Authors: Hachmo et al., Israel
Publication: Aging (Albany NY), Peer-reviewed Journal
Type of Study: Prospective, controlled clinical study
Participants: 70 healthy adults over the age of 64
Treatment Protocol: 60 HBOT sessions over 3 months
🔍What was observed?
This study shows that HBOT in healthy older individuals:
Increases capillary density in the skin 🩸
Enhances fibroblast activity (Collagen production!)
Reduces wrinkles and improves elasticity
Extends telomeres and reduces senescent cells (visible in skin samples)
📊 The measurement was conducted using skin biopsies, histological examinations, imaging, and tissue analyses.
✨ Highlights & Annotations
"HBOT led to a significant increase in dermal vascularization as well as morphologic skin rejuvenation effects."
✅ Increased collagen fibers (Type I & III)
✅ Enhanced cell division in the dermis
✅ Reduction of senescent cells (p16 and p21 positive)
✅ Improvement in skin thickness & structure
✅ No side effects reported
📌 Good to know
The effects were not merely cosmetic, but histologically and molecularly verifiable
HBOT was shown to be a non-invasive, biological 'anti-aging therapy' that directly impacts tissue renewal
Particularly relevant for dermatological anti-aging concepts, prevention, and aesthetic medicine
"HBOT works through physiological stimuli and can effectively reverse the aging process at the skin level – far beyond cosmetic approaches."
📈 Conclusion
This study provides the scientifically proven evidence that HBOT generates genuine, measurable skin rejuvenation at the cellular level. Thus, it becomes a pioneering option in preventive and regenerative medicine – for skin, tissue & systemic vitality.
Study (PDF)
Study (PDF)
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