In modern medicine, longevity refers to an interdisciplinary health concept that deals with the biological, psychological and social factors of ageing. Unlike classic curative medicine, which primarily treats diseases, longevity medicine starts considerably earlier. It pursues the goal of slowing down ageing processes, preserving the body’s functional reserves and sustainably reducing the risk of chronic diseases.

The human being is not viewed in isolation, but as a complex biological system. Nutrition, exercise, sleep, stress, hormonal regulation, cell metabolism and mental health work together and have a decisive influence on how healthily we age. Longevity therefore does not mean anti-ageing in the cosmetic sense, but a medically sound strategy for long-term health, performance and quality of life.

Why are prevention and lifestyle medicine becoming increasingly important?

The growing importance of a healthy lifestyle is closely linked to social and medical developments. In many industrialised nations, life expectancy is rising continuously, yet at the same time the frequency of chronic diseases such as cardiovascular diseases, diabetes, neurodegenerative diseases or complaints of the musculoskeletal system is increasing. As a result, not only the length but above all the quality of life is coming more sharply into focus.

A key driver of this development is demographic change. More and more people are reaching a higher age and expect to shape this phase of life actively, independently and as free from limitations as possible. Health is increasingly understood as a functional ability, i.e. as the possibility of remaining physically and mentally capable.

In parallel, there is a growing scientifically sound understanding that many age-associated diseases are not exclusively a consequence of ageing itself. Lifestyle factors such as nutrition, exercise, sleep, stress levels and the handling of risk factors have a considerable influence on disease risks and the course of biological ageing processes. Accordingly, preventive strategies are gaining in importance.

Individual longevity is determined by a complex interplay of genetic predispositions and external influences. While genetic factors set a certain framework, studies show that lifestyle has a considerable influence on actual lifespan and health.

Stress management

Chronic stress is one of the most important negative influencing factors. Lasting psychological and physical strain can promote inflammatory processes, weaken the immune system and cause hormonal imbalances. In longevity medicine, stress is therefore regarded not only as a subjective sensation, but as a measurable biological risk factor. Targeted stress management strategies are a central component of sustainable health concepts.

Nutrition

A balanced, nutrient-rich diet plays a key role in cell health and metabolism. Of particular relevance are anti-inflammatory diets, an adequate supply of micronutrients and strategies to support autophagy – the body’s own ‘cleaning process’ of the cells. This helps to reduce cell damage and prevent age-related loss of function.

Sleep

Essential regeneration and repair processes take place during sleep. Restful sleep supports the immune system, regulates hormonal processes and contributes to mental performance. Lack of sleep, by contrast, is associated with an increased risk of cardiovascular diseases, metabolic disorders and neurodegenerative processes.

Exercise

Regular physical activity is an essential factor for healthy ageing. It supports cardiovascular health, promotes the preservation of muscle mass and has a positive effect on metabolism and mental health. In particular, the prevention of sarcopenia, i.e. age-related muscle loss, is a central goal of longevity medicine.

Stimulants

A conscious approach to alcohol and abstaining from nicotine have a considerable influence on long-term health. Both substances are associated with a large number of chronic diseases and can accelerate the ageing process.

Social relationships

Stable social bonds and supportive relationships demonstrably contribute to psychological well-being and have a positive effect on the immune system and cognitive health. Social isolation, by contrast, is an independent risk factor for morbidity and mortality.

Longevity medicine aims to extend the healthy lifespan. That is, the years in which people remain physically and mentally capable and are restricted as little as possible by chronic diseases. In contrast to purely symptom-oriented treatment, the focus is on early risk detection, prevention and the stabilisation of central bodily functions over a long period of time.

In essence, longevity medicine pursues the following goals:

Preservation of health and functional capacity

This is about building up and maintaining physical performance, cognitive stability and metabolic balance in order to support independence and resilience in everyday life.

Reduction of age-associated risks

Early identification and targeted influencing of risk factors that are linked to cardiovascular diseases, metabolic disorders, neurodegenerative processes or chronic inflammation.

Individualised prevention instead of standard programmes

By means of modern diagnostics, Lecturer Dr. Matiasek can assess your individual health status and suggest suitable measures for nutrition, exercise, sleep and stress regulation.

Support of physiological regeneration and adaptation processes

A further goal is to strengthen the body’s own mechanisms that influence cell metabolism, tissue stability and the capacity for recovery. These depend on the starting situation and the objectives.

Long-term medical support

Regular follow-up checks and adjustment of the strategy are also part of longevity medicine. They serve to detect changes early and to steer interventions on an evidence-based footing.

Lecturer Dr. Matiasek places longevity within an overall medical concept: the starting point is a structured assessment, followed by an individually tailored strategy that is guided by objective findings and realistic health goals.

Device-based medicine is an essential component of the longevity concept because it supports both the medical assessment and targeted treatment. It helps not only to consider ageing processes theoretically, but to record them in concrete terms and to influence them where it makes medical sense. Lecturer Dr. Matiasek therefore deliberately uses modern medical technology as a supplement to lifestyle measures and integrates it into individually tailored treatment concepts.

At the outset there is often a more precise assessment of the initial state of health. Technical measurement procedures make it possible to detect functional changes at an early stage and to classify them better. This information serves as the basis for medical decisions and helps to set priorities realistically.

Building on this, device-based medicine can also be used therapeutically. Certain procedures aim to support biological processes that are connected with ageing, chronic strain or increased regeneration requirements. Such treatments do not stand alone, but are always considered by Lecturer Dr. Matiasek in the context of the individual overall picture.

Another important aspect is the possibility of monitoring therapeutic measures over time. Changes can be tracked using objective parameters, so that adjustments are not based solely on subjective perception. This makes longevity easier to plan and medically easier to manage.

Longevity medicine is based on the assumption that ageing is shaped by clearly describable biological processes that can be scientifically investigated and, in part, influenced. A central reference model here is the so-called “Hallmarks of Aging”. They describe fundamental mechanisms such as changes in mitochondrial energy production, chronic inflammatory processes, reduced cellular clearance and epigenetic adaptations that alter gene activity over the course of life.

On this basis, longevity medicine works with a systems-medicine approach that brings together different levels. These include epigenetic methods for estimating biological age as well as the analysis of metabolic and inflammatory markers, in order to assess individual risks in a more differentiated way. These data do not serve as a prognosis in the narrower sense, but as better guidance for preventive and therapeutic decisions.

A further scientific pillar is evidence-based lifestyle interventions. Numerous studies show that factors such as nutrition, physical activity, sleep and stress regulation have a measurable influence on age-associated processes. In addition, medical therapies are used, provided their benefit is plausibly documented and they are embedded in a coherent overall concept.

At its core, longevity medicine differs from classic anti-ageing approaches in that it works on a long-term, preventive and interdisciplinary basis and is guided by biological mechanisms rather than short-term effects.

Lecturer Dr. Matiasek regards longevity as an integral part of modern medicine. On the basis of thorough diagnostics, he develops individual treatment concepts that combine device-based medicine, lifestyle optimisation and regenerative procedures. The focus is not on a single procedure, but on the sensible combination of different measures – tailored to the patient's personal situation.

One example of this is the NAD⁺ infusion, which can be used as part of a comprehensive longevity concept to support cellular energy processes.

• a better understanding of your own health status
• earlier identification of risks, before symptoms develop
• more targeted decisions instead of general recommendations
• better control of energy, resilience and regeneration
• long-term planning instead of short-term measures

Longevity medicine is not aimed exclusively at older people. It makes sense for anyone who wants to take active responsibility for their health, regardless of their current age. Those who benefit in particular are people under high professional or personal strain, people with a family history of chronic diseases and anyone who wants to maintain their physical and mental performance in the long term.

If you are interested in longevity and would like to actively look after your health in the long term, Lecturer Dr. Matiasek will be happy to advise you personally. Simply arrange an appointment for an individual assessment and a discussion of possible medical strategies.