Belgrade · April 16–17, 2027

BALKAN LONGEVITY CONGRESS 2027

FROM AGING SCIENCE TO CLINICAL PRACTICE
Where Science Meets the Future of Healthy Aging

Two days of cutting-edge science, clinical practice, and innovation dedicated to one of medicine's greatest challenges: how to extend the years of life spent in good health.

Longevity is not just more years.
Longevity is more health, function, and quality of life.

THE FUTURE OF MEDICINE BEGINS BEFORE DISEASE

Balkan Longevity Congress 2027 brings together leading experts from medicine, science, pharmacy, biotechnology, and digital health with a shared goal: to turn the latest insights into the biology of aging into safe and applicable clinical practice.

The congress will present how genetics, epigenetics, biomarkers, metabolism, hormones, the microbiome, physical capacity, mental health, and modern technologies together shape each person's individual aging trajectory.

The focus will not only be on the question: "How long can we live?"
but on the more important question: "How can we stay healthy, functional, cognitively preserved, and independent for longer?"

CONGRESS CONCEPT

From understanding aging to extending healthspan

Understand Aging→ Measure Risk→ Target Biology→ Preserve Function→ Extend Healthspan

The program is organized into four interconnected congress tracks:

I

UNDERSTANDING AGING

Understanding the biology of aging and how we can reliably measure it.

II

TARGETING AGING

Interventions targeting the mechanisms of aging, inflammation, and regeneration.

III

PRESERVING FUNCTION

Preserving cardiometabolic health, brain, muscle, bone, and hormonal function.

IV

BUILDING HEALTHSPAN

Personalized nutrition, digital health, and standards for the clinical application of longevity medicine.

MAIN CONGRESS TOPICS

The program is organized into four logical tracks and 12 main topics. The structure connects fundamental science, modern diagnostics, clinical interventions, and standards of responsible application. The closing session brings the focus back to the ultimate goal: a life that remains functional, connected, and worth living.

I — Understanding Aging

Understanding the biology of aging and how we can reliably measure it

1

THE NEW SCIENCE OF AGING

From Lifespan to Healthspan

Modern longevity medicine shifts the focus from treating individual diseases toward preserving function and extending the period of life spent in good health. The session connects the fundamental biology of aging with its meaning for human health and clinical practice.

Key areas
Lifespan, healthspan, and functional longevityPreventive medicine, geriatrics, and longevity medicineHallmarks of Aging and their interconnectionsSystemic and organ-specific agingFrom animal models to human evidence

Key message: Aging is not a single process or a single disease, but a network of changes that determine the body's risk, resilience, and functionality.

2

MEASURING AGING

Biological Age, Aging Clocks and Functional Capacity

Biological age is meaningful only if it contributes to risk assessment, intervention selection, or outcome monitoring. This topic critically examines laboratory, multi-omics, digital, and functional markers of aging.

Key areas
Chronological and biological ageEpigenetic, proteomic, metabolic, and immune clocksOrgan-specific aging clocksPace of agingClinical and functional biomarkersBody composition, muscle strength, gait speed, and VO₂ maxValidation and limitations of commercial tests

Key message: We should not measure what is merely interesting, but what can change a clinical decision.

3

PRECISION LONGEVITY AND MULTI-OMICS

From Individual Risk to Individual Intervention

Precision longevity medicine integrates genetic predispositions, epigenetic changes, metabolism, lifestyle, and clinical context in order to tailor interventions to the specific patient.

Key areas
Genomics and polygenic risk scoresEpigenomics and lifestyle influenceProteomics, metabolomics, and lipidomicsPharmacogeneticsSingle-cell and multi-omics approachesN-of-1 monitoring and personalized protocolsFrom test result to clinical decision

Key message: True personalization is not more testing, but a better choice of intervention for the right patient at the right time.

II — Targeting Aging

Interventions targeting the mechanisms of aging, inflammation, and regeneration

4

GEROSCIENCE, IMMUNE LONGEVITY AND GEROTHERAPEUTICS

From Mechanisms to Human Evidence

Geroscience examines whether modulating shared mechanisms of aging can simultaneously delay multiple age-related diseases. Special focus is placed on immunosenescence, inflammaging, and the quality of evidence for new therapies.

Key areas
mTOR, AMPK, sirtuins, and autophagyImmunosenescence and inflammagingSenolytics, senomorphics, and precision senotherapiesMetformin, rapamycin, and drug repurposingNAD⁺ metabolism and mitochondrial interventionsClinical trial design and selection of relevant endpointsWhat is ready for the clinic, and what remains experimental?

Key message: Biological plausibility is not the same as proven clinical benefit. Safety and human data remain decisive.

5

CELLULAR REJUVENATION AND REGENERATIVE MEDICINE

Repair, Reprogramming and Responsible Translation

Regenerative medicine is moving from broad promises to more precise approaches aimed at restoring function. This topic distinguishes confirmed clinical options from experimental procedures and marketing.

Key areas
Cellular senescence and selective clearance of senescent cellsPartial epigenetic reprogrammingStem cells and regenerative capacityExosomes and cellular communicationRepair of muscle, cartilage, and nerve tissueRegeneration versus malignancy riskRegulatory framework and patient protection

Key message: The goal is not merely to change a biomarker, but to safely restore function without losing cellular identity and control.

III — Preserving Function

Preserving organ health, physical capacity, cognition, and hormonal health

6

CARDIOMETABOLIC AND VASCULAR LONGEVITY 2.0

Beyond Cholesterol and Glucose

Cardiometabolic health is one of the most important foundations of a long healthspan. This topic integrates vascular age, body composition, metabolism, the liver, and the kidneys into a single risk-assessment model.

Key areas
Vascular aging, arterial stiffness, and endothelial functionApoB, Lp(a), and residual cardiovascular riskInsulin resistance and visceral adipose tissueObesity as an accelerator of agingGLP-1/GIP therapies and preservation of muscle massMASLD and the cardio-renal-metabolic continuumEarly detection of subclinical atherosclerosis

Key message: The goal is not just a better lab result, but preserving blood vessels, organs, muscle, and long-term function.

7

BRAIN LONGEVITY, SLEEP AND MENTAL HEALTH

Prevention Before Neurodegeneration

Changes in the brain can begin years before symptoms appear. The session connects early detection of neurodegeneration with vascular health, sleep, mental health, and the preservation of cognitive reserve.

Key areas
Cognitive reserve and healthy brain agingEarly biomarkers of Alzheimer's disease and other dementiasNeuroinflammation and vascular contributionSleep, circadian rhythm, and the glymphatic systemStress, depression, anxiety, and psychological resilienceHearing, vision, and social isolation as modifiable risk factorsThe gut–brain axis and prevention strategies

Key message: Prevention of cognitive decline must begin before clinical diagnosis, while there is still room to preserve function.

8

MUSCLE, BONE AND PHYSICAL RESILIENCE

Muscle as Longevity Medicine

Muscle strength, mobility, and cardiorespiratory fitness directly determine independence and the body's resilience. This topic focuses on measurable interventions against sarcopenia, frailty, and loss of function.

Key areas
Sarcopenia, dynapenia, and anabolic resistanceFrailty and loss of physiological reserveOsteoporosis, falls, and fracture riskGrip strength, gait speed, and functional testsStrength training and cardiorespiratory fitnessProtein, recovery, and body compositionPreserving muscle during weight loss

Key message: Muscle is not just the body's motor. It is a metabolic organ and one of the key predictors of functional longevity.

9

HORMONAL, REPRODUCTIVE AND SEXUAL LONGEVITY

Health Across the Life Course

Hormonal and reproductive changes affect the brain, bones, muscles, metabolism, cardiovascular risk, and quality of life. The approach must be individualized, clinically grounded, and safe.

Key areas
Ovarian aging, fertility, and fertility preservationPerimenopause and menopauseMenopausal hormone therapyMale reproductive aging and hypogonadismThe thyroid gland and metabolic contextSexual and urogenital healthWomen in longevity researchPrecision hormonal assessment

Key message: Hormones should not be viewed in isolation, but in the context of overall metabolic, vascular, skeletal, and psychological health.

IV — Building Healthspan

Everyday interventions, digital medicine, and standards of clinical application

10

NUTRITION, MICROBIOME AND METABOLIC HEALTHSPAN

From Gut Ecology to Personalized Nutrition

Nutrition and physical activity remain the foundation of longevity medicine, but the modern approach is moving from universal recommendations toward metabolically and functionally driven personalization.

Key areas
The Mediterranean pattern and other longevity dietsProtein, fiber, and fat qualityThe microbiome, intestinal barrier, and microbial metabolitesThe gut–brain and gut–muscle axesPersonalized nutrition and metabolic phenotypeFasting and time-restricted eatingSupplements: evidence, indications, and safetyAdherence and sustainable behavior change

Key message: No single food or supplement is decisive — what matters is a sustainable pattern that preserves metabolism, muscle, the microbiome, and function.

11

AI, DIGITAL TWINS AND CONTINUOUS HEALTH

From Episodic Care to Continuous Prevention

Artificial intelligence and continuous monitoring are changing how we assess risk and tailor interventions. At the same time, they raise questions of reliability, algorithmic bias, and data protection.

Key areas
AI integration of clinical, laboratory, and multi-omics dataDigital twins and predictive modelsWearable devices and the digital phenotypeContinuous monitoring of sleep, glucose, heart rhythm, and activityAI in drug development and patient selectionPersonalized adaptation of interventionsPrivacy, security, and algorithmic accountability

Key message: The future lies not in collecting more data, but in turning it into a timely, understandable, and safe clinical decision.

12

LONGEVITY MEDICINE IN THE REAL WORLD

Standards, Ethics and Clinical Implementation

The credibility of longevity medicine depends on clear standards, measurable outcomes, and the boundary between medicine, experimentation, and wellness marketing. This session translates science into responsible everyday practice.

Key areas
What does a structured longevity assessment look like?A minimal set of validated biomarkersMonitoring clinical and functional outcomesOff-label therapies and informed consentOverdiagnosis and incidental findingsEthical, regulatory, and legal frameworkAccessibility and scaling of longevity medicineStandards, guidelines, and professional education

Key message: Longevity medicine becomes a serious discipline only when it connects innovation with evidence, standards, accountability, and patient protection.

Special closing session

THE HUMAN SIDE OF LONGEVITY

Purpose, Belonging and Human Connection

A long and healthy life is not determined by genes, biomarkers, and medical interventions alone. Life purpose, the quality of relationships, belonging, psychological resilience, and social connection strongly influence health, functionality, and quality of life during aging.

The session will explore questions of loneliness, emotional well-being, Blue Zones principles, autonomy, and building a life worth living longer.

LONGEVITY IS NOT ONLY ABOUT EXTENDING LIFE.
IT IS ABOUT PRESERVING EVERYTHING THAT MAKES LIFE WORTH LIVING.

WHO IS THE CONGRESS FOR?

Balkan Longevity Congress 2027 is designed for professionals who want to understand the biology of aging and apply science-based strategies to extend a healthy and functional life. The congress is intended for:

WHY PARTICIPATE?

Science

Discover the latest research in the biology of aging, biomarkers, gerotherapeutics, regenerative medicine, and precision prevention.

Clinical Practice

Learn how current scientific knowledge can be translated into a structured, safe, and measurable patient assessment.

Personalization

Understand how to connect clinical, laboratory, genetic, metabolic, and digital data into an individualized intervention plan.

Innovation

Explore the possibilities of artificial intelligence, wearable technology, digital biomarkers, and continuous health monitoring.

Professional Network

Connect with physicians, researchers, healthcare institutions, companies, and leaders of the longevity sector from the region and around the world.

WHAT YOU WILL TAKE AWAY FROM THE CONGRESS

After the congress, participants will have clearer insight into:

CONGRESS FORMAT

Two days of knowledge, exchange, and connection. The program will include:

SPEAKERS

Leading Voices in Healthy Aging

The congress will bring together international and regional experts in the fields of:

Speaker names will be announced progressively.

Meet the speakers

PARTNERS AND SPONSORS

Be part of the future of healthy aging

Balkan Longevity Congress 2027 offers companies, institutions, and organizations the opportunity to present their solutions to a professional audience interested in modern diagnostics, prevention, personalized medicine, and healthy longevity. Partnership enables:

BELGRADE — WHERE THE REGION MEETS

On April 16 and 17, 2027, Belgrade will become the region's meeting point for science, medicine, and innovation dedicated to healthy aging.

VenueTo be announced soon
DateApril 16–17, 2027
CityBelgrade, Serbia
Congress languageSerbian and English

BE PART OF THE NEW ERA OF LONGEVITY MEDICINE

Join physicians, researchers, innovators, and healthcare industry leaders who are changing the way we understand, measure, and guide the aging process.

Seats are limited.

FREQUENTLY ASKED QUESTIONS

The congress is primarily intended for physicians and healthcare professionals, but also for researchers, representatives of healthcare institutions, the pharmaceutical and biotechnology industries, and digital health specialists.

Lectures will be held in Serbian and English. Information about simultaneous interpretation will be announced later.

Information about professional accreditation and CME credits will be published after the accreditation process is completed.

Information about online or hybrid participation will be announced later.

Professional workshops with a limited number of participants are planned. The detailed program and registration conditions will be published separately.

Interested companies and institutions can contact the organizer via the contact form or request a sponsorship package.

THE FUTURE OF MEDICINE IS NOT ONLY LONGER LIFE.
IT IS LONGER LIFE IN BETTER HEALTH.

Balkan Longevity Congress 2027

Belgrade | April 16–17, 2027

Science. Clinical Practice. Innovation. Healthspan.