The Science Behind BRS
Body Recording System — Leemoonwon Korean Medicine Clinic
The four scientific pillars that underpin the Body Recording System, and the 12 treatment principles derived from each. Reference material for researchers, clinicians, and partners.
I. Cell Biology — Follicle stem cells & signaling pathways
Cell Biology
I. Cell Biology — Follicle stem cells & signaling pathways
Cell Biology
The molecular machinery of hair growth. How dermal papilla cells (DPCs) are activated or suppressed. The interplay of Wnt/β-catenin, BMP, and Notch pathways is central.
Follicle stem cell activation
Dermal papilla cells are suppressed, not dead. Given the right signaling environment, they can be reactivated.
Fuchs E & Greco V. Cell Stem Cell (2009) · Rockefeller University
Wnt/β-catenin as the master switch
Activating the Wnt/β-catenin pathway is the key signal that starts the growth phase (anagen). GSK-3β inhibition → β-catenin enters the nucleus → growth genes turn on.
Clevers H. Cell (2006) · Hubrecht Institute
Cellular cleanup & renewal (autophagy)
Cells can break down and recycle damaged internal components through autophagy. Phytomedical ingredients help activate this mechanism.
Ohsumi Y. 2016 Nobel Prize · Parodi C et al. JID (2018)
II. Phytochemistry — Plant compounds & molecular targets
Phytochemistry
II. Phytochemistry — Plant compounds & molecular targets
Phytochemistry
How natural plant compounds act on specific molecular targets in the body. Multi-target pharmacology is the core concept.
Multi-target action
Complex plant biochemistry acts gently across several pathways at once. Restoring the whole system often works better than forcefully blocking a single route.
Yin ZH et al. ACS Omega (2024)
Plant compounds activate the Wnt pathway
Ellagic acid, ginsenosides, baicalin, and others directly activate Wnt/β-catenin or block inhibitors like DKK1.
Fu H et al. J Ethnopharmacol (2024)
Herbal formula synergy
Angelica (circulation) + Scutellaria (anti-inflammatory) + Ziziphus (autonomic balance) + Poria (digestion) together target all five warning signals.
Wu S et al. Eur J Med Chem (2024)
III. Systems Biology — Integrating five warning signals
Systems Biology
III. Systems Biology — Integrating five warning signals
Systems Biology
Hair loss is understood not as one cause, but as imbalance across interconnected systems: HPO axis, HPA axis, gut-skin axis, vasculature, and immunity.
HPO axis–follicle connection
Disruption of the hypothalamic-pituitary-ovarian axis creates estrogen and DHT imbalance that suppresses the Wnt pathway.
Premanand A et al. Arch Dermatol Res (2018)
Gut-skin axis
Gut dysbiosis → increased intestinal permeability → LPS in blood → higher DKK1 → Wnt blocked — a pathway that drives hair loss.
Gut-Skin Axis research · J Dermatological Science
HPA axis–follicle connection
Chronic stress → overactive HPA axis → elevated cortisol → growth phase ends early. Substance P → neurogenic inflammation.
Peters EM et al. Am J Pathol (2006)
IV. Precision Medicine — Personalized care & wellness standards
Precision Medicine
IV. Precision Medicine — Personalized care & wellness standards
Precision Medicine
Care that reflects each person's genetics, environment, and lifestyle. BRS applied this principle in clinical practice long before AI became mainstream.
Personalized diagnosis
Two people with the same type of hair loss may need different care if their dominant warning signals differ. BRS's 12 hair-loss types and six formula groups put this into practice.
Topol E. "Deep Medicine" (2019) · Hood L. P4 Medicine
Measurable wellness
BRS's five warning-signal scores are quantitative markers you can compare before and after treatment. They align with PROM (Patient-Reported Outcome Measure) frameworks and support wellness industry standardization.
NIH PROMIS Network · ICHOM
Traditional medicine, modern science
Two millennia of Korean medicine clinical observation is now being translated through modern molecular biology. Traditional insight came first; science is revealing the mechanisms.
WHO Traditional Medicine Strategy 2019–2025
Backed by Nobel Prize science
2016 NOBEL PRIZE · PHYSIOLOGY OR MEDICINE
Yoshinori Ohsumi — Autophagy (cellular self-recycling)
Cells can break down and regenerate damaged internal components on their own. Phytomedical ingredients activate this mechanism to support follicle stem cell renewal.
2012 NOBEL PRIZE · PHYSIOLOGY OR MEDICINE
Shinya Yamanaka — Stem cell reprogramming
Even mature cells can be reactivated like stem cells when the right signaling environment is created. Super Hair Shot delivers that signal directly to suppressed dermal papilla cells.
200K+
Patients treated
103 countries
Patients from
11
Registered patents
2026
National TIPS research grant
20 years
Hair loss specialty
SCI
Publication target
Korea (한국어)
USA (English)