Meta Recovery Lab
Prepare Better
Perform Beyond Limits
Recover Faster
Evolve
The Science of Resilience
We use “controlled stress” to make your body stronger. By using pure oxygen, altitude training, and precise nutrients, we trigger your natural repair systems.
IV Micronutrients
NAD⁺ • Glutathione • High-dose Vitamin C. Cellular energy, antioxidant defence, immune reset.
Nutrients delivered straight into the bloodstream — full absorption, immediate effect. Used for energy, immunity, and recovery after illness or intense training.
Hyperbaric Oxygen (HBOT)
Medical-grade chamber. Accelerated recovery and performance.
You breathe pure oxygen under gentle pressure. Tissues heal faster, inflammation drops, energy returns. Used by athletes, post-surgical patients, and anyone running on empty.
Hypoxic Training (ΙΗΗΤ)
Cellular mitochondrial optimisation for athletes and burnout recovery.
Like training at altitude — without leaving Limassol. Your cardiovascular system adapts, your cells produce more energy. You just lie back and breathe.
It’s simple: you lie back and relax while we create the perfect conditions for your body to heal. You get better circulation, more cellular energy, and the vital nutrients you’ve been missing. This isn’t a spa—it is a medical practice – with a doctor by your side. From day one where every session is managed by a cardiologist and a pulmonologist.
On site for every session. Medical screening included before any programme begins.
Read why physician presence matters →+357 25 104 154 • nexusmedcy.com
Heal
Endurance
Recover
Explore Our Features
Meta Recovery Lab combines clinical evidence based excellence with modern longevity and biohacking principles to optimize human performance.
01
Altitude Training
Experience the benefits of training at high altitudes, enhancing your endurance and performance. Altitude training involves alternating between breathing oxygen-reduced air (hypoxia) and ambient or oxygen-enriched air. Our programs are tailored to meet your specific fitness goals, ensuring optimal results.
02
Infusion Therapy
Infusions can be used as a complementary treatment for conditions such as chronic fatigue or reduced performance. They may also be helpful during recovery phases after illnesses or in periods of intense physical strain, replenishing the body’s reserves and stimulating natural regeneration processes. Infusion therapy can also be done as a home service.
03
Ozone Therapy
Ozone therapy involves the administration of ozone gas into the body to treat various diseases and medical conditions. The gas is a colorless substance composed of three oxygen atoms (O3). Proponents suggest that when introduced into the body, ozone can increase oxygenation, stimulate the immune system, and inactivate bacteria, viruses, and fungi. It is administered in a number of ways, usually intravenously
04
Hyperbaric oxygen therapy
Supercharge the body’s natural healing mechanisms. Breathe concentrated oxygen in a pressurized environment. Recover from injury, enhance mitochondrial energy productionSoft hyperbaric oxygen therapy offers a refreshing boost for anyone looking to elevate their wellness routine. By gently increasing oxygen levels in the body, it’s often used to support energy, clarity, and natural recovery. Many people enjoy it as a relaxing, rejuvenating session that helps them feel restored and ready to take on the day.
05
Cardiologist check-up and guidance
A cardiologist’s expertise is paramount in intermittent hypoxic training (IHT), especially when a participant has or is at risk for cardiovascular disease (CVD). A cardiologist is essential for assessing a person’s cardiovascular health before starting IHT to ensure they are a suitable candidate and for creating a safe training protocol. They can monitor key cardiovascular metrics during and after training to prevent complications. Ultimately, a cardiologist’s involvement is critical for maximizing the therapeutic benefits of IHT while minimizing the risks to the heart.
06
Respiratory check-up and guidance
Pulmonologists’ presence is crucial in intermittent hypoxic training (IHT) because they can help assess and monitor a person’s respiratory system’s response to the induced low-oxygen conditions. A pulmonologist’s expertise is vital for identifying any underlying pulmonary conditions that could be exacerbated by the training, and helping to set safe and effective training protocols. They can also monitor a participant for signs of hypoxia-related complications, thereby enhancing the safety and effectiveness of the training.