Navigate Aging - Telomere Biology and Longevity Summit On-Demand

Join the leaders in advanced anti-aging medicine

Aging is a biological process that affects most cells, organisms and species. Human aging is associated with increased susceptibility to a variety of chronic diseases, including cardiovascular disease, Type 2 diabetes, neurological diseases and cancer.

Telomeres – aka the tiny structures on the ends of our chromosomes – shrink as we age. This shrinking process – not the process of aging itself – deteriorates our cells and causes us to feel and look older.

When you understand telomere biology and incorporate telomere therapy into your practice, you can have a MASSIVE impact on your patients’ longevity and health.

That’s why telomere biology is SUCH an essential component of anti-aging medical care.

During the course, you'll learn how to:

Understand the biology of telomeres: Discover how telomeres function in the body, the impact of shrinking telomeres on cells and senescence, and how telomere length is directly related to degenerative disease, illness, and the again process.
Discover how clinicians use telomere therapy: Clinicians have developed new and innovative protocols to activate telomeres in their practice.
Effectively communicate with your patients about potential outcomes: How do you communicate the long-term benefits of telomerase activators to your patients? How do you express the benefits vs. the costs of therapy?
Manage treatment protocols that might include nutraceuticals, peptides and other therapies.

Earn CME Credits

Understand general practice application

Why You Should Register

Learn new protocols to immediately implement into your practice

Interactive patient case studies

Faculty

Gordon Crozier, DO

Workshop Preview

James LaValle, RPh, CCN, MT

Schedule

Telomere Biology and it’s Fundamental Role in the Aging Processes

What are telomeres and how do they function?
The pivotal role of telomere biology in the Hallmarks of Aging

Joseph Raffaele, MD

Why Telomeres are Important in Favorably Modifying Built in Death Program (TERT & TERC explained)
Ron Rothenberg, MD

Telomeres and Immunosenescence: From Mechanisms and Measurement to Application in Clinical Practice
Joseph Raffaele, MD

Telomeres and Lifestyle Review peer reviewed papers on diet, exercise, stress reduction, radiation and environmental exposures on telomeres
Ron Rothenberg, MD

The Impact of Peptides on Telomeres and Other Markers of Biological Age
James LaValle, RPh, CCN, MT, DHPh

The Interconnection Between Telomere Length and Neurological Diseases
Gordon Crozier, DO

Panel Discussion – Q & A

Is Telomere Length an Important Biomarker of Aging?
Measurement techniques and interpretation of results to determine if a patient is a candidate for telomerase activation
Joseph Raffaele, MD

Comprehensive Review of PEER Reviewed Literature
Research that mentions the use of a Telomerase Activator and clinical observations
Ron Rothenberg, MD

Inflammation, Telomere Length and Neuropsychiatric Disorders
Gordon Crozier, DO

SARS-CoV-2 Infection and Telomere Biology
A review of the literature and recommendations for clinical practice
Joseph Raffaele, MD

Comprehensive Review of Literature on Telomeres and Telomerase.

Discover the non canonical actions of telomerase
Brief conclusion of all studies and clinical implications

Ron Rothenberg, MD

Round Table/Case Study Approach

Incorporating proven methods to improve your patients’ health span

Joseph Raffaele, MD
Ron Rothenberg, MD
Gordon Crozier, DO

Registration

Navigate Aging: Telomere Biology and Longevity Summit

$695 USD