The Alopecia Help Collection

Hair loss is often explained using words such as miniaturisation, dihydrotestosterone (DHT) and follicular units. These are scientifically accurate terms, but they can be difficult to picture. What if, instead, you imagined your scalp as a town? This essay explores androgenetic alopecia through a simple analogy inspired by published trichoscopy research, helping to explain why the town often becomes quieter before it becomes smaller.

One thing that struck me was how much of the discussion wasn’t really about eyebrows at all. It was about confidence. Before their transplants, many of the 30 described spending a lot of mental energy thinking about their eyebrows.

Why does hair loss usually affect the top of the scalp while the hair at the back and sides often remains thick for decades? Modern research suggests that hair follicles from different parts of the scalp are biologically different and may even carry a “memory” of where they came from. Dr Gwen Adey explores one of the most fascinating mysteries in hair biology: how hair follicles seem to know where they are.

Excerpt Scientists are now experimenting with engineering early hair follicle structures using living cells, biomaterials and advanced bioprinting technologies. Could regenerative medicine eventually move beyond preserving hair… toward creating entirely new follicles?

A new 2026 review explores how hair loss affects transgender women, including the role of hormone therapy, oral minoxidil, finasteride, hair transplantation and emerging approaches to hair restoration.

Could hair transplants eventually be performed without the obvious shaved-head recovery phase? A new experimental technique called Long Hair FUE aims to reduce visible downtime and preserve immediate cosmetic improvement after surgery.

Hair doesn’t always come from the scalp. A 2026 case shows how “unwanted” beard hair can be repurposed in transplant surgery.