FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1987268112> ?p ?o ?g. }

• W1987268112 endingPage "936" @default.
• W1987268112 startingPage "928" @default.
• W1987268112 abstract "Twenty-four beef steers (predominantly Angus x Hereford, 14 to 18 mo of age, 403 +/- 3 kg of BW), were housed and fed in individual pens for about 122 d. Twelve steers came from a herd that had been selected for growth (high growth; HG) and the other 12 from a herd with no selection program (low growth; LG). Another 6 steers (3 from each group) were slaughtered at the beginning to obtain the initial composition. All steers were fed the same corn-based diet (3.06 Mcal of ME/kg of DM, 13.6% CP) on an ad libitum basis. Two weeks before slaughter, total urine was collected for 5 d for estimation of 3-methylhistidine excretion and myofibrillar protein breakdown rates. Compared with LG steers, HG steers had less initial BW but greater final BW, DMI (7.52 vs. 6.37 kg/d), ADG (1.33 vs. 0.853 kg/d), G:F (0.176 vs. 0.133 kg/kg), ME intake (0.233 vs. 0.201 Mcal x kg of BW(0.75) x d(-1)), and retained energy (RE; 0.0711 vs. 0.0558 Mcal x kg of BW(0.75) x d(-1)); gained more fat (676 vs. 475 g/d); and tended to gain more whole body protein (100 vs. 72 g/d), with no difference in residual feed intake (RFI). Estimated net energetic efficiency of gain (k(g)) and ME for maintenance (ME(m)) did not differ between the 2 groups, averaging 0.62 and 0.114, respectively. The HG steers had greater HCW (350 vs. 329 kg), backfat (16.1 vs. 11.6 mm), and yield grades (3.53 vs. 2.80), with a similar dressing percent, KPH fat, LM area, and marbling score. Skeletal muscle protein gain (70.2 vs. 57.6 g/d) and fractional protein accretion rate (0.242 vs. 0.197%/d) tended to be greater in HG than in LG steers. Steers were classified into low (-0.367 kg/d) and high (0.380 kg/d) RFI classes. Compared with the high RFI steers, low RFI steers consumed less DM (6.61 vs. 7.52 kg/d) and ME (0.206 vs. 0.234 Mcal x kg of BW(0.75) x d(-1)) and tended to gain less fat (494 vs. 719 g/d), but were similar for initial and final BW, ADG, G:F, protein gain, HCW, dressing percent, backfat, KPH fat, LM area, marbling score, and yield grade, as well as for all observations related to myofibrillar protein metabolism. Residual feed intake may be positively [corrected] correlated with ME for maintenance. The maintenance energy requirement increased by 0.0166 Mcal x kg(-0.75) x d(-1) for each percentage increase in fractional protein degradation rate, confirming the importance of this process in the energy economy of the animal." @default.
• W1987268112 created "2016-06-24" @default.
• W1987268112 creator A5034543036 @default.
• W1987268112 creator A5042524754 @default.
• W1987268112 creator A5064879452 @default.
• W1987268112 creator A5070439497 @default.
• W1987268112 date "2007-04-01" @default.
• W1987268112 modified "2023-10-15" @default.
• W1987268112 title "Growth, carcass quality, and protein and energy metabolism in beef cattle with different growth potentials and residual feed intakes1,2" @default.
• W1987268112 cites W1489333178 @default.
• W1987268112 cites W149526395 @default.
• W1987268112 cites W1504652616 @default.
• W1987268112 cites W1540254230 @default.
• W1987268112 cites W1556106041 @default.
• W1987268112 cites W1575630396 @default.
• W1987268112 cites W1956476158 @default.
• W1987268112 cites W2022473635 @default.
• W1987268112 cites W2029830220 @default.
• W1987268112 cites W2039592580 @default.
• W1987268112 cites W2041737258 @default.
• W1987268112 cites W2075000135 @default.
• W1987268112 cites W2096479165 @default.
• W1987268112 cites W2115722247 @default.
• W1987268112 cites W2135325572 @default.
• W1987268112 cites W2152315684 @default.
• W1987268112 cites W2163006120 @default.
• W1987268112 cites W2178650302 @default.
• W1987268112 cites W2232744814 @default.
• W1987268112 cites W2283633348 @default.
• W1987268112 cites W2338520740 @default.
• W1987268112 cites W2407593649 @default.
• W1987268112 cites W2417247104 @default.
• W1987268112 cites W2560636473 @default.
• W1987268112 cites W2897779365 @default.
• W1987268112 cites W321846654 @default.
• W1987268112 cites W71047797 @default.
• W1987268112 cites W87500336 @default.
• W1987268112 cites W97041566 @default.
• W1987268112 doi "https://doi.org/10.2527/jas.2006-373" @default.
• W1987268112 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17178805" @default.
• W1987268112 hasPublicationYear "2007" @default.
• W1987268112 type Work @default.
• W1987268112 sameAs 1987268112 @default.
• W1987268112 citedByCount "108" @default.
• W1987268112 countsByYear W19872681122012 @default.
• W1987268112 countsByYear W19872681122013 @default.
• W1987268112 countsByYear W19872681122014 @default.
• W1987268112 countsByYear W19872681122015 @default.
• W1987268112 countsByYear W19872681122016 @default.
• W1987268112 countsByYear W19872681122017 @default.
• W1987268112 countsByYear W19872681122018 @default.
• W1987268112 countsByYear W19872681122019 @default.
• W1987268112 countsByYear W19872681122020 @default.
• W1987268112 countsByYear W19872681122021 @default.
• W1987268112 countsByYear W19872681122022 @default.
• W1987268112 countsByYear W19872681122023 @default.
• W1987268112 crossrefType "journal-article" @default.
• W1987268112 hasAuthorship W1987268112A5034543036 @default.
• W1987268112 hasAuthorship W1987268112A5042524754 @default.
• W1987268112 hasAuthorship W1987268112A5064879452 @default.
• W1987268112 hasAuthorship W1987268112A5070439497 @default.
• W1987268112 hasConcept C134018914 @default.
• W1987268112 hasConcept C140793950 @default.
• W1987268112 hasConcept C147583825 @default.
• W1987268112 hasConcept C185592680 @default.
• W1987268112 hasConcept C194775826 @default.
• W1987268112 hasConcept C22830521 @default.
• W1987268112 hasConcept C2780505807 @default.
• W1987268112 hasConcept C2780527838 @default.
• W1987268112 hasConcept C2910166804 @default.
• W1987268112 hasConcept C86803240 @default.
• W1987268112 hasConceptScore W1987268112C134018914 @default.
• W1987268112 hasConceptScore W1987268112C140793950 @default.
• W1987268112 hasConceptScore W1987268112C147583825 @default.
• W1987268112 hasConceptScore W1987268112C185592680 @default.
• W1987268112 hasConceptScore W1987268112C194775826 @default.
• W1987268112 hasConceptScore W1987268112C22830521 @default.
• W1987268112 hasConceptScore W1987268112C2780505807 @default.
• W1987268112 hasConceptScore W1987268112C2780527838 @default.
• W1987268112 hasConceptScore W1987268112C2910166804 @default.
• W1987268112 hasConceptScore W1987268112C86803240 @default.
• W1987268112 hasIssue "4" @default.
• W1987268112 hasLocation W19872681121 @default.
• W1987268112 hasLocation W19872681122 @default.
• W1987268112 hasOpenAccess W1987268112 @default.
• W1987268112 hasPrimaryLocation W19872681121 @default.
• W1987268112 hasRelatedWork W125496013 @default.
• W1987268112 hasRelatedWork W2153938050 @default.
• W1987268112 hasRelatedWork W2165497074 @default.
• W1987268112 hasRelatedWork W2557229453 @default.
• W1987268112 hasRelatedWork W2773463212 @default.
• W1987268112 hasRelatedWork W2979676709 @default.
• W1987268112 hasRelatedWork W3019160431 @default.
• W1987268112 hasRelatedWork W4361803191 @default.
• W1987268112 hasRelatedWork W4378717993 @default.
• W1987268112 hasRelatedWork W4387092755 @default.
• W1987268112 hasVolume "85" @default.
• W1987268112 isParatext "false" @default.

• next