About Us

Welcome to Case Reports in Regrowth—a worldwide forum where real, documented examples of natural hair, height, and tissue regeneration are gathered in one place. Explore our Evidence albums, follow weekly updates, and, if you’re a clinician or scientist, reach out to begin collaborative study.

 

Showcasing verified, late-onset hair, bone & tissue regrowth from around the globe. We publish open evidence and invite doctors, labs, and universities to investigate these natural outliers.

 

“About / Our Story”

Case Reports in Regrowth (CRR) is a not-for-profit knowledge hub that collects and shares rigorously documented cases of natural, drug-free tissue regeneration in adults—wherever they occur in the world.

From spontaneous scalp-hair return in Pakistan to unexplained bone-density surges in Brazil, our goal is to put raw, timestamped evidence in front of qualified researchers and accelerate peer-reviewed discovery. All media (images, scans, lab panels) are released under Creative Commons BY-NC-SA 4.0 whenever privacy rules allow.

We are crowdsourcing biology’s rare success stories so medicine can learn how and why they happen—and one day translate those mechanisms into therapies that relieve human suffering.

 

Mission Statements

To identify, verify, and broadcast natural adult-regrowth phenomena worldwide, bridging outlier patients with cross-disciplinary research teams under robust ethical standards.

 

Vision 

A medical ecosystem that spots every authentic regeneration case—no matter how rare, no matter where it happens—and turns those insights into treatments that extend healthy human life.

 

Objectives

• Curate a global media archive of late-onset regrowth cases (hair, height, bone, organ function).
• Facilitate IRB-approved tissue and data collection across borders.
• Publish anonymised, standardised datasets for meta-analysis.
• Host multilingual webinars and journal-club sessions.
• Foster collaborations among dermatology, endocrinology, orthopaedics, genetics, gerontology—and any field that can shed light on regeneration.