Results 281 to 290 of about 15,849 (292)
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Silage and milk production: a comparison between additives for silage of high digestibility
Grass and Forage Science, 1977AbstractThree grass silages made in early June from S23 perennial ryegrass were compared in a 16‐week feeding experiment with twelve Ayrshire cows. The silages were made from uniform herbage which received either formic acid (‘Add‐F’) at the rate of 201 t−1, or a formalin‐sulphuric acid mixture (‘Syiade’) at rates of 2.0 and 4.4 1 t−1. The silages were
J. N. Watson, M. E. Castle, W. C. Retter
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Characterisation of peptides in silages made from perennial ryegrass with different silage additives
Journal of the Science of Food and Agriculture, 2000The effects of applying either formic acid (5.4 g kg-1 ), a mixture of formic acid (2.7 g kg-1 ) and formaldehyde (1.5 g kg-1 , 81 g kg-1 herbage crude protein) or two concentrations of a cysteine peptidase inhibitor, cystamine (5 or 50 g kg-1 ), to perennial ryegrass (Lolium perenne) on the nitrogen (N) distribution of the resulting silages were ...
John A Rooke, Victor Nsereko
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Effect of enzyme additives on kikuyu silage quality
Journal of the Grassland Society of Southern Africa, 1991Chopped kikuyu grass of low digestibility and low in non-structural carbohydrates was treated with three commercial enzyme preparations, namely, Celluclast, SP 249 and Silo Guard II. These enzymes were added to the kikuyu prior to ensiling in laboratory silos with a capacity of 1 kg.
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Silage and milk production: studies with molasses and formic acid as additives for grass silage
Grass and Forage Science, 1985AbstractIn two separate feeding experiments using a total of twenty‐four individually housed Ayrshire cows six silages made from perennial ryegrass were offered ad libitum with supplements of concentrates. In Experiment I herbage with a dry matter (DM) concentration of 225 g kg−1 received either formic acid (‘Add‐F’) at the rate of 2·0 litres t−1 or ...
M. E. Castle, J. N. Watson
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Proceedings of the British Society of Animal Production (1972), 1994
Grass silage provides an alternative feed for extensively kept sows, but previous experiments have indicated very variable intake and utilisation, dependant on silage quality. ‘Maxgrass’ silage additive (BP Nutrition) is a blend of compounds including ammonium hexamethanoate, ammonium hexapropanoate and octanoic acid.
A Cadenhead+4 more
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Grass silage provides an alternative feed for extensively kept sows, but previous experiments have indicated very variable intake and utilisation, dependant on silage quality. ‘Maxgrass’ silage additive (BP Nutrition) is a blend of compounds including ammonium hexamethanoate, ammonium hexapropanoate and octanoic acid.
A Cadenhead+4 more
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Beef production from additive-treated silages
Animal Science, 1977SUMMARY1. Wilted (32% dry matter) Italian ryegrass was conserved: (A) untreated; (B) with 16·3 g/kg dry matter (4·6 1/t of fresh material) of an 85% w/w formic acid additive; (C) 12·1 g/kg dry matter (2·3 1/t fresh material) each of 85% formic acid additive and formalin (40% w/v formaldehyde); (D) 5·8 g/kg dry matter (1·3 1/t fresh material) each of 85%
A. R. Henderson, C. E. Hinks
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Evaluation of the silage additive nutrolac sila-aid
1979Two silages were prepared from mature orchardgrass ensiled at 19% dry matter. The additive NutroLac Sila-Aid, containing a dry culture, of lactobacilli, was added to one silage at a rate of 0.5 kg per tonne of fresh herbage, the other silage remained untreated. A wooden stave silo of 40-tonne capacity was filled with each silage.
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Effect of Sodium Bisulfite Additions to Corn Silages
Journal of Animal Science, 1965J. C. Meiske+3 more
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Effect of Silage Additives on Digestive Enzymes of Silage-fed Dairy Cows
Archiv für Tierernaehrung, 1984K. Baintner+7 more
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Evaluation of Corn Silage Treated with Microbial Additives
Journal of Animal Science, 1980J. C. Meiske+2 more
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