Who may it be considered for?
It may be considered for adults who aim to age healthily, want to identify their metabolic or cardiovascular risks early, seek to maintain their muscle strength and endurance, or want to create a long-term health plan that accounts for their existing diseases.
How is it planned?
The plan is developed using age, family history, existing diseases, body composition, muscle strength, cardiorespiratory fitness, sleep, metabolic markers, and lifestyle data. The priority is to reduce measurable risks and preserve function; tests and supportive measures are selected according to individual needs.
Longevity and healthy aging showcase
Healthy aging does not consist of a single test or intervention. By selecting your area of interest, you can explore measurement, risk assessment, and support options in detail.
Biological AgePhenoAge, GrimAge, and epigenetic clocks
VO₂maxCardiorespiratory fitness and endurance
Muscle Strength and SarcopeniaHandgrip, muscle mass, and functionality
HRVAutonomic balance, stress, and recovery
Vascular Age / PWVArterial stiffness and cardiovascular risk
SleepSleep quality, apnea, and recovery
Brain HealthCognitive aging and risk reduction
Balance and Fall RiskIndependence and physical capacity
Metabolic and hormonal health
Weight ManagementBody composition and a sustainable metabolic plan
Insulin ResistanceGlucose, TG/HDL, waist circumference, and metabolic risk
Testosterone and Men’s HealthHormonal evaluation and healthy aging
Sexual HealthCirculatory, metabolic, and hormonal factors
New and supportive longevity approaches
NAD+Energy metabolism and clinical research
Mitochondrial SupportEnergy metabolism and individual evaluation
Peptide ApplicationsMolecules, level of evidence, and safety
Red Light / PBMRecovery, muscle and tissue health
IV and Infusion ApplicationsIntravenous support based on deficiencies and goals
New areas of measurement in longevity assessment
Without reducing the healthy aging plan to a single test or supplement, we address it in terms of measurable risk, function, and follow-up.
Longevity Check-upComprehensive assessment of muscular, cardiovascular, metabolic, and cognitive risks
CGM and Metabolic FlexibilityThe relationship between glucose responses, meals, sleep, and movement
ApoB and Lp(a)Atherogenic particle burden and inherited cardiovascular risk
Visceral FatWaist circumference, body composition, and metabolic risk
InflammagingChronic low-grade inflammation and healthy aging
Mitochondrial HealthEnergy metabolism, exercise, and recovery
Wearables and Digital BiomarkersHRV, sleep, resting heart rate, and activity trends
Organ AgeDifferent aging patterns of the heart, brain, muscles, and metabolic systems
CreatineMuscle strength, exercise, and healthy aging
Omega-3 IndexEPA, DHA, and cardiometabolic assessment
Where do detox and IV / infusion treatments fit into a Longevity plan?
We approach detox and intravenous support not as standalone “rejuvenation treatments,” but as supportive areas that can be added to a Longevity plan according to the individual’s clinical needs. The priority is always sleep, movement, muscle strength, metabolic risk, nutrition, and a preventive health approach.
Detox and Natural Elimination SystemsPersonalized evaluation centered on the liver, kidneys, intestines, exposure history, and lifestyle.
IV and Infusion TreatmentsEvaluation of NAD+, glutathione, vitamins, minerals, and other intravenous support based on deficiency, clinical need, and goals.
Key areas in healthy aging
The strongest foundation is regular movement, muscle strength, cardiorespiratory fitness, balanced nutrition, adequate sleep, not using tobacco, and good management of cardiometabolic risks. Measurements such as biological age, HRV, VO₂max, and PWV can provide additional information within this picture; their main value lies in helping track change over time.
Our approach at our Bodrum clinic
Our first question is not “how many years younger do you want to become?”; it is which functions you want to preserve, which health risk you want to reduce, and what you want to do better in daily life. We select measurements according to these goals, record baseline values under conditions that are as standardized as possible, and track change over time.
We keep the plan as simple, measurable, and sustainable as possible. When new technologies, supplements, and treatments come up, we evaluate them in terms of the current level of research, potential contribution, cost, and safety.
Frequently asked questions
What is the goal of the Longevity program?
The goal is not only to live longer, but to preserve muscle strength, movement, cognitive function, and metabolic health for as long as possible.
Can there be a longevity program without using supplements?
Yes. Movement, sleep, nutrition, not using tobacco, cardiometabolic control, and preventive health practices form the foundation of the program.
Is biological age testing necessary?
It is not necessary for everyone. Some tests may be useful for monitoring; what matters most is whether the result actually changes the clinical plan.
How are priorities determined in a Longevity program?
| Step | Priority | Examples |
|---|---|---|
| 1 | Core risks and function | Blood pressure, glucose, lipids, body composition, muscle strength, cardiorespiratory capacity |
| 2 | Lifestyle foundation | Exercise, sleep, nutrition, not using tobacco, stress, and social health |
| 3 | Deficiency and disease management | Laboratory-confirmed deficiencies and personal disease risks |
| 4 | Targeted support | Selected support or technologies when there is evidence, safety, and a measurable goal |
| 5 | Experimental / emerging areas | Evaluated with an open discussion of the level of evidence and unknowns |
In the Longevity approach, a new or expensive intervention does not take precedence over basic risk management.
References
- World Health Organization. Healthy ageing and functional ability.
- World Health Organization. Integrated care for older people (ICOPE).
- Lang JJ, et al. Cardiorespiratory fitness and health outcomes. Br J Sports Med. 2024. PMID: 38599681.
- Lim SK, et al. Standardized Measurement of Muscle Strength and Physical Performance for Sarcopenia. 2025. PMID: 40495280.
Written and medically reviewed by: Dr. Kerem Çağlayan
Last medical review: 27 September 2026
Image note: The page image is a representative image generated with artificial intelligence.
Disclaimer: This content is general health information; it is not a personal diagnosis or treatment recommendation.
Editorial and Medical Review Policy
Clinical evaluation in Bodrum: you can use the Bodrum Clinic and Appointments and Contact pages to discuss whether the procedure is suitable for you.