High-resolution MRI to Track Treatment of Baldness — Men’s Health Clinic Tokyo

If you look at the hair loss research centers around the world page (scroll below the world map for better details), Tokyo is one of the leading cities in the world where significant resources are being devoted to hair loss research.  Among the key companies and/or researchers to look out for in Tokyo include the renowned Shiseido and Dr. Takashi Tsuji that have both been covered on this blog before.  The Japanese government’s less stringent new regulations governing regenerative medicine testing in humans will likely result in a few other domestic and foreign companies testing new hair loss treatments in Japan in the coming years.

Earlier this month, I read an interesting article about the Men’s Health Clinic Tokyo that has developed a technology to carry out an image-based diagnosis of androgenic alopecia by using an ultra-high resolution scalp MRI.  This new MRI can take clear images of 200-300μm hair follicles.  This is a much needed development.  In my opinion, newer treatments such as PRP and laser are often benefiting hair growth at levels where the naked eye can see very little change, positive or negative.  Moreover, it is increasingly crucial to figure out whether a newer treatment is regrowing miniaturized hair longer, or whether a treatment is just maintaining existing hair and perhaps making it thicker.  Any treatment that reverses miniaturization even on a millimeter basis is something worth getting excited over, and this MRI will hopefully enable more accurate measurements of hair follicle structural changes.

Perhaps of more significance, the Men’s Health Clinic Tokyo has a section devoted to androgenic alopecia (AGA).  Most web browsers nowadays have a translate option that you can access via right clicking when on a page you wish to translate.  On the home page of the Men’s Health Clinic of Tokyo, the translation to English from Japanese results in a pretty funny title:

“Men’s Health Clinic in Tokyo is focused on testosterone (male hormone), is Japan’s first clinic to increase the male force.”

When it comes to my scalp, I definitely wish I had the female force rather than the male force!

It seems like besides the Men’s Health Clinic Tokyo, there are a number of other places in Japan that cater to men suffering from hair loss (e.g., Azabu Skin Clinic and Hair Medical and Shibuya Clinic).

Cooling Caps to Reduce Hair Loss after Chemotherapy

Cooling caps to reduce hair loss after chemotherapy make the biggest wave in hair loss news this month.

Cooling Caps Hair Growth
Cooling Caps to Reduce Hair Loss.

Cooling Caps for Hair Loss

— Breast cancer patients often complain about hair loss being the most difficult part of chemotherapy. A good recent article on this issue. Note that Swedish made DigniCap cooling cap was FDA cleared early last month.

According to the company’s website:

“The NCCN Clinical Practice Guidelines in Oncology (NCCN Guidelines®), European Society for Medical Oncology (ESMO), and Cancer Australia recognize scalp cooling as a treatment recommendation to reduce the incidence of chemotherapy-induced alopecia for breast cancer and ovarian cancer.”

More on cooling caps and scalp hypothermia to reduce hair loss after chemotherapy treatments.

— Make sure to see my updated list of the best danduff shampoos in the world. There are many other options besides the renowned Nizoral.

— My post from last year on the ligature of scalp area arteries to prevent further hair loss was not too popular when it comes to number of reader comments, even though I thought it was a fascinating subject. Yesterday, someone named Peter Renardo posted an extraordinary account of his positive experiences after having this procedure done on himself 30 years ago! A must read as far as user comments go. Having said that, please do not ever get this procedure done.

— Perhaps not immediately relevant to hair loss research, but scientists have developed an algorithm that can predict the factors required to convert one human cell type to another. This could have major implications for regenerative medicine. More importantly, the creator of the computational algorithm, Dr. Owen Rackham, has made a publicly available site called mogrify.net on which you can find the cellular factors required for cell conversions. I tried doing the dermal papilla cell to hair follicle cell conversion, but got two different results. A user named “InBeforeTheCure” on hairlosstalk also tried the same thing and saw results that were different to my two results. More on this development here.

And now on to medical items of interest:

Who will finally get the Nobel prize for discovering CRISPR (a guaranteed event in most scientists’ minds)? Will they change the regulations and for the first time ever award more than three scientists?

— China was in the news a lot in 2015 due to it being the first to use CRIPSR on human embryos; creating genetically modified micropigs; using gene editing to create extra muscular dogs; and planning to soon open the world’s largest animal cloning factory.

— Maybe even more spine chilling. The somewhat creepy Dr. Canavaro might well be correct that a human head transplant (more accurately full body transplant) is possible within the next several years. Apparently a monkey head transplant was recently successful, although they only kept the animal alive for 20 hrs due to ethical reasons. This is real animal cruelty.

Printable organs are closer than ever. Perhaps a hyped up title.

Would you pay $100,000 to clone your pet? My answer is “no way” even if I was a billionaire.

Jason Silva on Transhumanism.