IN VITRO DEGRADABILITY OF FORAGE LEGUMES USING THE ANKOM RF GAS TECHNIQUE
Dublin Core
Title
IN VITRO DEGRADABILITY OF FORAGE LEGUMES USING THE ANKOM RF GAS TECHNIQUE
Creator
S. KATSANDE
J. J BALOYI
F. V. NHERERA-CHOKUDA
N. T. NGONGONI
G. MATOPE
Description
The AnkomRF gas production technique was used to assess rumen degradability of Mucuna pruriens (velvet bean), Vigna
unguiculata Walp (L) (cowpea) and Desmodium uncinatum (silverleaf desmodium) forage legumes. Forage samples of 1.0
g/DM were placed into 250ml glass jar and incubated at 390C over 72 hours. Rumen liquor that was taken from 2 fistulated
Friesian cows on a dairy ration was mixed with saliva in the ratio of 4:1. Most but not all of the gas in the three legume
forages was produced within the first 48 hours post-incubation. The volumes of gases produced ranged from 61.38 to 70.37
ml, with an average of 64.16ml, whilst the fractional rate of gas production varied between 4.6 and 5.6%/h with a mean of
5%/h. Cowpea produced the highest amount of gas followed by velvet bean.
unguiculata Walp (L) (cowpea) and Desmodium uncinatum (silverleaf desmodium) forage legumes. Forage samples of 1.0
g/DM were placed into 250ml glass jar and incubated at 390C over 72 hours. Rumen liquor that was taken from 2 fistulated
Friesian cows on a dairy ration was mixed with saliva in the ratio of 4:1. Most but not all of the gas in the three legume
forages was produced within the first 48 hours post-incubation. The volumes of gases produced ranged from 61.38 to 70.37
ml, with an average of 64.16ml, whilst the fractional rate of gas production varied between 4.6 and 5.6%/h with a mean of
5%/h. Cowpea produced the highest amount of gas followed by velvet bean.
Publisher
AGRICULTURAL RESEARCH COMMUNICATION CENTRE
Date
2014
Collection
Citation
S. KATSANDE et al., “IN VITRO DEGRADABILITY OF FORAGE LEGUMES USING THE ANKOM RF GAS TECHNIQUE,” ZOU Institutional Repository, accessed August 2, 2025, https://ir.zou.ac.zw/items/show/57.
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