The rumen, the foregut of herbivorous ruminant animals such as cattle, functions as a bioreactor to process complex plant material. Among the numerous and diverse microbes involved in ruminal digestion are the ruminal protozoans, which are single-celled, ciliated eukaryotic organisms. An activity-based screen was executed to identify genes encoding fibrolytic enzymes present in the metatranscriptome of a bovine ruminal protozoan-enriched cDNA expression library. Of the four novel genes identified, two were characterized in biochemical assays. Our results provide evidence for the effective use of functional metagenomics to retrieve novel enzymes from microbial populations that cannot be maintained in axenic cultures
Microbial communities from cow rumen are known for their ability to degrade diverse plant polymers a...
International audienceRuminants fulfill their energy needs for growth primarily through microbial br...
Ruminants fulfill their energy needs for growth primarily through microbial breakdown of plant bioma...
Ruminants have a unique ability to derive energy from the degradation of plant polysaccharides throu...
Ruminants have a unique ability to derive energy from the degradation of plant polysaccharides throu...
Not AvailableThe rumen is a unique natural habitat, exhibiting an unparalleled genetic resource of f...
<div><p>The ruminal microbial community is a unique source of enzymes that underpin the conversion o...
The ruminal microbial community is a unique source of enzymes that underpin the conversion of cellul...
BACKGROUND: Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria,...
The ruminal microbial community is a unique source of enzymes that underpin the conversion of cellul...
The ruminal microbial community is a unique source of enzymes that underpin the conversion of cellul...
Background: Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria,...
Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria, fungi and p...
Ruminants fulfill their energy needs for growth primarily through microbial breakdown of plant bioma...
A metagenome expression library of bulk DNA extracted from the rumen content of a dairy cow was esta...
Microbial communities from cow rumen are known for their ability to degrade diverse plant polymers a...
International audienceRuminants fulfill their energy needs for growth primarily through microbial br...
Ruminants fulfill their energy needs for growth primarily through microbial breakdown of plant bioma...
Ruminants have a unique ability to derive energy from the degradation of plant polysaccharides throu...
Ruminants have a unique ability to derive energy from the degradation of plant polysaccharides throu...
Not AvailableThe rumen is a unique natural habitat, exhibiting an unparalleled genetic resource of f...
<div><p>The ruminal microbial community is a unique source of enzymes that underpin the conversion o...
The ruminal microbial community is a unique source of enzymes that underpin the conversion of cellul...
BACKGROUND: Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria,...
The ruminal microbial community is a unique source of enzymes that underpin the conversion of cellul...
The ruminal microbial community is a unique source of enzymes that underpin the conversion of cellul...
Background: Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria,...
Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria, fungi and p...
Ruminants fulfill their energy needs for growth primarily through microbial breakdown of plant bioma...
A metagenome expression library of bulk DNA extracted from the rumen content of a dairy cow was esta...
Microbial communities from cow rumen are known for their ability to degrade diverse plant polymers a...
International audienceRuminants fulfill their energy needs for growth primarily through microbial br...
Ruminants fulfill their energy needs for growth primarily through microbial breakdown of plant bioma...