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• W2968225890 endingPage "6563" @default.
• W2968225890 startingPage "6552" @default.
• W2968225890 abstract "Nutrition is a crucial factor for growth and bone development in broiler chickens. Adjustments in dietary ingredients might affect bone development and consequently locomotion related problems. This study was designed to evaluate effects of dietary organic minerals ( ORM ), fish oil ( FISH ), and hydrolyzed collagen ( COL ) on growth performance and tibia characteristics of broiler chickens. A total of three hundred eighty four 1-day-old Ross 308 male broiler chickens were used in a complete randomized block design with 4 diet groups and 8 replicates per diet group. In the ORM diet, the inorganic macro and trace minerals were replaced by their organic varieties. In the FISH diet, palm oil and soybean oil were partly replaced by FISH. In the COL diet, soybean meal was partly replaced by COL. Results showed that the ORM and COL diet groups reached a higher body weight ( BW ) at 42 D of age than the FISH diet group, whereas the control group was in between. The feed conversion ratio between day 1 and 42 was lower in the ORM and COL diet groups than in both other diet groups. On day 28, 35, and 42, gait score ( GS ), Varus Valgus deformity, tibia length ( TL ), thickness, femoral and metatarsal head thickness ( THT ), mineral content ( TMC ), mineral density ( TMD ), breaking strength ( TBS ), stiffness ( TSF ), and energy to fracture ( TEF ) were measured (n = 3/replicate). The ORM diet group had higher TL at day 42, higher THT at day 28, higher TMC at day 42, higher TMD at day 28, 35, and 42, higher TBS at day 42, higher TSF at day 35 and 42, and higher TEF at day 42 compared to the FISH diet group, with the COL and control diet groups in between. It can be concluded that replacing dietary inorganic macro and trace minerals by their organic varieties seems to stimulate tibia dimensions, strength, and mineral content of broiler chickens. On the contrary, FISH appears to negatively affect tibia characteristics." @default.
• W2968225890 created "2019-08-22" @default.
• W2968225890 creator A5005839027 @default.
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• W2968225890 date "2019-12-01" @default.
• W2968225890 modified "2023-09-29" @default.
• W2968225890 title "Effects of dietary organic minerals, fish oil, and hydrolyzed collagen on growth performance and tibia characteristics of broiler chickens" @default.
• W2968225890 cites W1851801302 @default.
• W2968225890 cites W1927741627 @default.
• W2968225890 cites W1965612186 @default.
• W2968225890 cites W1972002859 @default.
• W2968225890 cites W1973190742 @default.
• W2968225890 cites W1974184272 @default.
• W2968225890 cites W1978389916 @default.
• W2968225890 cites W1984833486 @default.
• W2968225890 cites W1989089691 @default.
• W2968225890 cites W1992966651 @default.
• W2968225890 cites W1997103807 @default.
• W2968225890 cites W1998111806 @default.
• W2968225890 cites W2000132131 @default.
• W2968225890 cites W2000509827 @default.
• W2968225890 cites W2002014468 @default.
• W2968225890 cites W2002189012 @default.
• W2968225890 cites W2002394865 @default.
• W2968225890 cites W2003055586 @default.
• W2968225890 cites W2003872477 @default.
• W2968225890 cites W2008328217 @default.
• W2968225890 cites W2009117383 @default.
• W2968225890 cites W2013240662 @default.
• W2968225890 cites W2015152165 @default.
• W2968225890 cites W2020978633 @default.
• W2968225890 cites W2022527989 @default.
• W2968225890 cites W2025269986 @default.
• W2968225890 cites W2028813486 @default.
• W2968225890 cites W2028814802 @default.
• W2968225890 cites W2032244293 @default.
• W2968225890 cites W2037573400 @default.
• W2968225890 cites W2040569918 @default.
• W2968225890 cites W2041949047 @default.
• W2968225890 cites W2042046718 @default.
• W2968225890 cites W2049344731 @default.
• W2968225890 cites W2054673533 @default.
• W2968225890 cites W2057731360 @default.
• W2968225890 cites W2072453421 @default.
• W2968225890 cites W2084267281 @default.
• W2968225890 cites W2090930313 @default.
• W2968225890 cites W2092653069 @default.
• W2968225890 cites W2095998644 @default.
• W2968225890 cites W2097263319 @default.
• W2968225890 cites W2103739359 @default.
• W2968225890 cites W2104272320 @default.
• W2968225890 cites W2105158048 @default.
• W2968225890 cites W2105748479 @default.
• W2968225890 cites W2107002631 @default.
• W2968225890 cites W2108122262 @default.
• W2968225890 cites W2109449793 @default.
• W2968225890 cites W2111142477 @default.
• W2968225890 cites W2111722952 @default.
• W2968225890 cites W2117216072 @default.
• W2968225890 cites W2125708008 @default.
• W2968225890 cites W2128440921 @default.
• W2968225890 cites W2130288812 @default.
• W2968225890 cites W2131621590 @default.
• W2968225890 cites W2132293294 @default.
• W2968225890 cites W2132964979 @default.
• W2968225890 cites W2137334455 @default.
• W2968225890 cites W2144534078 @default.
• W2968225890 cites W2146067208 @default.
• W2968225890 cites W2148933076 @default.
• W2968225890 cites W2159003998 @default.
• W2968225890 cites W2159660041 @default.
• W2968225890 cites W2162253040 @default.
• W2968225890 cites W2256494551 @default.
• W2968225890 cites W2322302484 @default.
• W2968225890 cites W2332367261 @default.
• W2968225890 cites W2345665303 @default.
• W2968225890 cites W2400788153 @default.
• W2968225890 cites W2567472867 @default.
• W2968225890 cites W2606742474 @default.
• W2968225890 cites W2741604408 @default.
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• W2968225890 doi "https://doi.org/10.3382/ps/pez427" @default.
• W2968225890 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6870562" @default.
• W2968225890 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31392338" @default.
• W2968225890 hasPublicationYear "2019" @default.
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