TOP-5 Studies on Biohacking and Longevity from 09.10.2026 - 16.10.2026
Chrononutrition in the Age of Aging: Circadian Regulation of Metabolism, Resilience, and Healthy Longevity; Reversing Time? Brain Age in Neuroprotective and Clinical Interventions; Intergenerational Clocks: How Parental Age Affects Biological Aging of Offspring, Lifespan, and Risk of Neurodegenerative Diseases; Review of Advances in Anode Engineering for High Energy Density Lithium-Sulfur Batteries; Endocrine-Disrupting Chemicals and Their Impact on Mosquito Vectors of Infectious Diseases: A Narrative Review.
5. Chrononutrition in the Age of Aging: Circadian Regulation of Metabolism, Resilience, and Healthy Longevity.
About the work.
The review focuses on chrononutrition and its impact on metabolic health and aging processes. It examines the molecular and physiological foundations of chrononutrition, as well as the influence of temporal factors on metabolism.
Results.
Current data show that aligning meal timing with endogenous circadian rhythms improves insulin sensitivity, metabolic flexibility, lipid metabolism, blood pressure regulation, and inflammatory process balance, often independently of weight loss. Chrononutrition may also modulate key biological processes related to aging.
4. Reversing Youth? Brain Age in Neuroprotective and Clinical Interventions.
About the work.
The review assesses brain age as a marker of brain health and cognitive longevity, and explores the impact of various interventions on the deviation of brain age from chronological age.
Results.
Data show that aging brains are associated with declines in cognitive and physical functions, increased physiological burden, and mortality risk. Exercise shows the strongest evidence for modifying brain-PAD, while dietary interventions and multi-domain lifestyle programs yield preliminary results.
3. Intergenerational Clocks: How Parental Age Affects Biological Aging of Offspring, Lifespan, and Risk of Neurodegenerative Diseases.
About the work.
The study investigates the influence of parental age on the biological aging of offspring, their lifespan, and the risk of neurodegenerative diseases. It examines the molecular mechanisms linking parental aging to reproductive success and offspring longevity.
Results.
Age-related changes in DNA methylation, histone profiles, and non-coding RNAs are key mediators affecting gene regulation during early embryogenesis. These epigenetic processes, interacting with parental lifestyle and environment, increase susceptibility to neuropsychiatric and neurodegenerative disorders.
2. Review of Advances in Anode Engineering for High Energy Density Lithium-Sulfur Batteries.
About the work.
The review discusses strategies for improving anodes for lithium-sulfur batteries, focusing on their impact on performance and longevity. It examines alternative materials and new approaches to anode design.
Results.
The available abstract does not describe the results in sufficient detail.