Details of IHHT in Hamburg
Treatment duration | approx. 30–50 minutes |
|---|---|
Socially acceptable | immediately |
Pain | none, passive application |
Principle | Alternating between oxygen-reduced and oxygen-enriched breathing air |
Session interval | 6–12 sessions |
|---|---|
Procedure | seated or lying down via a breathing mask |
Combination | combinable with red light therapy or indication-specific infusions |
Kosmetikerin
Aesthetician
The oxygen metabolic stimulus in regenerative medicine
When persistent stress, diffuse hair loss, or declining skin quality burden you, the key to true recovery often lies deeper than the surface suggests. In our dermatological private practice in Hamburg, we therefore address cellular processes directly with Interval Hypoxia-Hyperoxia Training (IHHT). While you lie completely relaxed, you breathe air with a precisely controlled alternation between low-oxygen and oxygen-rich levels through a mask.
This controlled stimulus, comparable to altitude training while lying down, confronts the organism with a mild oxygen deficiency to immediately initiate a phase of intensive recovery thereafter. The goal of this method is to support mitochondrial oxygen utilization and to specifically activate the body’s own protective and regenerative mechanisms.
If you would like to know whether IHHT is suitable for your personal skin, hair, or regeneration concerns, we would be happy to advise you personally.
How does IHHT fit into dermatology? Your benefits!
- Hair follicle & regeneration: A supportive component for post-infectious or stress-associated hair loss, when accompanied by reduced regeneration and fatigue.
- Post-procedure regeneration: As a recovery and regeneration component following dermatological procedures such as laser treatments, chemical peels, or microneedling.
- Skin aging & inflammaging: A regeneration module to accompany skincare, nutrient, and red light concepts for structurally weak skin.
- Chronic-inflammatory skin conditions: Adjuvant use for patients whose skin findings are complicated by sleep deficits, stress, or metabolic burdens.
How Interval Hypoxia-Hyperoxia Training works
During the hypoxia phase, the oxygen supply in the breathing air decreases slightly. This can activate specific cellular signaling pathways involved in, among other things, the regulation of cell protection, microcirculation, and stress response.
Mitochondria are highly sensitive to oxygen availability. The successive phases of hypoxia and hyperoxia send signals associated with mitochondrial efficiency and cellular quality control.
The breathing training briefly alters the respiratory drive and oxygen saturation. This can engage the autonomic nervous system and provide a positive impulse for autonomic balance in patients with internal restlessness, sleep problems, or reduced regenerative capacity.
What IHHT is not!
It is not a classic oxygen therapy where oxygen is administered continuously. Furthermore, it is not mechanical ventilation, an oxygen infusion, or hyperbaric oxygen therapy in a pressure chamber. Likewise, this treatment does not replace endurance training or standard dermatological therapy.
This distinction is important because IHHT can only be applied responsibly when the goal, expectations, and medical context are aligned. In dermatological cell energy and regenerative medicine, the oxygen metabolic stimulus is intended to be a complementary component, such as when reduced regeneration, skin or hair quality, inflammaging, or recovery after dermatological-aesthetic treatments are the primary focus.
The procedure of your IHHT treatment in Hamburg
First, we assess your general physical condition, pre-existing conditions, medications, and potential risk factors. Depending on the initial situation, blood pressure measurement, laboratory values, or supplementary diagnostics may be appropriate.
Even before individual appointments, we briefly assess whether the application is appropriate for that day. This includes, among other things, signs of infection, fever, sleep, circulation, current resilience, new medications, and skin reactions.
You sit or lie down in a relaxed position and breathe through a mask. The device alternates at intervals between oxygen-reduced and oxygen-enriched breathing air. Oxygen saturation, pulse, and well-being are monitored during the session by our physicians and by the computer system.
After the session, a short recovery phase follows. During this time, we document how you tolerated the treatment, whether any circulatory reactions, fatigue, headache, or other short-term reactions occurred, and how the protocol should be adjusted for subsequent appointments.
A series of treatments is built up gradually. For sensitive, exhausted, or vegetatively unstable patients, a conservative start may be advisable. After several sessions, we evaluate whether the application is being well tolerated and whether it continues to align with the treatment goal.
For whom is this treatment suitable, and what are its limits?
When is cellular training appropriate?
The procedure is suitable as an accompanying component for patients whose skin or hair problems are associated with systemic factors.
This includes:
- Reduced regeneration and exhaustion with a direct connection to skin or hair
- Diffuse, stress-associated, or post-infectious hair loss
- The recovery phase following dermatological procedures such as laser treatments or peels (post-procedure regeneration)
- Premature skin aging processes (skin aging / inflammaging)
Clear medical limits – Contraindications
This training is not a substitute for professional medical assessment of acute or severe systemic complaints. We do not perform treatment in the presence of certain pre-existing conditions.
This precaution applies, among others, to:
- Acute respiratory infections or fever
- Unstable cardiovascular diseases or untreated high blood pressure
- Severe anemia or unexplained shortness of breath (dyspnea)
- Pregnancy
- Severe exhaustion syndromes (such as ME/CFS constellations) or unexplained neurological symptoms
Combination therapies: Your hypoxia training in a dermatological context
Interval Hypoxia-Hyperoxia Training never stands alone in our practice. It is firmly integrated as a regenerative module into our overarching concept of dermatological cell energy and regenerative medicine.
This includes:
Photobiomodulation (red light)
MITOcare & BHI
Regeneration components
True regeneration begins at the cellular level – IHHT in Hamburg
Whether IHHT is appropriate for your skin, hair, or regeneration concerns cannot be answered in a general way. The decisive factor is what influences your condition: for instance, stress, sleep, inflammatory activity, micronutrient supply, post-infectious burden, wound healing, or general regenerative capacity.
In a detailed initial consultation, we will analyze your starting position and clarify transparently whether cellular training fits into your specific dermatological concept. Let us work together to strengthen the regenerative foundation for your skin and hair health.
Frequently asked questions about Interval Hypoxia-Hyperoxia Training
Is hypoxia training (IHHT) as strenuous as exercise?
Is IHHT the same as pure oxygen therapy?
How will I feel after the session?
Can I undergo the training while I have a cold?
How many IHHT sessions are recommended?
Sources
- Doehner, W., Fischer, A., Alimi, B., Muhar, J., Springer, J., Altmann, C. & Schueller, P. O. (2024). Intermittent Hypoxic–Hyperoxic Training During Inpatient Rehabilitation Improves Exercise Capacity and Functional Outcome in Patients With Long Covid: Results of a Controlled Clinical Pilot Trial. Journal Of Cachexia Sarcopenia And Muscle, 15(6), 2781–2791. https://onlinelibrary.wiley.com/doi/10.1002/jcsm.13628
- Lai, R., Chen, S., Cui, J., Liu, X. & Li, Y. (2026). Effects of intermittent hypoxia on adipose-derived mesenchymal stem cells in protecting alveolar type II cells from injury. PLoS ONE, 21(1), e0340291. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0340291
- Navarrete-Opazo, A. & Mitchell, G. S. (2014). Therapeutic potential of intermittent hypoxia: a matter of dose. American Journal Of Physiology-Regulatory, Integrative And Comparative Physiology, 307(10), R1181–R1197. https://journals.physiology.org/doi/full/10.1152/ajpregu.00208.2014
- Semenza, G. L. (2010). Hypoxia-inducible factor 1: Regulator of mitochondrial metabolism and mediator of ischemic preconditioning. Biochimica Et Biophysica Acta (BBA) - Molecular Cell Research, 1813(7), 1263–1268. https://www.sciencedirect.com/science/article/pii/S0167488910002223?via%3Dihub