aging
How Does Methylation Testing Compare to Other Ways of Measuring Biological Age?
Learn the key traits that make a biomarker of biological age, and the pros/cons of the four main types of biological age testing.
Longevity Spotlight January 2023
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here's the latest in longevity for January 2023.
What is Epigenetic Methylation Testing?
Epigenetic Methylation drives changes in the body at a cellular, genetic, and molecular level. Learn what it is and why it’s important.
Tracking Biological Age vs. Chronological Age
What are biomarkers of aging? Learn how we use those biomarkers, what makes a good biomarker of aging, and more.
Longevity Spotlight September 2022
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here's the latest in longevity for September 2022.
What Is Biological Age & Why Should I Care?
Biological aging is the process of your body gradually losing function. So how is it different from your birthday, and why should you care?
Hallmarks of Aging: Altered Intercellular Communication
The Hallmarks of Aging describes altered intercellular communication as an alteration of the signals that pass between cells.
Hallmarks of Aging: Stem Cell Exhaustion
The Hallmarks of Aging describe stem cell exhaustion as failure of stem cells & their ability to supply new somatic cells to organs/tissues.
Hallmarks of Aging: Deregulated Nutrient Sensing
The Hallmarks of Aging describes deregulated nutrient sensing as a failure of four pathways that manage metabolism & energy production.
Hallmarks of Aging: Cellular Senescence
The Hallmarks of Aging describes cellular senescence as dysfunctional, pro-inflammatory cells which have evaded destruction.
Hallmarks of Aging: Telomere Attrition
The Hallmarks of Aging describes telomere attrition as the erosion of the protective telomeres that cap the ends of our chromosomes.
Hallmarks of Aging: Mitochondrial Dysfunction
The Hallmarks of Aging describes mitochondrial dysfunction as the decline of mitochondria and their ability to produce energy for the cell.