Cows and Goats on the Same Diet Host Distinct Anaerobic Fungal Communities
Cows and goats fed the same high-fibre diet on one Italian farm carried significantly different faecal anaerobic fungal communities, with ...
Cows and goats fed the same high-fibre diet on one Italian farm carried significantly different faecal anaerobic fungal communities, with ...
An in vitro rumen study comparing total DNA, PMA-treated DNA, and RNA-derived profiles under three methane-mitigating additives finds that each ...
An in vitro rumen fermentation study found that quebracho tannin altered bacterial membrane fatty acids and dimethyl acetals while fiber-degrading ...
A longitudinal study of healthy periparturient Holstein cows found that prepartum rumen microbial community structure was associated with later milk ...
A laboratory study found that the stilbene compounds pterostilbene and pinostilbene reduced ruminal methane production without broadly suppressing measured fermentation, ...
A laboratory study of Ruminococcus albus 7 with four Methanobrevibacter strains reveals partner-specific shifts in hydrogen metabolism, biofilm genes and ...
A new review argues that feed additives act as systems-level modulators of an integrated rumen–liver–immune–reproductive axis in ruminants, linking feed ...
Genome-resolved metagenomics identified breed-specific rumen microbial functions and carcass-trait associations in 51 Japanese Black × Holstein F1 cattle.
An in vitro cattle study found that Candida tropicalis and Enterococcus faecalis increased soluble protein in fermented feed, with a ...
A comparison of Japanese Wagyu and Nanyang cattle found associations among rumen carbohydrate-active enzymes, fermentation metabolites and muscle proteins involved ...
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© 2025 Scienmag - Science Magazine