Category Archives: Genetics

A4M LA Symposium To-Go PART 2: High-Impact Takeaways For Your Practice

A4M LA Symposium To-Go PART 2: High-Impact Takeaways Delivered To Your Practice 

(Part 2)

The buzz of excitement from the A4M September Symposium in Los Angeles is still in the air and rippling through our practices, inspiring new approaches and refining existing ones. As we continue to process and apply the vast array of clinical pearls presented, we’re excited to share the second installment of our Symposium To-Go series

Rounding out essential lessons learned at the event, these practical takeaways offer a valuable window into the latest advancements in integrative and anti-aging medicine, including even more developments in endocrine system optimization and functional fertility interventions. Synthesized from hours of detailed presentations by expert practitioner-educators, the insights below are designed to provide immediately applicable information and timely expertise. 

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Best of ’23: A4M Reader’s Choice Award

A year of incredible progress, 2023 saw scientific breakthroughs abound. From revelations in epigenetic reprogramming and cellular biology to advancements in medical artificial intelligence technology, the longevity and anti-aging medicine movement forged forward at breakneck speed — and we did our best to keep pace.

So that you, valued members of our community of innovative health professionals, never missed a beat. Armed with the latest research takeaways, best practices, and breaking news, A4M Blog readers always stay ahead of the curve.

Stepping into 2024, we reflect on the monumental discoveries unlocked across the longevity landscape last year and the ones you found most captivating. We’ve gathered 2023’s most popular articles and hope you help us determine the A4M Reader’s Choice Award winner by casting your vote below! And the nominees are…

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The Genetics Behind Regeneration

Many animals are capable of regenerating complex body parts and restoring them to full functioning. Salamanders and planarians regrow damaged or missing body parts, while flatworms can replicate their entire bodies from minuscule components of themselves. The human body is comparatively limited in its ability to regenerate, as humans are only capable of renewing damaged organs such as the liver and skin. However, recent research in animal regeneration has revealed various stem cell strategies for regenerating body parts, that could one day be applied to humans.