Effects of Low-Level Laser Treatment {LLLT} When Used For Toronto Hair Restoration

10/10/2019 16:06
You might have noticed some hair strands shedding slowly down your drain each time you wash hair or a smaller circumference of your ponytail. In most cases, people do not appreciate hair loss until they are completely bald either because their loved ones are reluctant to point it out or they are not as intent on its initial signs. Either way, hair loss has a considerable psychological impact on all ages and genders. The latest choice for Toronto hair restoration is low-level laser treatment {LLLT}. This is a safe treatment option that reverses hair loss through the following means.
 
Increased Scalp Blood Flow
 
LLLT has been confirmed to increase blood flow to the scalp by up to 54% in a single treatment. The increased blood flow brings with it elements that stimulate your follicles to reactivate hair cells. The hair cells reactivated in this case are only those undergoing a decline and not the dead ones. With reactivation, these cells start generating new hair roots.
 
Production of ATP
 
Adenosine triphosphate {ATP} is an energy provider for most metabolic body processes. The light photons in LLLT used for Toronto hair restoration increase the production of ATP that is converted into AMP {adenosine monophosphate} in your hair follicle cells. This way, the follicles get the energy that stimulates the metabolic processes essential for hair growth.
 
Repair of Damaged Cells
 
Damaged hair follicles are the leading cause of hair loss. LLLT will stop the progression of hair loss by repairing the damaged hair cells. To this end, it can also be used to repair chemically damaged hair and hasten healing in patients who undergo hair transplant surgery.
 
The above effects of LLLT in Toronto hair restoration are often delivered in in-office treatments. They can however also be delivered as headbands, small helmets or laser combs worn under a baseball cap. LLLT is the proven effective and safest treatment for hair loss and is thankfully surprisingly inexpensive.