Microscopy Lab Sheffield
Thinning hair is a fate life holds in store for many. But diagnostic techniques now available for the first time in the Sheffield region harness microscope technology to offer therapeutic alternatives. The therapies indicated can be effective without people needing to resort to transplants.
Russell McFarlane of Sheffield’s Hair and Scalp Consultancy applies scientific techniques of microscopy to diagnosing precise reasons for hair loss, and uses these results to prescribe therapies that address the reasons directly.
“I’ve been a hairdresser for almost forty years,” he says, “and in that time I have helped many people identify problems with hair and scalp. But whilst there is much to learn simply from the look and feel of a person’s hair, there are so many possible conditions that I wanted a more precise and specific way of approaching the issue.
“Microscopic examination of living samples of the hair bulb helps me identify mineral deficiencies that can have an adverse effect on hair growth. It can help me diagnose issues at an early stage, so making them easier to treat and to reverse. With this more complete information at my disposal I am able to guide clients to therapies that tackle directly the causes of hair thinning, and so combat them more successfully.”
The microscopy process is a straightforward one. Russell applies the technique to sample hairs taken from the scalp to pinpoint exactly those therapies that will help bring back healthy hair growth for clients. In turn this can have positive benefits for individuals otherwise prey to the reduced self-confidence or self-esteem hair loss brings to many.
“It can be very satisfying to take the symptoms of an individual’s problem and turn them into signposts to recovery,” Russell continues. “Many people, female and male, find their lives are severely impacted by loss of hair. I am now in a position to reduce, postpone or even remove the problem, and help my clients side-step the need for more invasive treatments.”
This image shows the possible damage done to the hair bulbs from the toxins generated by scalp hydrosis. this damage will cause weakening and hair loss.
The microscope reveals what lies at the root of hair loss.