Scientific Foundation

Research & Validation

Preclinical evidence and published research supporting D.P.G. technology's regenerative capabilities.

Preclinical Studies

Research Foundation

Our technology is built on rigorous scientific research and validated through multiple preclinical studies.

Preclinical Study

Nude Mouse Study

Human DP cells growing hair on hairless skin

Methodology

Human dermal papilla cells were transplanted onto hairless nude mouse skin to demonstrate their regenerative capabilities.

Results

Successful hair growth observed, confirming DP cells can initiate follicle formation in previously hairless areas.

Significance: Establishes proof of concept for cellular hair regeneration.

Preclinical Study

AGA Model Study

Dose-response with methodology, group comparisons, quantitative results

Methodology

Androgenetic alopecia model study comparing different cell doses and treatment protocols.

Results

Dose-dependent response observed with optimal dosing showing significant hair density improvement. Quantitative measurements demonstrated consistent regenerative outcomes.

Significance: Validates treatment protocols and optimal dosing strategies.

Preclinical Study

Melanocyte Combination Study

Supporting DPG Tech 2.0 development

Methodology

Research combining melanocytes with dermal papilla cells to restore both hair growth and natural colour.

Results

Successful integration demonstrating feasibility of combined regeneration and pigmentation.

Significance: Foundation for next-generation technology (DPG Tech 2.0).

Preclinical Study

Cell Culture Platform Metrics

Expansion ratios, viability percentages, consistency data

Methodology

Comprehensive analysis of cell culture platform performance across multiple batches.

Results

>95% cell viability consistently achieved. Low batch-to-batch variability. High expansion ratios enabling treatment from minimal initial sample.

Significance: Validates manufacturing consistency and quality control.

Publications

Published Research

D.P.G. technology is supported by peer-reviewed research and published studies.

Scientific Publications

Peer-reviewed research

Our scientific foundation is built upon decades of research into dermal papilla cell biology and hair follicle regeneration. The technology has been validated through extensive preclinical studies and clinical observations.

Research citations and publications are available upon request. Contact our research team for access to published papers and detailed methodology.

Validated Results

Key Metrics

400+
Clinical Cases
>95%
Cell Viability
16
Global Labs
20
Initial Follicles

Explore Clinical Evidence

View our results gallery or explore detailed case studies.