MEET THE
PLANNING COMMITTEE MEMBERS Our leadership team at A4M is dedicated to advancing the fields of longevity, regenerative, and functional medicine. With expertise spanning clinical practice, research, and medical education, our scientific planning committee guides the development of innovative programs and evidence-based training. Their commitment ensures that healthcare professionals worldwide receive the highest quality education to improve patient outcomes and drive the future of modern medicine. Join us in celebrating the remarkable contributions of our Planning Committee Members, whose commitment to excellence shapes the future of medicine.
Gordon Crozier DO
Mark C. Houston
MD, MS, FACP, ABAARM
James LaValle
Mark Rosenberg
Erika Schwartz
Sahar Swidan
MD
MD
RPh, CCN, MT
PharmD, BCPS, ABAAHP, FAARFM
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ANTI-AGING MEDICAL NEWS | FALL 2026 TABLE OF CONTENTS SPONSORS & PARTNERS ���������������������������������������������������������������������
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ARTICLES Versatile Extracellular Vesicles
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and the Role They Play in Longevity By:
A4M Team
The Circadian Clock and Aging:
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How Sleep Affects Longevity and Wellbeing By: A4M Team
Recovery and Longevity: Supporting Strength, Resilience, and Healthspan By:
A4M Team
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Versatile Extracellular Vesicles and the Role They Play in Longevity
Versatile Extracellular Vesicles and the Role They Play in Longevity By: A4M Team From diagnostics to drug delivery to regenerative medicine, extracellular vesicles (EVs) are the messengers of the moment, offering a promising glimpse of future applications to the biologists who study them and the longevity experts interested in their powerful signaling properties. No EV-based therapeutic product has yet been formally approved for marketing, but clinical evidence is building around possible applications for EVs in the future – and their implications for longevity and regenerative medicine.
Unique Sentinels EVs are small membrane-bound particles released by cells. They carry proteins, lipids, nucleic acids, and other signaling molecules, and play an important role in intercellular communication, tissue repair, and immune regulation. As we age, the signaling properties of EVs – including exosomes – change significantly, with their molecular makeup altered by mitochondrial dysfunction and increased oxidative stress. Because EVs from aged cells may carry higher levels of pro-inflammatory signals and lower levels of antioxidant molecules, they can impair tissue repair and promote chronic inflammation. The reduced capacity of aged EVs for beneficial signaling may promote senescence or tissue damage rather than regeneration, and contribute to conditions such as cardiovascular disease, neurodegeneration, and skin aging. For medical purposes, EVs offer a minimally invasive way to monitor health because they carry surface markers and cargo from their parent cells that can reflect the health status and disease states of the body. “They’re kind of a unique sentinel that’s reflecting what’s
going on in the cell of origin,” says Nobel Laureate Randy Schekman, a professor at UC Berkeley’s Department of Molecular & Cell Biology. “In our body they’re floating around by the trillions in blood and lymph and urine and saliva, and if you can capture them and evaluate the heterogeneity of them you can have a snapshot of what’s going on inside the body.”
Therapeutic Potential In addition to their role as healthspan indicators, EVs are emerging as important mediators of intercellular communication. Their role in the transmission of biological signals between cells to regulate a diverse range of biological processes is being studied, and scientists are looking into their therapeutic potential against cancer, infectious diseases, and neurodegenerative disorders. EVs from sources including mesenchymal stem cells (MSCs), immune cells, plants, and milk show therapeutic potential across tissue repair, immune modulation, oncology, and neurological disorders. Plant-derived EVs (PDEVs) from ginger, grape, grapefruit, and broccoli possess exceptional gastrointestinal ANTI-AGING MEDICAL NEWS |
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Versatile Extracellular Vesicles and the Role They Play in Longevity
stability and low immunogenicity, supporting the feasibility of oral administration. Bovine milk-derived EVs exhibit extraordinary stability, resisting gastric acid, digestive enzymes, and thermal processing, enabling oral delivery that may overcome the poor oral bioavailability limitation of most mammalian EVs. According to recent studies, EVs confer native biocompatibility and stability within biological environments, making them particularly interesting to proponents of longevity medicine. But there are barriers that block the clinical implementation of EV therapy, including limited understanding of biodistribution, doseresponse dynamics, and loading efficiency. EVs from different sources show varying levels of promise, and research on their safety and efficacy is still underway. Before EVs can be approved, there are several developmental priorities that must be met:
• Defining core functional components and doseeffect correlations
• Establishing standardized cGMP-compliant
production and purification workflows • Formulating globally unified CQA specifications • Launching multicenter, long-term follow-up clinical trials • Developing surface modification and intelligent delivery strategies
• Promoting cross-border regulatory cooperation
The Path to Approval The global regulatory landscape for EV therapeutics is evolving rapidly, though significant divergence remains across regions and no global consensus exists on standardized critical quality attributes (CQAs). In the
European Union, the regulatory pathway for EV products depends on their specific composition, mechanism of action, and intended therapeutic use, with some products potentially falling under the advanced therapy medicinal product (ATMP) framework. In the U.S., the FDA’s Center for Biologics Evaluation and Research (CBER) oversees EV therapeutics under Section 351 of the Public Health Service Act and the Federal Food, Drug, and Cosmetic Act. In August 2025, the National Institutes for Food and Drug Control (NIFDC) published the first official technical review supporting the druggability of EV products. In Asia, a landmark development occurred in August 2024 when Japan’s Pharmaceuticals and Medical Devices Agency (PMDA) released the Quality and Safety Assessment Report for Extracellular Vesicle Therapeutic Products, representing the world’s first nationallevel official technical guideline dedicated to EV drug development. In China, the Center for Drug Evaluation (CDE) issued a draft guidance in June 2025 formally incorporating EV therapeutics into the ATMP framework, classifying them as either novel delivery system drugs or cell derivative products based on composition and mechanism.
Concluding Thoughts Although EVs show enormous potential, they are not yet approved for general therapeutic use. Once scientists and researchers find and demonstrate the best ways to utilize and distribute these small-but-mighty cellular signalers safely and effectively, they may play a key role in emerging therapeutic strategies to monitor disease and extend healthspan and lifespan.
Sources: 1. Extracellular Vesicles: A Comprehensive Review of Their Origins, Functions, and Therapeutic Potential
4. Plasma Extracellular Vesicles Carry Immune SystemRelated Peptides that Predict Human Longevity
2. Why Extracellular Vesicles Matter
5. Extracellular Vesicles as Next-Generation Therapeutics: Global Pipeline, Regulatory Landscape, and Translational Challenges
3. Small Extracellular Vesicles from Young Plasma Reverse Age-related Functional Declines by Improving Mitochondrial Energy Metabolism 12
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The Circadian Clock and Aging: How Sleep Affects Longevity and Wellbeing
THE CIRCADIAN CLOCK AND AGING:
How Sleep Affects Longevity and Wellbeing By: A4M Team The circadian clock is more than just a regulator of daily rhythms – it’s a key player in the aging process. The body’s internal 24-hour timer regulates sleep, metabolism, hormone release, and other physiological processes in sync with day-night cycles, and preserving its function may be as important to healthy aging as managing other age-related risk factors. Circadian rhythms are essential for health, and their disruption is linked to numerous age-related diseases, so maintaining the circadian clock is an important factor in increasing longevity and boosting healthspan.
Circadian Biology and Aging The master circadian clock is located in the suprachiasmatic nucleus (SCN), a small cluster of cells in the hypothalamus of the brain. But the circadian system extends well beyond the central clock: peripheral clocks throughout organs and tissues help coordinate metabolic, hormonal, immune, and cellular processes according to the body’s daily rhythms. When circadian rhythms become disrupted, oscillator strength in peripheral tissues may weaken, environmental cues become less efficient, and clockcontrolled genes regulating metabolism, immune function, and cognition may be affected. As people age, the circadian system undergoes dynamic changes that affect multiple physiological processes. Sleep–wake rhythms begin to wane, with increased fragmentation and earlier sleeping and waking times. Core body temperature rhythms shift, hormonal rhythms become less synchronized, and metabolic rhythms weaken, contributing to age-related metabolic dysfunction. Most physiological and molecular processes are governed by the circadian system, which generates rhythmic oscillations throughout the lifespan, adapting across different stages of life to fulfill age-specific
physiological requirements. Many of the problems associated with advanced age occur when circadian rhythms become desynchronized, leading to reduced circadian robustness and greater physiological variability. Aging-related circadian changes can contribute to metabolic decline, causing insulin resistance and obesity, as well as cognitive impairment due to disrupted sleep and neurochemical rhythms. Glucose, fatty acid, and cholesterol metabolic pathways are under circadian control, and the disruption of clock genes alters metabolism and worsens health status. Altered immune cell rhythms may lead to immunosenescence and increased disease risk for cardiovascular, neurodegenerative, and metabolic disorders. And a recent study by Dong et al. summarized that proper clock function is critical for metabolic health and delaying age-related decline – tying together circadian regulation with glucose homeostasis and longevity pathways.
The Circadian-Mitochondrial Connection The relationship between circadian rhythms and mitochondrial function is another area of growing interest in longevity research. Mitochondria have their own rhythmic activity, coordinating energy production
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The Circadian Clock and Aging: How Sleep Affects Longevity and Wellbeing
with the body’s changing metabolic demands, while circadian clock disruption can affect mitochondrial metabolism and increase oxidative stress. A recent review published in Frontiers in Aging connected sleep, redox metabolism, and mitochondrial health, showing how poor sleep increases reactive
eating, for example, is being studied not only for its metabolic effects but also for its ability to influence peripheral circadian clocks. Exercise may similarly affect circadian signaling and metabolic function, while sleep timing and light exposure can reinforce or disrupt the central clock.
oxygen species, impairing neuronal energy, while oxidative stress disturbs sleep architecture in a cycle that accelerates the aging process. Because mitochondrial dysfunction and oxidative stress are already recognized as important components of the
This emerging field of circadian medicine raises the possibility of moving beyond simply treating the consequences of circadian disruption and toward interventions designed to restore or reinforce the body’s underlying timing mechanisms.
aging process, understanding how circadian disruption contributes to these changes could open another avenue for intervention. Rather than treating sleep and circadian function as isolated concerns, researchers are increasingly examining their relationship with metabolic
Future approaches may include more precise use of chronotherapy, personalized meal and exercise timing, targeted light exposure, and pharmacologic strategies that influence circadian pathways.
health, mitochondrial function, inflammation, and cellular aging.
Finding Solutions According to new research, aging impairs circadian rhythms, while circadian disruption may also accelerate aspects of aging. This bidirectional relationship has raised an important question for longevity medicine: Can restoring circadian alignment become a meaningful intervention for healthier aging? While much of the research remains early-stage, researchers are investigating whether lifestyle and therapeutic interventions can influence the body’s central and peripheral clocks. Meal timing and exercise can act as metabolic timing cues, while appropriately timed light exposure remains one of the strongest environmental signals for regulating the central circadian system. The timing of these interventions may be just as important as the intervention itself. Time-restricted
Determining which approaches are most effective, for whom, and at what stage of aging remains an important area of research.
Concluding Thoughts The circadian clock regulates the rhythms of the body, and its decline can accelerate the aging process. Because a properly functioning circadian clock is a key component to wellness, understanding and managing circadian rhythms as we age is an important way to promote healthspan and increase longevity. As researchers continue to uncover the relationship between circadian biology, metabolism, mitochondrial function, inflammation, and cellular aging, the body’s internal clock may become an increasingly important target in personalized longevity medicine. The future may not simply be about treating the effects of aging, but about understanding how when biological processes occur can influence how well we age.
Sources: 1. Circadian Physiology Changes with Aging: Age is Just a Number, But Circadian Physiology Keeps Time 2. Circadian Rhythms and Longevity: The Science of Aging on Time 3. Circadian Rhythms
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Recovery and Longevity: Supporting Strength, Resilience, and Healthspa
RECOVERY AND LONGEVITY:
Supporting Strength, Resilience, and Healthspan By: A4M Team Movement, nutrition, sleep, stress reduction, and social connection: experts recommend these five core pillars of longevity as part of an everyday routine that supports a long and healthy life. Increasingly, however, the concept of recovery as an additional pillar of longevity is gaining traction as a fundamental part of staying strong, resilient, and healthy as we age.
“What we actually want is both more years and more of those years lived in good health,” says Dr. David Barzilai, a longevity physician and the medical editor of Harvard Health Publishing’s Special Health Report Pathways to Longevity. “Almost no one wants additional years of frailty and dependence; they want
more years of feeling well, moving freely, thinking clearly, and staying engaged with the people and work they love.” Recovery — allowing the body regular opportunities to repair muscle tissue, balance hormones, and consolidate memories — helps achieve those years of good health by directly supporting strength, resilience, and long-term healthspan.
Building Long Term Resilience Incorporating recovery into a healthy daily routine can help maintain physical performance while protecting long-term health and vitality. It allows the body to realize the benefits that come through positive behaviors like healthy eating, fasting windows, supplements, topicals, and physical exercise. Long-term resilience happens during recovery, a period when the body interprets physical stress, repairs damaged tissue, restores energy balance, and adapts in positive ways rather than remaining inflamed and depleted. Recovery determines whether the demands placed on the body result in adaptation or accumulated wear. While it sometimes feels passive, recovery is an active metabolic process that supports mitochondrial repair, 18
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nervous system recalibration, protein turnover, immune signaling, glycogen restoration, connective tissue remodeling, and sleep-dependent brain clearance. Without sufficient recovery, even the healthiest lifestyle habits may not fully translate into improved function, mobility, and healthspan. How does recovery support longevity? Immune Health Recovery supports immune function and may help reduce susceptibility to illness. Cognitive Function Recovery supports memory consolidation, mental clarity, and overall brain health. Hormonal Balance Recovery helps regulate hormones essential for tissue repair, metabolism, and overall health.
Recovery and Longevity: Supporting Strength, Resilience, and Healthspan
Muscle and Strength Maintenance Recovery encourages muscles to rebuild and adapt, supporting mobility, and helping reduce age-related decline.
Prioritizing Recovery From an athletic training point of view, forgoing recovery increases the risk of overtraining, injury, and frustrating plateaus in performance. In the pursuit of a healthier healthspan, making recovery a consistent part of the routine helps ensure that the benefits of exercise, nutrition, and other longevity practices can be sustained over time.
• Quality Sleep – Deep sleep is critical for muscle
repair, hormone regulation, immune function, and cognitive health.
• Active Recovery – Low-intensity activities improve blood flow, reduce stiffness, and support recovery without interrupting progress.
• Nutrition & Hydration – Refueling with adequate
protein, healthy fats, and hydration after workouts supports repair and replenishes energy stores.
• Mindful Rest – Meditation, deep breathing, and unstructured downtime help reset the nervous system and reduce stress.
Prioritizing sleep, active rest, and mindful downtime are as important to healthspan as exercise and diet. “Sleep is the greatest legal performance-enhancing drug that most people are probably neglecting,” says Dr. Matthew Walker, a British neuroscientist, professor of neuroscience and psychology at the University of California, Berkeley, and author of “Why We Sleep.” But sleep is only one part of recovery that plays an important role in preserving health and vitality.
Recovery is where the body gathers and processes
What does recovery look like in the blueprint for a stronger healthspan? These fundamental components offer an overview:
repair, and using rest as a tool to manage stress and
the benefits that come with a healthy, active lifestyle, enhancing the impact of nutrition, exercise, and stress management. Despite its importance, making recovery a priority does not necessarily involve making drastic life changes. By scheduling rest days, prioritizing sleep hygiene, incorporating whole, nutrient-dense foods that support fatigue, recovery can be easily integrated into a healthy, mindful longevity routine.
Sources: 1. The 5 Pillars of Longevity: Movement, Nutrition, Sleep, Stress Reduction, and Social Connection
3. Rehabilitation | Complete Guide 2025
2. The Role of Recovery and Sleep in Maximizing Strength and Longevity
5. Why Recovery Matters More Than Longevity Hacks: The Repair Signals Most People Ignore
4. Cellular Recovery: Rest, Sleep & Nervous System Repair
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