Nowadays, there are several different ways to treat hair loss, and majority of these treatment options are available to everyone. However, only a few of them can rightfully be called as effective. Sadly, those effective ones happen to be the most expensive, too. And for those which seem to be effective but less pricey, the issue usually is their corresponding side effects.
Luckily for you, you no longer need to settle for just a few hair loss treatment options that you probably have seen online or via a TV ad. There’s a new and revolutionary treatment procedure that’s taking the entire medical world by storm, and it’s called low level laser therapy or LLLT. The one thing that separates this therapy from all other hair loss treatment procedures and products is that it not only reduces hair loss, but also enhances hair growth in the process.
Why Should You Consider It?
First of all, there are several other names for the same therapy, including cold laser, soft laser, or photobiomodulation. Truth be told, this procedure takes advantage of infrared laser beam technology to treat different health issues, but arguably the most common is hair loss. If you are someone who does not want to undergo a painful procedure or perhaps you’ve tried a handful of products before but to no avail, then this one is your best bet. Aside from the fact that it is painless, it also does not require you a lot of time commitment.
Furthermore, with this therapy, the result is a decrease in inflammation and increase in local blood flow, thereby allowing more room for hair growth. What’s even better news is that LLLT is already an FDA-approved procedure, which means it is both safe and effective in hair restoration.
How Does LLLT Work?
Low light laser therapy actually targets a very specific condition called “androgenetic alopecia,” or what doctors refer to as male or female pattern baldness. This genetic condition is the most common cause of hair loss both in men and women.
This therapy procedures uses light to produce a very specific wavelength, which in turn is capable of being absorbed by the molecules in the hair follicles. Next, the same light figures out a way to penetrate the scalp, and in so doing, it’ll stimulate the epidermal stem cells. Those stem cells are the ones responsible for the regeneration of hair follicles. Also, LLLT not only does the stimulation job, it also increases blood flow, which in turn helps in the delivery of oxygen and nutrients to the hair follicles, thereby effectively supplying the needed stuff for hair regrowth.