Grazing and forage-fed animals depend upon the rumen microorganisms’ ability to breakdown polysaccharides present in the leaf and stems of plants. The rate and extent of this breakdown has a major impact on animal nutrition, therefore understanding the mechanics of this process offers the potential to optimize and further improve animal performance. The limited published studies to-date suggest that: 1) colonization and adherence by some rumen bacteria are specific in nature and: 2) adherence can be modified by nutrients and growth conditions, such as ruminal pH. Better understanding and future improvements of fiber digestion in the rumen will be afforded by the identification and isolation of the molecules controlling bacterial colonizatio...
Forage is an important component of diets for ruminant animals. Rumen bacteria are responsible for d...
Limited lignocellulose degradation is the primary obstacle to feed digestion efficiency in ruminant ...
Ruminants rely on microorganisms inhabiting the rumen to digest plant matter for subsequent fermenta...
Grazing and forage-fed animals depend upon the rumen microorganisms’ ability to breakdown polysaccha...
An inquiry into the chemical nature of the vegetation that surrounds us readily reveals that cellulo...
As major structural components of plant cell walls, cellulose and hemicellulose are degraded and fer...
That certain bacteria in the rumen of sheep and cattle are attached to solid particles in the rumina...
The rumen microbiota contributes strongly to the degradation of ingested plant materials. There is l...
The digestion of cellulose in the rumen requires the interaction of both cellulolytic and noncellulo...
Ruminant animals lack enzymes to break down fibrous feeds but they harbor microorganisms capable of ...
Cellulose is the most abundant and insoluble polysaccharide of the cell wall constituents. It is a p...
Experiment on The Cellulolytic Activity and Volatile Fatty Acid Product of Rumen Bacteria of Buffalo...
The ability of ruminants to utilize cellulosic biomass is a result of the metabolic activities of sy...
The aim of this study was to determine firstly if there exist variations in fibrolysis among herbivo...
The limiting factor in forage plants which prevents more complete degradation by ruminants is the fi...
Forage is an important component of diets for ruminant animals. Rumen bacteria are responsible for d...
Limited lignocellulose degradation is the primary obstacle to feed digestion efficiency in ruminant ...
Ruminants rely on microorganisms inhabiting the rumen to digest plant matter for subsequent fermenta...
Grazing and forage-fed animals depend upon the rumen microorganisms’ ability to breakdown polysaccha...
An inquiry into the chemical nature of the vegetation that surrounds us readily reveals that cellulo...
As major structural components of plant cell walls, cellulose and hemicellulose are degraded and fer...
That certain bacteria in the rumen of sheep and cattle are attached to solid particles in the rumina...
The rumen microbiota contributes strongly to the degradation of ingested plant materials. There is l...
The digestion of cellulose in the rumen requires the interaction of both cellulolytic and noncellulo...
Ruminant animals lack enzymes to break down fibrous feeds but they harbor microorganisms capable of ...
Cellulose is the most abundant and insoluble polysaccharide of the cell wall constituents. It is a p...
Experiment on The Cellulolytic Activity and Volatile Fatty Acid Product of Rumen Bacteria of Buffalo...
The ability of ruminants to utilize cellulosic biomass is a result of the metabolic activities of sy...
The aim of this study was to determine firstly if there exist variations in fibrolysis among herbivo...
The limiting factor in forage plants which prevents more complete degradation by ruminants is the fi...
Forage is an important component of diets for ruminant animals. Rumen bacteria are responsible for d...
Limited lignocellulose degradation is the primary obstacle to feed digestion efficiency in ruminant ...
Ruminants rely on microorganisms inhabiting the rumen to digest plant matter for subsequent fermenta...