Genfosis Update
News & Articles
Biological Age: What It Is, How It's Measured, and Whether You Can Slow It Down
Biological age is your body's true cellular age, which can differ from your calendar age. Learn how epigenetic clocks measure it and how to slow aging at the cellular level.
Biological Age vs Chronological Age Explained | Genfosis
Biological age and chronological age are not the same. Learn why people the same age can age differently, and what the gap between the two numbers reveals about your health.
What Is an Epigenetic Clock and How Does It Work | Genfosis
An epigenetic clock estimates biological age from DNA methylation patterns. Learn how it works, how accurate it is, and how the different generations of clocks differ.
Biological Age: What It Is, How It's Measured, and Whether You Can Slow It Down
Biological age is your body's true cellular age, which can differ from your calendar age. Learn how epigenetic clocks measure it and how to slow aging at the cellular level.
Biological Age vs Chronological Age Explained | Genfosis
Biological age and chronological age are not the same. Learn why people the same age can age differently, and what the gap between the two numbers reveals about your health.
What Is an Epigenetic Clock and How Does It Work | Genfosis
An epigenetic clock estimates biological age from DNA methylation patterns. Learn how it works, how accurate it is, and how the different generations of clocks differ.
Epigenetics vs. Genetics
Why "Lifestyle" Overrides Your "Genetic Code"
China’s Breakthrough in Diabetes Treatment: Stem Cell Therapy for a Future Without Insulin
Chinese scientists have developed a pioneering stem cell therapy that could transform diabetes care worldwide. Early trials show that patients with both Type 1 and Type 2 diabetes became insulin-free within weeks. This breakthrough not only brings new hope to over 500 million patients but also poses significant challenges to the global healthcare system and pharmaceutical industry.
Revolutionary Down Syndrome Treatment: CRISPR-Cas9 Successfully Eliminates Extra Chromosomes
A groundbreaking technique from Japan may redefine the future of Down syndrome treatment. CRISPR-Cas9 has been used to successfully eliminate the extra chromosome in human cells. What was once impossible may now be within reach.