Gut Microbes May Shape Ovarian Disease Risk, Genetic Study Finds
A Mendelian randomization study links gut bacterial genera to seven ovarian-related diseases, suggesting bidirectional causality along the gut-ovary axis.
A Mendelian randomization study links gut bacterial genera to seven ovarian-related diseases, suggesting bidirectional causality along the gut-ovary axis.
Researchers have proposed a comparative framework that helps conservationists determine whether host genetics or environmental factors are the dominant shapers ...
A new review details how disruptions in the gastrointestinal microbiome drive cancer through inflammation, genotoxins, and immune evasion, while microbial ...
A new philosophical hypothesis argues that because neuroepigenetic mechanisms environmentally shape the brain, the seat of personal identity, the environment ...
A comprehensive review details how specific gut microbes and their metabolites shape responses to cancer immunotherapy and chemotherapy, and how ...
New metagenomic research shows that the earthworm gut microbiome selectively enriches bacterial genes and genera that biodegrade the persistent anthelmintic ...
A 13-year Baltic Sea time series shows that bacterial communities at identical temperatures differ radically between spring and autumn, revealing ...
A new Bayesian spatial mixed model called SpaMixed detects air pollution effects on the microbiome by accounting for geographic and ...
A full factorial coalescence experiment on tomato roots shows that rhizosphere microbial communities form a continuous compositional landscape shaped jointly ...
The 4th Clinical Epigenetics International Conference in Naples highlighted rapid progress in epigenetic mechanisms, editing technologies, and therapies for cancer, ...
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© 2025 Scienmag - Science Magazine