.
- W2987615341 cites W2014887370 @default.
- W2987615341 cites W2016937530 @default.
- W2987615341 cites W2024592231 @default.
- W2987615341 cites W2025717196 @default.
- W2987615341 cites W2026756943 @default.
- W2987615341 cites W2030375601 @default.
- W2987615341 cites W2033438279 @default.
- W2987615341 cites W2052056294 @default.
- W2987615341 cites W2057572074 @default.
- W2987615341 cites W2057784720 @default.
- W2987615341 cites W2060650114 @default.
- W2987615341 cites W2062237920 @default.
- W2987615341 cites W2062769455 @default.
- W2987615341 cites W2066763521 @default.
- W2987615341 cites W2069497802 @default.
- W2987615341 cites W2073376110 @default.
- W2987615341 cites W2083554644 @default.
- W2987615341 cites W2087547504 @default.
- W2987615341 cites W2104593994 @default.
- W2987615341 cites W2109449750 @default.
- W2987615341 cites W2116500157 @default.
- W2987615341 cites W2117822304 @default.
- W2987615341 cites W2117928399 @default.
- W2987615341 cites W2118842889 @default.
- W2987615341 cites W2119428511 @default.
- W2987615341 cites W2121199354 @default.
- W2987615341 cites W2127690615 @default.
- W2987615341 cites W2129789754 @default.
- W2987615341 cites W2135782709 @default.
- W2987615341 cites W2153806192 @default.
- W2987615341 cites W2162187216 @default.
- W2987615341 cites W2166452195 @default.
- W2987615341 cites W2168047286 @default.
- W2987615341 cites W2168526937 @default.
- W2987615341 cites W2168678428 @default.
- W2987615341 cites W2172187449 @default.
- W2987615341 cites W2226337024 @default.
- W2987615341 cites W2242932149 @default.
- W2987615341 cites W2285841122 @default.
- W2987615341 cites W2313872510 @default.
- W2987615341 cites W2319604579 @default.
- W2987615341 cites W2561598177 @default.
- W2987615341 cites W2588992805 @default.
- W2987615341 cites W2590233862 @default.
- W2987615341 cites W2616430524 @default.
- W2987615341 cites W2633755875 @default.
- W2987615341 cites W2680967189 @default.
- W2987615341 cites W2746379258 @default.
- W2987615341 cites W2765835400 @default.
- W2987615341 cites W2782140816 @default.
- W2987615341 cites W2784176134 @default.
- W2987615341 cites W2796546659 @default.
- W2987615341 cites W2807197851 @default.
- W2987615341 cites W2904209913 @default.
- W2987615341 cites W2905213760 @default.
- W2987615341 cites W2939560318 @default.
- W2987615341 cites W4293247451 @default.
- W2987615341 doi "https://doi.org/10.1016/j.anifeedsci.2019.114336" @default.
- W2987615341 hasPublicationYear "2020" @default.
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