Reduced Predicted Gut Fatty Acid Capacity Linked to Kidney Stone Damage
A study integrating clinical metagenomics, human single-cell sequencing, and cell culture assays suggests that gut dysbiosis and reduced short-chain fatty ...
A study integrating clinical metagenomics, human single-cell sequencing, and cell culture assays suggests that gut dysbiosis and reduced short-chain fatty ...
Comparative metagenomic analysis on Livingston Island demonstrates that Antarctic moss, lichen, and soil substrates harbor distinct bacterial communities and metabolic ...
A metagenomic study of the Chishui River across four seasons revealed asynchronous seasonal responses and divergent diversity patterns across bacteria, ...
A scientific review evaluates how riverine microbial communities at the Prayagraj confluence deploy stress response pathways and mobile genetic elements ...
A metagenomic study links high milk production in dairy cows to complex low-abundance rumen microbial networks and a streamlined profile ...
A preclinical rodent trial demonstrated that a Mediterranean-modified ketogenic diet preserved gut microbial diversity, supported short-chain fatty acid production, and ...
A phase III trial analysis showed that fecal microbiota transplantation restored intestinal microbial diversity and butyrate-producing bacteria more effectively than ...
Supplementing juvenile tench with fish-derived Loigolactobacillus coryniformis LJR-37 improved growth rates, strengthened antioxidant defenses, and increased survival against Aeromonas hydrophila ...
A scientific review details how machine learning and deep learning models can predict antimicrobial resistance rapidly using multi-omic datasets, while ...
A prospective study of acute ischemic stroke patients links gut dysbiosis and elevated conjugated bile acids to post-stroke cognitive impairment.
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© 2026 Scienmag - Science Magazine