The interactive responses of cattle genetics and the rumen microbiome (G×M) govern variations in the feed efficiency and methane emissions, which subsequently impact cattle productivity and their environmental footprint.
Ross L. Thorn +6 more
doaj +1 more source
14th Biennial Australian Society of Animal Production Conference (ASAP 1982): Animal Production in Australia [PDF]
Monensin sodium is one of the few products available which will successfully manipulate rumen fermentation over an extended period of time. This experiment studied the metabolic effect of dosing cattle with monensin sodium during the dry and wet seasons ...
Lindsay, J. A. +3 more
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Het eerste deel van dit rapport verschaft algemene achtergrondinformatie betreffende coccidiose bij lammeren en monensin. Het overige deel geeft de resultaten van verschillende veldexperimenten weer in de periode 1980-'85, uitgevoerd om te testen of ...
Oostendorp, D. +3 more
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Effects of selected feed additives on rumen pH dynamics, physiological responses, and rumen and cecum morphometrics in feedlot beef cattle. [PDF]
Niehues MB +7 more
europepmc +1 more source
Effects of feeding a <i>Bacillus</i>-based probiotic on feed intake, performance, carcass traits, and health of crossbred beef cattle fed sodium monensin and high-moisture corn-based diets during finishing. [PDF]
Bollatti J +6 more
europepmc +1 more source
A cryptic antibiotic triggered by monensin [PDF]
Sho-Ichi, Amano +7 more
openaire +2 more sources
Effects of monensin supplementation on rumen methanogens in vivo
This thesis describes research to determine the effect of monensin supplementation for lactating dairy cattle on rumen methanogen diversity and quantity 'in vivo'.
Hook, Sarah Elizabeth
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Phytochemical Supplementation in Grazing Dairy Cows: Effects on Milk Production, Metabolic Status, Hematology, and Postpartum Ovarian Activity. [PDF]
Comesaña M +7 more
europepmc +1 more source
Dietary fiber concentration modulates the efficacy of phytogenic and antimicrobial rumen modifiers on ruminal fermentation and methane emissions in cattle. [PDF]
Balieiro Neto G +5 more
europepmc +1 more source
Inhibition by monensin of dog thyroid secretion in vitro
Monensin, a carboxylic ionophore, raises the pH of prelysosomal and lysosomal compartments and inhibits lysosomal protein degradation. We tested this drug in dog thyroid slices to ascertain the role of lysosomal pH in thyroglobulin hydrolysis and hormone
Ketelbant Balasse, Paule +1 more
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