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No differences in bacterial N synthesis or efficiency of synthesis were observed among treatments.
The efficiency of microbial N synthesis was not different between PG and RG.
Likewise, efficiency of bacterial N synthesis was not affected by diet.
There were no treatment effects (P>0.10) on net microbial N synthesis.
Nitrogen intake, microbial N yield, and efficiency of microbial N synthesis linearly increased (P<0.001) as the dietary WS level increased.
Efficiency of rumen microbial N synthesis based on OM truly digested in the rumen was enriched by U Cas supplementation.
Ruminal digestibilities of OM and NSC were higher for SF than G corn but did not affect efficiency of microbial N synthesis.
However, there was an increase in microbial N synthesis for cows fed enzymes added to the premix.
Ruminal fermentation, bacterial N synthesis, duodenal, ileal and faecal flow of nutrients, and animal performance were monitored.
Thus, the site and extent of digestion, and microbial N synthesis were measured in a single 4 × 4 Latin square.
Retained N (P < 0.05) and microbial N yield (P < 0.01) linearly increased with dietary wormwood level, but efficiency of microbial N synthesis linearly decreased (P < 0.001).
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CEO of Professional Science Editing for Scientists @ prosciediting.com