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Rates of production of volatile fatty acids in the rumen. V. Evaluation of fodders in terms of volatile fatty acid produced in the rumen of the sheep

FV Gray, RA Weller, AF Pilgrim and GB Jones
18(4) pp.625 - 634


38 articles found in Crossref database.

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British Journal of Nutrition. 1968 22(1). p.57
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Appetite. 1980 1(1). p.21
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Fermentation technology as a driver of human brain expansion
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Communications Biology. 2023 6(1).
A compact machine for feeding sheep up to twelve times daily
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British Journal of Nutrition. 1974 31(2). p.271
Diurnal trends and relationship to forage quality of ruminal volatile fatty acid concentration, pH and osmolarity in wildebeest on dry range in Tanzania*
KREULEN D. A., HOPPE P. P.
African Journal of Ecology. 1979 17(2). p.53
Abstracts of Communications
Proceedings of the Nutrition Society. 1974 33(3). p.97A
Volatile fatty acid production in the rumen of the grazing sheep: its use as an indicator of pasture value
Weller R. A., Pilgrim A. F., Gray F. V.
British Journal of Nutrition. 1969 23(1). p.97
Ruminal volatile fatty acids and ammonia in cattle grazing dry tropical pastures
Playne M. J., Kennedy P. M.
The Journal of Agricultural Science. 1976 86(2). p.367
Diurnal variation in Rumen Volatile fatty acid concentrations and molar proportions in grazing sheep
Ulyatt M.J., Henderson B.S.
New Zealand Journal of Agricultural Research. 1968 11(4). p.939
Lipid Metabolism in Ruminant Animals (1981)
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Comparison of rate of passage, fermentation rate and efficiency of digestion of high fiber diet in desert Bedouin goats compared to Swiss Saanen Goats
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Small Ruminant Research. 1993 12(1). p.45
Production of volatile fatty acids in two species of wallaby and in sheep
Hume I.D.
Comparative Biochemistry and Physiology Part A: Physiology. 1977 56(3). p.299
A note on the relationship between the production rates of volatile fatty acids and their concentration, digestible organic matter and total digestible nutrient intake in buffalo calves
Verma D.N., Singh U.B., Mehra Usha R., Varma A.
Livestock Production Science. 1978 5(3). p.253
Volatile fatty acid production in the rumen of cattle given an all-concentrate diet
Whitelaw F. G., Hyldgaard-Jensen J., Reid R. S., Kay Moird G.
British Journal of Nutrition. 1970 24(1). p.179
A dynamic model of ruminant digestion for evaluation of factors affecting nutritive value
Baldwin R.L., Koong L.J., Ulyatt M.J.
Agricultural Systems. 1977 2(4). p.255
Gluconeogenesis in Cattle: Significance and Methodology
Young J.W.
Journal of Dairy Science. 1977 60(1). p.1
Untersuchungen über die Abhängigkeit der Fettsäureproduktion im Pansen von der Rationszusammensetzung
Lebzien P., Rohr K., Oslage H. J.
Archiv für Tierernaehrung. 1981 31(10). p.685
Digestive Physiology and Metabolism in Ruminants (1980)
Forbes J. M.
Synthesis of microbial protein from ammonia in the sheep's rumen and the proportion of dietary nitrogen converted into microbial nitrogen
Pilgrim A. F., Gray F. V., Weller R. A., Belling C. B.
British Journal of Nutrition. 1970 24(2). p.589
The determination of volatile fatty acids in the caecum of the conscious rabbit
Parker D. S., Mcmillan R. T.
British Journal of Nutrition. 1976 35(3). p.365
Digestion and Absorption of Nutrients by Beef Heifers Fed a High Concentrate Diet
Huntington Gerald B., Prior Ronald L.
The Journal of Nutrition. 1983 113(11). p.2280
Effect of Feeding Frequency on Fermentation Pattern and Microbial Activity in the Bovine Rumen
Jensen Kurt, Wolstrup Jens
Acta Veterinaria Scandinavica. 1977 18(1). p.108
Production and absorption of ammonia in the sheep's stomach
Pilgrim A. F., Gray F. V., Belling G. B.
British Journal of Nutrition. 1969 23(3). p.647
Untersuchungen über die Produktionsraten von flüchtigen Fettsäuren im Vormagen von Hammeln in Abhängigkeit von unterschiedlichen Stärke‐ und Zuckergehalten in der Ration
Besecke Catarina, Mohme H.
Zeitschrift für Tierphysiologie Tierernährung und Futtermittelkunde. 1976 37(1-6). p.156
Compact Machine for Feeding Cattle at Hourly Intervals
Stokes M.R., Steinhour W.D., Puckett H.B., Clark J.H.
Journal of Dairy Science. 1979 62(6). p.1007
Wildlife Feeding and Nutrition (1983)
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Automatic Sampling of Blood and Ruminal Fluid of Grazing Sheep
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Research in Veterinary Science. 1970 11(3). p.217
Variation in methane production by sheep fed every two hours
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The Journal of Agricultural Science. 1982 98(3). p.633
Parameters of Rumen Fermentation in a Continuously Fed Sheep: Evidence of a Microbial Rumination Pool
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Applied Microbiology. 1971 22(6). p.1104
Rumen Modeling: Rumen Input-Output Balance Models
Reichl J.R., Baldwin R.L.
Journal of Dairy Science. 1975 58(6). p.879
The effect of diet composition and level of feeding on digestion in the stomach and intestines of sheep
NICHOLSON J. W. G., SUTTON J. D.
British Journal of Nutrition. 1969 23(3). p.585
Measurement of Ruminal Volatile Fatty Acid Production from Alfalfa Hay or Corn Silage Rations Using a Continuous Infusion Isotope Dilution Technique
Esdale W.J., Broderick G.A., Satter L.D.
Journal of Dairy Science. 1968 51(11). p.1823
The effect of molybdenum on the conversion of sulphate to sulphide and microbial-protein-sulphur in the rumen of sheep
Gawthorne J. M., Nader C. J.
British Journal of Nutrition. 1976 35(1). p.11
Hourly methane production in finishing steers fed at different levels of dry matter intake1
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Journal of Animal Science. 2017 95(5). p.2089
Recent Developments in Infant Nutrition (1996)
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Studies on forage cell walls: 5. Alkali-treated lucerne
Mathews M. G., McManus W. R.
The Journal of Agricultural Science. 1976 87(3). p.485

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