The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta

The effects on the ammonium content in the cow’s rumen ingesta exerted by four types of silage prepared in different ways have been mutually compared. The experimental animal, a fistulated cow, received a daily dose of 5 kg timothy hay, 1.3 kg protein concentrates, mineral salt mixture and 18 kg sil...

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Main Author: Martti Lampila
Format: Article
Language:English
Published: Scientific Agricultural Society of Finland 1960-01-01
Series:Agricultural and Food Science
Online Access:https://journal.fi/afs/article/view/71521
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spelling doaj-69f937bab2e6440bbf88fbef587690b02020-11-24T21:29:11ZengScientific Agricultural Society of FinlandAgricultural and Food Science1459-60671795-18951960-01-01321The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingestaMartti Lampila0Agricultural Research Centre, Department of Animal Husbandry, Tikkurila, FinlandThe effects on the ammonium content in the cow’s rumen ingesta exerted by four types of silage prepared in different ways have been mutually compared. The experimental animal, a fistulated cow, received a daily dose of 5 kg timothy hay, 1.3 kg protein concentrates, mineral salt mixture and 18 kg silage. The silage had been prepared: (1) with ammonium bisulphate (A.I.V. preservative salt), (2) with A.I.V. acid, (3) with Calcifor salt, and (4) without the addition of preservative. The mean ammonia concentrations of the rumen contents during the 12-hour period between feedings were, in the above-mentioned order, 0.903, 0.726, 0.683 and 0.705 mmol per 100 ml, respectively. When the three last-mentioned figures are employed as a basis of reference for the first, the ammonium nitrogen from the ammonium bisulphate retained in the fodder is found to have increased the ammonia concentration of the rumen contents by 0.177—0.220 mmol per 100 ml, equivalent to an increase by 24—32 % in the particular conditions of the experiment. The conclusion has been drawn that this has caused increased protein synthesis by the microbial flora of the rumen.https://journal.fi/afs/article/view/71521
collection DOAJ
language English
format Article
sources DOAJ
author Martti Lampila
spellingShingle Martti Lampila
The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
Agricultural and Food Science
author_facet Martti Lampila
author_sort Martti Lampila
title The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
title_short The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
title_full The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
title_fullStr The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
title_full_unstemmed The effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
title_sort effect of silage prepared in different ways upon the ammonia content of the cow’s rumen ingesta
publisher Scientific Agricultural Society of Finland
series Agricultural and Food Science
issn 1459-6067
1795-1895
publishDate 1960-01-01
description The effects on the ammonium content in the cow’s rumen ingesta exerted by four types of silage prepared in different ways have been mutually compared. The experimental animal, a fistulated cow, received a daily dose of 5 kg timothy hay, 1.3 kg protein concentrates, mineral salt mixture and 18 kg silage. The silage had been prepared: (1) with ammonium bisulphate (A.I.V. preservative salt), (2) with A.I.V. acid, (3) with Calcifor salt, and (4) without the addition of preservative. The mean ammonia concentrations of the rumen contents during the 12-hour period between feedings were, in the above-mentioned order, 0.903, 0.726, 0.683 and 0.705 mmol per 100 ml, respectively. When the three last-mentioned figures are employed as a basis of reference for the first, the ammonium nitrogen from the ammonium bisulphate retained in the fodder is found to have increased the ammonia concentration of the rumen contents by 0.177—0.220 mmol per 100 ml, equivalent to an increase by 24—32 % in the particular conditions of the experiment. The conclusion has been drawn that this has caused increased protein synthesis by the microbial flora of the rumen.
url https://journal.fi/afs/article/view/71521
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