Gut Microbes and Metabolites Reveal Distinct Signatures Across Chronic Liver Diseases
A multi-omics study of 80 patients reveals etiology-specific gut microbial and metabolic signatures in chronic liver disease.
A multi-omics study of 80 patients reveals etiology-specific gut microbial and metabolic signatures in chronic liver disease.
A pooled analysis of seven randomized trials in older adults shows that caloric restriction improves a composite biomarker index of ...
A new study shows that the cyanobacterial toxin microcystin-LR causes significant DNA damage and disrupts oxygen transport and antioxidant defenses ...
Protein profiles measured in children's blood can encode cardiometabolic risk traits that predict adult disease outcomes decades later.
A large multi-omics study of 984 samples reveals that gut microbial diversity, metabolites, and elemental profiles shift progressively across colorectal ...
A large-scale neuroimaging study shows that individual deviations from normative white-matter development in association networks can predict ADHD symptom trajectories ...
A bioinformatics study has identified six ferroptosis-related genes and three regulatory microRNAs that may serve as diagnostic biomarkers and therapeutic ...
A consensus statement from the SENESCENCE2030 network published in Nature Aging outlines a roadmap for turning cellular senescence research into ...
Preoperative urinary metabolites may improve survival prediction in colorectal cancer beyond tumor stage, according to a ColoCare study that identified ...
A new study maps distinct inflammatory cytokine and PACAP-38 signatures in multiple myeloma, linking elevated IL-10 and other markers to ...
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© 2026 Scienmag - Science Magazine