FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4298009280> ?p ?o ?g. }

• W4298009280 endingPage "115464" @default.
• W4298009280 startingPage "115464" @default.
• W4298009280 abstract "Numerous studies have been conducted to determine the effects of feeding diets containing variable inclusion rates of corn distillers dried grains with solubles (cDDGS), with and without supplemental enzymes, on growth performance of broilers but responses among these studies are inconsistent. Therefore, a systematic review and a meta-analysis of results from studies published from 2009 to 2018 was conducted to: 1) quantitatively summarize the impact of feeding cDDGS diets on body weight gain (BWG), feed intake (FI), and gain to feed ratio (G:F); and 2) evaluate the effect of adding various types of exogenous enzymes (xylanase; complex = multi-carbohydrases; cocktail = multi-carbohydrases plus protease) without or with phytase on growth performance of broilers. Mean differences of BWG, FI, and G:F were expressed as a percentage between feeding control corn-soybean meal (SBM)-based diets and diets containing cDDGS to broilers using data from 20 studies with 71 observations. Likewise, mean differences were determined for the same growth performance variables reported in 10 studies that provided 47 observations comparing the effects of adding exogenous enzymes to corn-SBM-based diets and cDDGS diets. The heterogeneity (I2-statistic, %) across studies was calculated based on Cochran’s Q-statistic method, and was 66.7% for BWG, 63.4% for FI, and 33.1% for G:F, indicating low similarity (homogeneity) between studies. Mixed multi-variable models were applied to address the factors affecting high heterogeneity which included dietary energy system, oil content of cDDGS, and feeding period. Adding cDDGS to broiler diets resulted in a 1.0% decrease (P < 0.01) in G:F for the overall feeding period. Feeding cDDGS to finisher broilers resulted in a 0.78% improvement (P < 0.05) for BWG and 1.60% improvement (P < 0.01) for FI. However, starter broilers (1–21 days of age) fed cDDGS diets had 2.44% lower (P < 0.05) BWG and 3.18% less (P < 0.01) FI compared with feeding corn-SBM diets. Broilers fed diets containing less than 100 g/kg cDDGS had the greatest improvement (P < 0.01) in BWG (4.52%), followed by a 2.32% improvement in BWG when fed diets containing 100–200 g/kg cDDGS (2.32%), but BWG was reduced by 1.02% when feeding diets containing more than 200 g/kg cDDGS. Similarly, feeding diets containing less than 100 g/kg cDDGS had increased (P < 0.01) FI (2.83%), but including 100–200 g/kg cDDGS, and more than 200 g/kg cDDGS in the diets reduced FI by 1.30% and 2.48%, respectively. Covariance analysis indicated that each percentage unit increase in diet inclusion level of cDDGS was associated with a 0.30% decrease (P < 0.01) in BWG and 0.43% decrease in FI. Broilers had increased (P < 0.05) BWG when fed cDDGS diets containing xylanase (7.41%) and multi-carbohydrases (7.27%) for the overall feeding period. Results from this meta-analysis indicate that improvements in BWG and FI are greatest in finisher diets at inclusion rates of less than 100 g/kg cDDGS, and the addition of xylanase or carbohydrase mixtures were effective in ameliorating the reduction in BWG when added to cDDGS-based diets." @default.
• W4298009280 created "2022-10-01" @default.
• W4298009280 creator A5004763703 @default.
• W4298009280 creator A5005736515 @default.
• W4298009280 creator A5017301945 @default.
• W4298009280 creator A5084824722 @default.
• W4298009280 date "2022-11-01" @default.
• W4298009280 modified "2023-10-03" @default.
• W4298009280 title "A systematic review and meta-analysis of the growth performance effects of feeding diets containing corn distillers dried grains with solubles (cDDGS) and feed enzymes to broiler chickens" @default.
• W4298009280 cites W1479711568 @default.
• W4298009280 cites W1511524925 @default.
• W4298009280 cites W1926995238 @default.
• W4298009280 cites W1970450630 @default.
• W4298009280 cites W1974808690 @default.
• W4298009280 cites W1977941148 @default.
• W4298009280 cites W1991332969 @default.
• W4298009280 cites W1991532155 @default.
• W4298009280 cites W1998121165 @default.
• W4298009280 cites W2005033981 @default.
• W4298009280 cites W2011497117 @default.
• W4298009280 cites W2023015486 @default.
• W4298009280 cites W2024239804 @default.
• W4298009280 cites W2033585778 @default.
• W4298009280 cites W2039232303 @default.
• W4298009280 cites W2040414422 @default.
• W4298009280 cites W2043696785 @default.
• W4298009280 cites W2049015742 @default.
• W4298009280 cites W2051164049 @default.
• W4298009280 cites W2060882517 @default.
• W4298009280 cites W2072007541 @default.
• W4298009280 cites W2080444846 @default.
• W4298009280 cites W2096190526 @default.
• W4298009280 cites W2106126847 @default.
• W4298009280 cites W2106792161 @default.
• W4298009280 cites W2110855761 @default.
• W4298009280 cites W2117200377 @default.
• W4298009280 cites W2119784615 @default.
• W4298009280 cites W2122009412 @default.
• W4298009280 cites W2122252296 @default.
• W4298009280 cites W2126000091 @default.
• W4298009280 cites W2129150739 @default.
• W4298009280 cites W2134833702 @default.
• W4298009280 cites W2135951963 @default.
• W4298009280 cites W2136764581 @default.
• W4298009280 cites W2137320657 @default.
• W4298009280 cites W2141563963 @default.
• W4298009280 cites W2143567963 @default.
• W4298009280 cites W2144513193 @default.
• W4298009280 cites W2145308811 @default.
• W4298009280 cites W2147742357 @default.
• W4298009280 cites W2150681385 @default.
• W4298009280 cites W2151408003 @default.
• W4298009280 cites W2153043827 @default.
• W4298009280 cites W2153675733 @default.
• W4298009280 cites W2153927843 @default.
• W4298009280 cites W2159393720 @default.
• W4298009280 cites W2160010064 @default.
• W4298009280 cites W2163904282 @default.
• W4298009280 cites W2165863477 @default.
• W4298009280 cites W2167436028 @default.
• W4298009280 cites W2171001823 @default.
• W4298009280 cites W2171399538 @default.
• W4298009280 cites W2268829268 @default.
• W4298009280 cites W2277389568 @default.
• W4298009280 cites W2321832161 @default.
• W4298009280 cites W2332666596 @default.
• W4298009280 cites W2421914685 @default.
• W4298009280 cites W2537689389 @default.
• W4298009280 cites W2546984419 @default.
• W4298009280 cites W2737915456 @default.
• W4298009280 cites W2739410480 @default.
• W4298009280 cites W2794282613 @default.
• W4298009280 cites W2886797852 @default.
• W4298009280 cites W2978140590 @default.
• W4298009280 cites W4239268111 @default.
• W4298009280 cites W789919071 @default.
• W4298009280 cites W2065150553 @default.
• W4298009280 doi "https://doi.org/10.1016/j.anifeedsci.2022.115464" @default.
• W4298009280 hasPublicationYear "2022" @default.
• W4298009280 type Work @default.
• W4298009280 citedByCount "1" @default.
• W4298009280 countsByYear W42980092802023 @default.
• W4298009280 crossrefType "journal-article" @default.
• W4298009280 hasAuthorship W4298009280A5004763703 @default.
• W4298009280 hasAuthorship W4298009280A5005736515 @default.
• W4298009280 hasAuthorship W4298009280A5017301945 @default.
• W4298009280 hasAuthorship W4298009280A5084824722 @default.
• W4298009280 hasConcept C109551439 @default.
• W4298009280 hasConcept C134018914 @default.
• W4298009280 hasConcept C140793950 @default.
• W4298009280 hasConcept C147583825 @default.
• W4298009280 hasConcept C150903083 @default.
• W4298009280 hasConcept C181199279 @default.
• W4298009280 hasConcept C18903297 @default.
• W4298009280 hasConcept C206139338 @default.
• W4298009280 hasConcept C22830521 @default.
• W4298009280 hasConcept C2775859485 @default.
• W4298009280 hasConcept C2776371603 @default.

• next