Influence of Cassia fistula leaf powder on in vitro ruminal fermentation, gas production and degradability of diets for ruminants

RM Akinbode, AA Osinuga, SM Oladele… - The Journal of …, 2023 - cambridge.org
Medicinal plants with high phytochemical values are critical for enhancing the productivity of
livestock systems, while reducing their environmental impact. This study investigated the …

In vitro Assessment of Morinda lucida Benth on Methanogenesis and Fermentation Parameters in West African Dwarf Goats

KO Adebayo, RM Akinbode, A Idowu… - Agriculturae …, 2023 - hrcak.srce.hr
Sažetak Ruminants produce methane gas which is an energy loss to them, and also one of
the greenhouse gases which cause global warming. This study assessed the effect of …

[HTML][HTML] In vitro degradability of diets containing varying levels of Gliricidia sepium and cassava leaf meals

OO Adelusi, OJ Idowu, KO Adebayo, MT Balogun… - 2022 - lrrd.cipav.org.co
The present study evaluated the in vitro degradability of diets containing varying levels of
Gliricidia sepium (G) and cassava (C) leaf meals. The treatments levels of the leaf meal …

POTENTIALS OF RAUVOLFIA VOMITORIA LEAVES AS AN ANTIMETHANOGENIC FEED ADDITIVE FOR RUMINANTS

RY Aderinboye, TA Salami, RM Akinbode… - Nigerian Journal of …, 2024 - njap.org.ng
Methane (CH4) mitigation potentials of Rauvolfia vomitoria leaves when used as phytogenic
additive was evaluated using the in vitro gas technique. Substrate (200 mg) consisting of …

[HTML][HTML] Quality Characteristics, in vitro Gas Production and Degradability of Megathyrsus maximus Ensiled with Different Parts of Albizia saman

VAO Ojo, TA Adeyemi, DK Oyaniran, SA Adeoye… - asb.scione.com
Background and Objective: Provision of affordable nutritious feeds throughout the year to
ruminants are essential for improving the livestock systems productivity with methane …