Matches in SemOpenAlex for { <https://semopenalex.org/work/W3017542171> ?p ?o ?g. }
- W3017542171 abstract "This study evaluated the performance, gut microbiota, and blood metabolites in broiler chickens fed cranberry and blueberry products for 30 days. A total of 2,800 male day-old broiler Cobb-500 chicks were randomly distributed between 10 diets: control basal diet; basal diet with bacitracin (BACI); four basal diets with 1 and 2% of cranberry (CP1, CP2) and blueberry (BP1, BP2) pomaces; and four basal diets supplemented with ethanolic extracts of cranberry (COH150, COH300) or blueberry (BOH150, BOH300) pomaces. All groups were composed of seven replicates (40 birds per replicate). Cecal and cloacal samples were collected for bacterial counts and 16S rRNA gene sequencing. Blood samples and spleens were analyzed for blood metabolites and gene expressions, respectively. The supplementation of COH300 and BOH300 significantly increased the body weight (BW) during the starting and growing phases, respectively, while COH150 improved (P < 0.05) the overall cumulated feed efficiency (FE) compared to control. The lowest prevalence (P = 0.01) of necrotic enteritis was observed with CP1 and BP1 compared to BACI and control. Cranberry pomace significantly increased the quinic acid level in blood plasma compared to other treatments. At days 21 and 28 of age, the lowest (P < 0.05) levels of triglyceride and alanine aminotransferase were observed in cranberry pomace and blueberry product-fed birds, respectively suggesting that berry feeding influenced the lipid metabolism and serum enzyme levels. The highest relative abundance of Lactobacillaceae was found in ceca of birds fed CP2 (P < 0.05). In the cloaca, BOH300 significantly (P < 0.005) increased the abundances of Acidobacteria and Lactobacillaceae. Actinobacteria showed a significant (P < 0.05) negative correlation with feed intake (FI) and FE in COH300-treated birds, whereas Proteobacteria positively correlated with the BW but negatively correlated with FI and FE, during the growing phase. In the spleen, cranberry products did not induce the release of any pro-inflammatory cytokines but upregulated the expression of several genes (IL4, IL5, CSF2, and HMBS) involved in adaptive immune responses in broilers. This study demonstrated that feed supplementation with berry products could promote the intestinal health by modulating the dynamics of the gut microbiota while influencing the metabolism in broilers." @default.
- W3017542171 created "2020-05-01" @default.
- W3017542171 creator A5009770102 @default.
- W3017542171 creator A5026076173 @default.
- W3017542171 creator A5030659068 @default.
- W3017542171 creator A5045472476 @default.
- W3017542171 creator A5061435774 @default.
- W3017542171 creator A5063107551 @default.
- W3017542171 creator A5073239759 @default.
- W3017542171 creator A5073617552 @default.
- W3017542171 creator A5078764103 @default.
- W3017542171 creator A5080029468 @default.
- W3017542171 creator A5080185473 @default.
- W3017542171 creator A5088861827 @default.
- W3017542171 creator A5089756161 @default.
- W3017542171 date "2020-04-22" @default.
- W3017542171 modified "2023-10-16" @default.
- W3017542171 title "Gut Microbiota, Blood Metabolites, and Spleen Immunity in Broiler Chickens Fed Berry Pomaces and Phenolic-Enriched Extractives" @default.
- W3017542171 cites W1577577364 @default.
- W3017542171 cites W1776401791 @default.
- W3017542171 cites W1988925586 @default.
- W3017542171 cites W1989955134 @default.
- W3017542171 cites W2002673812 @default.
- W3017542171 cites W2007490823 @default.
- W3017542171 cites W2009717913 @default.
- W3017542171 cites W2021286169 @default.
- W3017542171 cites W2025180346 @default.
- W3017542171 cites W2041550346 @default.
- W3017542171 cites W2055118143 @default.
- W3017542171 cites W2056941041 @default.
- W3017542171 cites W2057247630 @default.
- W3017542171 cites W2063387502 @default.
- W3017542171 cites W2071687061 @default.
- W3017542171 cites W2072970694 @default.
- W3017542171 cites W2073332363 @default.
- W3017542171 cites W2105329815 @default.
- W3017542171 cites W2107066608 @default.
- W3017542171 cites W2110515701 @default.
- W3017542171 cites W2116159758 @default.
- W3017542171 cites W2117620054 @default.
- W3017542171 cites W2121782557 @default.
- W3017542171 cites W2124351063 @default.
- W3017542171 cites W2136443800 @default.
- W3017542171 cites W2155069724 @default.
- W3017542171 cites W2170024099 @default.
- W3017542171 cites W2175784957 @default.
- W3017542171 cites W2258416865 @default.
- W3017542171 cites W2263459553 @default.
- W3017542171 cites W2279161330 @default.
- W3017542171 cites W2281823994 @default.
- W3017542171 cites W2492927362 @default.
- W3017542171 cites W2518577485 @default.
- W3017542171 cites W2519628423 @default.
- W3017542171 cites W2591409740 @default.
- W3017542171 cites W2594469169 @default.
- W3017542171 cites W2604568297 @default.
- W3017542171 cites W2731224191 @default.
- W3017542171 cites W2765274345 @default.
- W3017542171 cites W2765455753 @default.
- W3017542171 cites W2783907729 @default.
- W3017542171 cites W2789509678 @default.
- W3017542171 cites W2792062659 @default.
- W3017542171 cites W2795806216 @default.
- W3017542171 cites W2796250849 @default.
- W3017542171 cites W2809036954 @default.
- W3017542171 cites W2894847766 @default.
- W3017542171 cites W2908865458 @default.
- W3017542171 cites W2910608302 @default.
- W3017542171 cites W2925600013 @default.
- W3017542171 cites W2938282721 @default.
- W3017542171 cites W2948944977 @default.
- W3017542171 cites W2953646530 @default.
- W3017542171 cites W2954843486 @default.
- W3017542171 cites W2968171220 @default.
- W3017542171 cites W2969522903 @default.
- W3017542171 cites W2970493577 @default.
- W3017542171 cites W2989596794 @default.
- W3017542171 cites W2995320268 @default.
- W3017542171 cites W2492933372 @default.
- W3017542171 doi "https://doi.org/10.3389/fvets.2020.00150" @default.
- W3017542171 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7500079" @default.
- W3017542171 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33134328" @default.
- W3017542171 hasPublicationYear "2020" @default.
- W3017542171 type Work @default.
- W3017542171 sameAs 3017542171 @default.
- W3017542171 citedByCount "26" @default.
- W3017542171 countsByYear W30175421712020 @default.
- W3017542171 countsByYear W30175421712021 @default.
- W3017542171 countsByYear W30175421712022 @default.
- W3017542171 countsByYear W30175421712023 @default.
- W3017542171 crossrefType "journal-article" @default.
- W3017542171 hasAuthorship W3017542171A5009770102 @default.
- W3017542171 hasAuthorship W3017542171A5026076173 @default.
- W3017542171 hasAuthorship W3017542171A5030659068 @default.
- W3017542171 hasAuthorship W3017542171A5045472476 @default.
- W3017542171 hasAuthorship W3017542171A5061435774 @default.
- W3017542171 hasAuthorship W3017542171A5063107551 @default.
- W3017542171 hasAuthorship W3017542171A5073239759 @default.
- W3017542171 hasAuthorship W3017542171A5073617552 @default.
- W3017542171 hasAuthorship W3017542171A5078764103 @default.