#curebaldness

If high levels of DHT were really the main cause of hair loss then every young man would be bald because their testosterone levels and the resulting DHT levels are at their highest...so DHT is absolutely NOT the true cause of hair loss...it is obvious.

We only go bald on top where this GALEA layer exists and only people with a very tight GALEA layer lose their hair. This method explains how to restore the blood flow properly with a NEW massage technique that is totally different from how it was done before and how to REVIVE dormant follicles with a device invented by NIKOLA TESLA which we were told was not possible…that’s FALSE . This method is common sense and it uses NO DRUGS, NO LOTIONS and NO SURGERY.

 A couple weeks back, a transcription factor called KROX20 reach headlines as a hair loss discovery. Why? Because research workers published a report showing that whenever they removed the KROX 20 gene, a mouse's hair roots stopped growing.

The study comes to major news outlet stores. And then arrived the headlines...

Medical Information Today: "Factors behind baldness, gray wild hair identified"

Time: "Experts Discover Why Head of hair Turns Grey And Proceeds Bald"

World wide web Doctor: "Scientists may have learned the remedy for hair loss"

So, are these headlines true? Will KROX 20 really contain the cure for hair loss?

Let's place it this way. Nowadays, there are two truths:

99% of information editors are medically illiterate. Don't trust their headlines.

KROX20 probably is not a hair loss magic cure.

Regardless of the media's hysteria, KROX20 is probable not a hair thinning breakthrough. It's much more likely that KROX20 is merely one (of hundreds) of transcription factors our anatomies need to produce a hair follicle. Actually, that's actually what the initial study implies (however the media sensationalized the storyline anyway).

However the KROX20-hair loss interconnection is important. Why? Because KROX20 isn't simply a transcription factor used for scalp follicle development. KROX20 also is important in infection and fibrosis - two conditions tightly associated with pattern hair thinning. Along with the more we find out about this gene, the better our likelihood of understanding if we can put it to use to focus on or treat hair loss.

That's what this article is for. By the finish, you'll uncover...

What's KROX20?

The KROX20-head of hair loss connection

Why mainstream advertising exaggerates research - especially hair thinning research

The bond between KROX20, fibrosis, swelling, and mane health

What we have to find out about KROX20 before we may use KROX20 as a hair thinning treatment

WHAT'S KROX20?

To put it simply, KROX20 is a gene. So when our cells trigger the KROX20 gene, they commence expressing something called the KROX20 transcription factor.

Transcription factors are protein which are in charge of one big thing: activating or deactivating the genes within our cells. Quite simply, transcription factor protein help control gene manifestation (which genes our skin cells start or off).

And that's the actual KROX20 transcription factor is. From the protein that says our skin cells which genes to carefully turn on / off. That is important since when it involves hair thinning, gene appearance might become more important than genes. And as it happens the KROX20 gene (and its own transcription factor) is crucial for making locks.

KROX20 IS ESSENTIAL TO CREATE Hair

The KROX 20 gene takes on an important role in scalp development. During early on development, the KROX20 transcription factor expresses in the scalp bud - and later the locks canal, sebaceous glands, and external main sheath. In older hair roots, KROX20 is portrayed in epidermal skin cells beneath the head of hair follicle.

Obviously, this gene is lively after and during scalp shaft development.

Just what exactly happens to your mane if we erase the KROX20 gene? That's just what research workers at the College or university Of Tx' Southwestern INFIRMARY found out.

While studying an illness known as neurofibroma, these research workers incidentally learned that, in mouse models, if indeed they muted the appearance of the KROX20 gene, the mice halted growing hair.

The takeaway: the KROX20 gene is probable essential to develop and keep maintaining head of hair. That's it.

But that isn't what we read within the media.

Mainstream Mass media Misinterprets THE COMPLETE KROX20 Study

The KROX20 research workers published their review. Also to no problem of their own, the multimedia wildly misinterpreted the results. Instead of say the actual studies truly were - that KROX20 is crucial for hair regrowth - they instead published that researchers may have found the treatment to baldness.

Why is this egregious claim?

As the transcription factors involved with hair development might possibly not have anything regarding the transcription factors involved with pattern hair thinning.

The Protein That Help Grow Wild hair IS PROBABLY NOT The Same Protein That Cause Design Hair Loss

Health proteins transcription factors (like KROX20) aren't just in charge of hair regrowth. They're also in charge of differentiating each and every cell inside our entire bodies.

Remember: even though our nucleated skin cells all show the same DNA (genes), quite a few skin cells look and act differently. Why? Since when a proteins transcription factor attaches to a cell, it instructs that cell which genes to switch on or deactivate, and in doing this, differentiates that cell... making it a center cell, lung cell, pores and skin cell, or even scalp follicle cell.

Just what exactly is the KROX 20 research really stating? It's saying these researchers found a unitary transcription factor (KROX20) that is probable required for wild hair follicle development. That's it!

That doesn't imply that baldness is the effect of an insufficient the KROX20 transcription factor - as Time and other information resources suggest. Why? Because from what we realize, pattern hair thinning isn't induced by our hair roots magically deciding to carefully turn off. Pattern hair thinning is truly a sign of scarring.

That's why experts call pattern hair loss a "scarring alopecia." And scarring is not the contrary of mane follicle development. Quite simply, what can cause our wild hair to increase - and what can cause pattern hair loss - are likely two various things (and two different models of transcription factors). There could be some overlap, but I could ensure you that because we've determined one transcription factor essential for hair development, it doesn't imply that same transcription factor is just what causes pattern baldness.