Matches in SemOpenAlex for { <https://semopenalex.org/work/W4223590787> ?p ?o ?g. }
- W4223590787 endingPage "738249" @default.
- W4223590787 startingPage "738249" @default.
- W4223590787 abstract "This study was designed to assess the influence of dietary supplementation with Gum Arabic at various levels in Nile tilapia fish, Oreochromis niloticus. For 56 days feeding period, a total of 200 juvenile fish were allocated into 20 aquariums and divided into four equal groups, five replicates each, with Gum Arabic (GA) dietary inclusion as follow; the fish group was given a basal diet (CTR 0%); fish group fed a diet supplemented with GA 0.25%; fish group fed a diet supplemented with GA 0.5%; and fish group fed a diet supplemented with GA 1%. Dietary supplementation with 0.5 or 1% GA significantly improves final fish biomass, weight gain, weight gain percent, consumed feed, feed conversion ratio, innate immune response and antioxidant status compared to other treatments. The fish fed elevated levels of GA (1% GA) exhibited higher lipase and amylase activities as well as total protein, albumin, and globulin levels and lower uric acid, AST, and ALT levels. Furthermore, 1% GA enriched tilapia diets significantly up-regulated IL-1β and IL10, whereas downregulated TNFɑ mRNA expression in kidney and spleen tissues. Moreover, highly-AG enriched diets were associated with stronger antibacterial efficacy against pathogenic bacterial populations, together with increased counts of grown Bacillus in the mid gut. Overall, these findings suggest that dietary inclusion of 1% GA could be beneficial and should be explored as a functional feed supplement for Nile tilapia farming." @default.
- W4223590787 created "2022-04-15" @default.
- W4223590787 creator A5005833123 @default.
- W4223590787 creator A5038775852 @default.
- W4223590787 creator A5061313197 @default.
- W4223590787 creator A5077937985 @default.
- W4223590787 date "2022-07-01" @default.
- W4223590787 modified "2023-10-12" @default.
- W4223590787 title "Gum Arabic-enriched diet modulates growth, antioxidant defenses, innate immune response, intestinal microbiota and immune related genes expression in tilapia fish" @default.
- W4223590787 cites W142986560 @default.
- W4223590787 cites W1537985181 @default.
- W4223590787 cites W1538399032 @default.
- W4223590787 cites W1915724181 @default.
- W4223590787 cites W191793640 @default.
- W4223590787 cites W1970931764 @default.
- W4223590787 cites W1972730916 @default.
- W4223590787 cites W1991775006 @default.
- W4223590787 cites W1997966962 @default.
- W4223590787 cites W2003258121 @default.
- W4223590787 cites W2007344705 @default.
- W4223590787 cites W2032961491 @default.
- W4223590787 cites W2036091303 @default.
- W4223590787 cites W2044076536 @default.
- W4223590787 cites W2056600521 @default.
- W4223590787 cites W2076687427 @default.
- W4223590787 cites W2077488713 @default.
- W4223590787 cites W2078009629 @default.
- W4223590787 cites W2107277218 @default.
- W4223590787 cites W2108962195 @default.
- W4223590787 cites W2116304065 @default.
- W4223590787 cites W2129366139 @default.
- W4223590787 cites W2141942431 @default.
- W4223590787 cites W2144676096 @default.
- W4223590787 cites W2154548407 @default.
- W4223590787 cites W2160738623 @default.
- W4223590787 cites W2203774684 @default.
- W4223590787 cites W2275610707 @default.
- W4223590787 cites W2295916537 @default.
- W4223590787 cites W2345739216 @default.
- W4223590787 cites W2396196267 @default.
- W4223590787 cites W2762368403 @default.
- W4223590787 cites W2783922843 @default.
- W4223590787 cites W2800755204 @default.
- W4223590787 cites W2892614944 @default.
- W4223590787 cites W2897974396 @default.
- W4223590787 cites W2898073041 @default.
- W4223590787 cites W2912784783 @default.
- W4223590787 cites W2947572888 @default.
- W4223590787 cites W2954326944 @default.
- W4223590787 cites W2969217144 @default.
- W4223590787 cites W2978478086 @default.
- W4223590787 cites W2991613509 @default.
- W4223590787 cites W2998066539 @default.
- W4223590787 cites W3000538474 @default.
- W4223590787 cites W3016257508 @default.
- W4223590787 cites W3016411025 @default.
- W4223590787 cites W3023254110 @default.
- W4223590787 cites W3048498276 @default.
- W4223590787 cites W3091857285 @default.
- W4223590787 cites W3099070377 @default.
- W4223590787 cites W3109534209 @default.
- W4223590787 cites W3130644686 @default.
- W4223590787 cites W3131721578 @default.
- W4223590787 cites W3136678230 @default.
- W4223590787 cites W3147571633 @default.
- W4223590787 cites W3160390687 @default.
- W4223590787 cites W3165297551 @default.
- W4223590787 cites W3174042667 @default.
- W4223590787 cites W3184957263 @default.
- W4223590787 cites W3199772517 @default.
- W4223590787 cites W4200150212 @default.
- W4223590787 cites W4255891627 @default.
- W4223590787 doi "https://doi.org/10.1016/j.aquaculture.2022.738249" @default.
- W4223590787 hasPublicationYear "2022" @default.
- W4223590787 type Work @default.
- W4223590787 citedByCount "9" @default.
- W4223590787 countsByYear W42235907872022 @default.
- W4223590787 countsByYear W42235907872023 @default.
- W4223590787 crossrefType "journal-article" @default.
- W4223590787 hasAuthorship W4223590787A5005833123 @default.
- W4223590787 hasAuthorship W4223590787A5038775852 @default.
- W4223590787 hasAuthorship W4223590787A5061313197 @default.
- W4223590787 hasAuthorship W4223590787A5077937985 @default.
- W4223590787 hasConcept C134018914 @default.
- W4223590787 hasConcept C140793950 @default.
- W4223590787 hasConcept C147583825 @default.
- W4223590787 hasConcept C203014093 @default.
- W4223590787 hasConcept C22830521 @default.
- W4223590787 hasConcept C2778658382 @default.
- W4223590787 hasConcept C2779286987 @default.
- W4223590787 hasConcept C2780129523 @default.
- W4223590787 hasConcept C2780320433 @default.
- W4223590787 hasConcept C2909208804 @default.
- W4223590787 hasConcept C31903555 @default.
- W4223590787 hasConcept C505870484 @default.
- W4223590787 hasConcept C81358767 @default.
- W4223590787 hasConcept C86803240 @default.
- W4223590787 hasConcept C8891405 @default.