gut-microbiome
Enhancing Gut Microbiome Diversity Through Plant-Based Diets
Discover how adopting a plant-based diet can improve gut microbiome diversity and digestive health, backed by recent studies.
Lifelong researcher at the intersection of gerontology, AI & engineering
gut-microbiome
Discover how adopting a plant-based diet can improve gut microbiome diversity and digestive health, backed by recent studies.
circadian-rhythms
Discover the impact of circadian rhythms on athletic performance and how to align training for optimal results with our self-study protocol.
microbiome
This article investigates the connection between dietary patterns, gut microbiome composition, and their effects on mood and mental health.
diet
This article investigates the connection between dietary patterns, gut microbiome composition, and their effects on mood and mental health.
neutrophils
This article explores how restoring neutrophil clearance by macrophages can reverse aging markers in mice, highlighting significant implications for human health and longevity.
gut-health
Discover how certain dietary patterns can enhance gut barrier function, potentially reducing systemic inflammation.
environmental-toxins
This article delves into the links between environmental toxins and hormonal health in women, offering insights and a self-study protocol for investigation.
sleep
This article explores how sleep quality impacts inflammation levels and chronic disease outcomes, backed by recent research findings.
oncology
This article examines the funding shifts in oncology driven by immunotherapy outcomes and their implications for mental health research.
long-covid
This article examines the link between skeletal muscle atrophy in long COVID and disruptions in glucose metabolism, focusing on GLUT4 expression and mitochondrial function.
circadian
Morning daylight is the strongest signal for your internal clock — and a consistent habit is one of the simplest levers for sleep, energy, and metabolic health.
epigenetics
Discover the role of epigenetic aging clocks in predicting cardiovascular disease and how to test your own biological age through self-experimentation.