FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2012026061> ?p ?o ?g. }

• W2012026061 abstract "Fiber digestibility is an important factor regulating DMI in ruminants. Additionally, the ensiling process can also affect digestibility and chemical composition of the forage. The objective of this study was to investigate effects of sugarcane NDF digestibility (NDFD) and conservation method on intake, rumen kinetics, and the ruminal ecosystem of steers. Eight ruminally cannulated Nellore steers (275±22 kg BW) were used in a replicated 4×4 Latin square design with a 2×2 factorial arrangement of treatments. Two sugarcane genotypes divergent for stalk NDFD were used: IAC86-2480 with high NDFD and SP91-1049 with low NDFD. Experimental diets were formulated with 40% sugarcane, either freshly cut or as silage, and 60% concentrate on a DM basis. Each experimental period lasted for 14 d, with the last 4 d used for determination of intake, ruminal evacuation, and ruminal fluid collection. The effect of fiber digestibility on DM and NDF intake was dependent on the forage conservation method (P=0.01). High NDFD increased (P<0.01) DMI only when sugarcane was offered as silage, having no effect (P=0.41) on DMI when offered as freshly cut. Conservation method had no effect on total ruminal mass, with only a tendency (P<0.10) for greater NDF and indigestible NDF ruminal mass in steers fed the low-NDFD genotype. The NDF turnover and passage rates were greater (P<0.05) for the genotype with high NDFD but only when offered as silage. Liquid turnover rate in the rumen was greater (P=0.02) for diets containing silage, with no effect of genotype (P=0.87). There was no effect of NDFD genotype on ruminal pH (P=0.77); however, diets containing sugarcane as silage increased (P<0.01) ruminal pH. Total concentration of short chain fatty acids (P=0.05) and proportions of propionate (P=0.01) were greater for diets containing fresh sugarcane. Diets with fresh sugarcane increased the ruminal population of Streptococcus bovis (P<0.01) and Ruminococcus albus (P=0.03). The relative population of R. albus was also greater (P=0.04) for diets containing the sugarcane genotype with high NDFD. Feeding diets containing the sugarcane genotype with high NDFD increased Fibrobacter succinogenes population but only when sugarcane was fed as freshly cut (P=0.02). Using sugarcane genotypes with high NDFD can increase intake and benefit fiber-degrading bacteria in the rumen." @default.
• W2012026061 created "2016-06-24" @default.
• W2012026061 creator A5014612185 @default.
• W2012026061 creator A5022549828 @default.
• W2012026061 creator A5041712378 @default.
• W2012026061 creator A5044637804 @default.
• W2012026061 creator A5046889476 @default.
• W2012026061 creator A5056363330 @default.
• W2012026061 date "2014-12-01" @default.
• W2012026061 modified "2023-09-26" @default.
• W2012026061 title "Effect of fiber digestibility and conservation method on feed intake and the ruminal ecosystem of growing steers1" @default.
• W2012026061 cites W1494521747 @default.
• W2012026061 cites W1558365236 @default.
• W2012026061 cites W1567064485 @default.
• W2012026061 cites W17788652 @default.
• W2012026061 cites W1830407128 @default.
• W2012026061 cites W1969924067 @default.
• W2012026061 cites W1971461049 @default.
• W2012026061 cites W1997087247 @default.
• W2012026061 cites W1997647138 @default.
• W2012026061 cites W2004640128 @default.
• W2012026061 cites W2014140441 @default.
• W2012026061 cites W2017163831 @default.
• W2012026061 cites W2017352964 @default.
• W2012026061 cites W2028243869 @default.
• W2012026061 cites W2028365570 @default.
• W2012026061 cites W2029060341 @default.
• W2012026061 cites W2034811814 @default.
• W2012026061 cites W2039356774 @default.
• W2012026061 cites W2044321935 @default.
• W2012026061 cites W2047750527 @default.
• W2012026061 cites W2049338857 @default.
• W2012026061 cites W2052165228 @default.
• W2012026061 cites W2055806944 @default.
• W2012026061 cites W2055807574 @default.
• W2012026061 cites W2062341089 @default.
• W2012026061 cites W2064760694 @default.
• W2012026061 cites W2086034278 @default.
• W2012026061 cites W2087580548 @default.
• W2012026061 cites W2091586317 @default.
• W2012026061 cites W2108442318 @default.
• W2012026061 cites W2110727950 @default.
• W2012026061 cites W2118805758 @default.
• W2012026061 cites W2131146998 @default.
• W2012026061 cites W2142386224 @default.
• W2012026061 cites W2146058342 @default.
• W2012026061 cites W2150356537 @default.
• W2012026061 cites W2156255246 @default.
• W2012026061 cites W2162036438 @default.
• W2012026061 cites W2305927692 @default.
• W2012026061 cites W2409904165 @default.
• W2012026061 cites W2414757318 @default.
• W2012026061 cites W2416966434 @default.
• W2012026061 cites W320382337 @default.
• W2012026061 cites W4206058610 @default.
• W2012026061 cites W4240221251 @default.
• W2012026061 cites W84816389 @default.
• W2012026061 cites W92874046 @default.
• W2012026061 doi "https://doi.org/10.2527/jas.2014-8016" @default.
• W2012026061 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25414108" @default.
• W2012026061 hasPublicationYear "2014" @default.
• W2012026061 type Work @default.
• W2012026061 sameAs 2012026061 @default.
• W2012026061 citedByCount "8" @default.
• W2012026061 countsByYear W20120260612015 @default.
• W2012026061 countsByYear W20120260612016 @default.
• W2012026061 countsByYear W20120260612017 @default.
• W2012026061 countsByYear W20120260612019 @default.
• W2012026061 crossrefType "journal-article" @default.
• W2012026061 hasAuthorship W2012026061A5014612185 @default.
• W2012026061 hasAuthorship W2012026061A5022549828 @default.
• W2012026061 hasAuthorship W2012026061A5041712378 @default.
• W2012026061 hasAuthorship W2012026061A5044637804 @default.
• W2012026061 hasAuthorship W2012026061A5046889476 @default.
• W2012026061 hasAuthorship W2012026061A5056363330 @default.
• W2012026061 hasConcept C100544194 @default.
• W2012026061 hasConcept C140793950 @default.
• W2012026061 hasConcept C158887663 @default.
• W2012026061 hasConcept C185592680 @default.
• W2012026061 hasConcept C2776544680 @default.
• W2012026061 hasConcept C2779039770 @default.
• W2012026061 hasConcept C2779370140 @default.
• W2012026061 hasConcept C2780138947 @default.
• W2012026061 hasConcept C31903555 @default.
• W2012026061 hasConcept C6557445 @default.
• W2012026061 hasConcept C70262065 @default.
• W2012026061 hasConcept C86803240 @default.
• W2012026061 hasConceptScore W2012026061C100544194 @default.
• W2012026061 hasConceptScore W2012026061C140793950 @default.
• W2012026061 hasConceptScore W2012026061C158887663 @default.
• W2012026061 hasConceptScore W2012026061C185592680 @default.
• W2012026061 hasConceptScore W2012026061C2776544680 @default.
• W2012026061 hasConceptScore W2012026061C2779039770 @default.
• W2012026061 hasConceptScore W2012026061C2779370140 @default.
• W2012026061 hasConceptScore W2012026061C2780138947 @default.
• W2012026061 hasConceptScore W2012026061C31903555 @default.
• W2012026061 hasConceptScore W2012026061C6557445 @default.
• W2012026061 hasConceptScore W2012026061C70262065 @default.
• W2012026061 hasConceptScore W2012026061C86803240 @default.
• W2012026061 hasLocation W20120260611 @default.

• next