4 cannulated buffalo milking cows were administered two different diets with the same energy and protein content based on maize silage (diet G1) and sorghum silage (diet G2). Total viable bacteria, cellulolytic and xilanolytic bacteria, fungi, protozoa and pH were determined on whole rumen content samples. Total viable bacteria, xilanolytic bacteria, fungi, protozoa counts and pH values did not show any significant difference between the two diets. Only the values regarding cellulolytic bacteria showed the tendency (P≤0,10) to be higher in diet G2 in comparison with diet G1. This fact was probably due to a lower content of indigestible fiber in diet G2 with respect to diet G1 (ADF 15.6 vs. 22.4 respectively)
Buffalo’s rumen bacteria (BRB) are potential in digesting fiber feed. BRB already adapted well with ...
New approaches are needed to improve the sustainability of feed production and utilization by rumina...
The present study was aimed at understanding a shift in rumen microbiome of buffaloes fed various le...
4 cannulated buffalo milking cows were administered two different diets with the same energy and pro...
Sorghum could be a potential substitute to maize in Mediterranean buffaloes feed in order to improve...
Sorghum presents a sustainable feedstock for Mediterranean buffaloes due to its reduced water and ni...
Arbuscular mycorrhizal fungi (AMF) form symbiotic relations with most terrestrial plants, and can re...
The aim of the present study was to investigate the possible effects of a diet containing transgenic...
Experiment on The Cellulolytic Activity and Volatile Fatty Acid Product of Rumen Bacteria of Buffalo...
The influence of replacing silage with sorghum silage in the diet of dairy buffalo cows on metabolic...
Differences in rumen volatile fatty acids (VFAs), microbial population and community composition bet...
Experiment on The Cellulolytic Activity and Volatile Fatty Acid Product of Rumen Bacteria of Buffalo...
Forage is an important component of diets for ruminant animals. Rumen bacteria are responsible for d...
Ruminant animals lack enzymes to break down fibrous feeds but they harbor microorganisms capable of ...
Buffalo exhibits great efficiency in utilizing low-quality roughage, which can be due to the combine...
Buffalo’s rumen bacteria (BRB) are potential in digesting fiber feed. BRB already adapted well with ...
New approaches are needed to improve the sustainability of feed production and utilization by rumina...
The present study was aimed at understanding a shift in rumen microbiome of buffaloes fed various le...
4 cannulated buffalo milking cows were administered two different diets with the same energy and pro...
Sorghum could be a potential substitute to maize in Mediterranean buffaloes feed in order to improve...
Sorghum presents a sustainable feedstock for Mediterranean buffaloes due to its reduced water and ni...
Arbuscular mycorrhizal fungi (AMF) form symbiotic relations with most terrestrial plants, and can re...
The aim of the present study was to investigate the possible effects of a diet containing transgenic...
Experiment on The Cellulolytic Activity and Volatile Fatty Acid Product of Rumen Bacteria of Buffalo...
The influence of replacing silage with sorghum silage in the diet of dairy buffalo cows on metabolic...
Differences in rumen volatile fatty acids (VFAs), microbial population and community composition bet...
Experiment on The Cellulolytic Activity and Volatile Fatty Acid Product of Rumen Bacteria of Buffalo...
Forage is an important component of diets for ruminant animals. Rumen bacteria are responsible for d...
Ruminant animals lack enzymes to break down fibrous feeds but they harbor microorganisms capable of ...
Buffalo exhibits great efficiency in utilizing low-quality roughage, which can be due to the combine...
Buffalo’s rumen bacteria (BRB) are potential in digesting fiber feed. BRB already adapted well with ...
New approaches are needed to improve the sustainability of feed production and utilization by rumina...
The present study was aimed at understanding a shift in rumen microbiome of buffaloes fed various le...