270 articles
A clinician's guide to reading the classification column on a genomic report: what dbSNP, gnomAD and ClinVar each contribute, why a variant of uncertain significance must never drive management, and how to explain penetrance to a patient who has just been called 'pathogenic'.
Dive deep into the molecular machinery underlying lactate's role in longevity — from HCAR1 receptor pharmacology and lactylation stoichiometry to inter-organ metabolic circuits and clinical translation strategies.
Go beyond the basics and explore how lactate activates AMPK, modulates gene expression through lactylation, and coordinates inter-organ communication to promote metabolic resilience and healthy aging.
A clinician's guide to the five stages between a sample and a genomic report — what each accomplishes, why millions of variants is a normal result, and how a poorly read region becomes a falsely reassuring negative.
A clinical reading guide to 30× whole genome sequencing: what the depth figure means, how it differs from a SNP array and an exome, and the specific variant classes a normal genome report does not exclude.
Discover how lactate — once blamed for muscle soreness — is actually a powerful signaling molecule that may hold the key to metabolic health and longevity.
A deep mechanistic exploration of how HSPG sulfation patterns, heparanase signaling, and proteoglycan-receptor crosstalk orchestrate aging — and the cutting-edge therapeutic strategies aiming to reverse it.
Go beneath the surface to understand how HSPGs regulate growth factor signaling, inflammation, and tissue repair — and why their structural decline drives aging at the molecular level.
Discover the surprising sugar-protein molecules coating your cells — and why their decline may be a hidden driver of aging.
A deep mechanistic dissection of microglial aging — from transcriptomic state transitions and NLRP3 inflammasome activation to senolytic strategies, complement dysregulation, and emerging therapeutic targets.
Explore the signaling pathways and cellular mechanisms that transform microglia from vigilant protectors into drivers of chronic neuroinflammation — and what this means for brain aging.
Meet microglia — your brain's built-in immune defenders — and discover how they change with age, sparking the chronic inflammation linked to memory loss and cognitive decline.
