The utilization of the non-protein nitrogen and carbon of feed by rumen microorganisms for the synthesis of protein was studied by administering [U-14C] sucrose and 15NH4Cl to a cow on urea-rich, low-protein feed. By studying the labelling of the protozoa and bacteria and the amino acids isolated from them at intervals up to 48 hours afterwards, it was found that the bacteria synthesized amino acids from nonprotein nitrogen much more rapidly and effectively than the protozoa. Also the labelling of the carbon in the amino acids of the bacteria was more rapid than in the protozoa. In both protozoa and bacteria there was intracellular storage of [14C] sucrose. Of the bacterial amino acids the most vigorous 14C labelling was found in Glu, Arg, ...
The nitrogen compounds of the faeces of dairy cows on purified, protein-free feed with urea and smal...
The urinary amino acids in free and bound form were determined quantitatively in dairy cows fed urea...
The influence of different N sources on fermentation rate and de novo amino acid synthesis by rumen ...
The amino acid composition, essential amino acid index (EAA-I), pepsin-pancreatin in vitro digestibi...
vokkirjasto Aj-K15N ja 14C inkorporoituminen runsaalla urearuokinnalla olevan lehmän pötsin bakteeri...
The utilisation of exogenic amino acid in a cow given feed containing urea and ammonium salts as the...
The utilisation of exogenic amino acid in a cow given feed containing urea and ammonium salts as the...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
The origin of cell nitrogen and amino acid nitrogen during growth of ruminal cellulolytic bacteria i...
Abstract: The influence of ammonia concentration on 15N-ammonia incorporation and de novo synthesis ...
The origin of cell nitrogen and amino acid nitrogen during growth of ruminal cellulolytic bacteria i...
The amino acid composition, essential amino acid index (EAA-I), pepsin-pancreatin in vitro digestibi...
The nitrogen compounds of the faeces of dairy cows on purified, protein-free feed with urea and smal...
The urinary amino acids in free and bound form were determined quantitatively in dairy cows fed urea...
The influence of different N sources on fermentation rate and de novo amino acid synthesis by rumen ...
The amino acid composition, essential amino acid index (EAA-I), pepsin-pancreatin in vitro digestibi...
vokkirjasto Aj-K15N ja 14C inkorporoituminen runsaalla urearuokinnalla olevan lehmän pötsin bakteeri...
The utilisation of exogenic amino acid in a cow given feed containing urea and ammonium salts as the...
The utilisation of exogenic amino acid in a cow given feed containing urea and ammonium salts as the...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
In the feeding experiments performed at the Biochemical Research Institute with test cows (the so-ca...
The origin of cell nitrogen and amino acid nitrogen during growth of ruminal cellulolytic bacteria i...
Abstract: The influence of ammonia concentration on 15N-ammonia incorporation and de novo synthesis ...
The origin of cell nitrogen and amino acid nitrogen during growth of ruminal cellulolytic bacteria i...
The amino acid composition, essential amino acid index (EAA-I), pepsin-pancreatin in vitro digestibi...
The nitrogen compounds of the faeces of dairy cows on purified, protein-free feed with urea and smal...
The urinary amino acids in free and bound form were determined quantitatively in dairy cows fed urea...
The influence of different N sources on fermentation rate and de novo amino acid synthesis by rumen ...