Can Biophoton Therapy Stimulate Stem Cells? Early Human Data
A two-week human pilot reported a significant average increase in circulating CD34+ stem cells after nightly biophoton exposure; RCT follow-up reported confirmation.
Jeffrey L Mejeras
8/23/20251 min read


Introduction
Increasing endogenous stem cell activity without invasive procedures is a major goal in regenerative and longevity medicine. A recent human pilot explored whether nightly biophoton exposure could enhance CD34+ stem cell counts—with promising early results and a randomized follow-up reported.
Study Snapshot
Design: Two-week open-label pilot (n=15), nightly use (≥8h) of four biophoton generators.
Measure: Peripheral blood CD34+ stem cells via flow cytometry (baseline vs post-intervention).
Result (pilot): Mean +336% increase; 14/15 participants increased; some up to +1348%; p=0.0106.
Follow-up: A randomized, double-blind, placebo-controlled study (two centers) reportedly confirmed the initial findings (details pending full peer-review publication).
Note: These results are preliminary (conference proceedings). Larger peer-reviewed trials are needed to verify magnitude, durability, and clinical relevance.
Why It Might Work
Proposed mechanisms include mitochondrial up-regulation, redox balance, and cell-signaling modulation, which together may favor hematopoietic, mesenchymal, and neural stem cell activity—potentially supporting repair, immune resilience, and healthy aging.
Potential Applications (Educational)
Wound and tissue repair, musculoskeletal recovery
Immune support, healthy aging strategies
Always as a complement to clinician-guided care
Limitations
Short duration; small sample; conference data; need for standardized protocols and peer-reviewed RCT results.
Related Reads on Our Site
Biophoton Quantum Medicine (overview for clinicians)
Regenerating Biophotons (methods & science)
Disclaimer
This article is informational and not medical advice. Discuss any therapy decisions with a licensed clinician.
Reference & Attribution
Liu JZ. Biophoton-Driven Stem Cell Activation: A Non-Invasive Approach to Anti-Aging & Regenerative Medicine. 2nd World Conference on Ageing & Gerontology, 2025. Proceedings (open access).