Goodbye to hair implantation and baldness clinics, the vaccine for baldness is here

Baldness is a phenomenon that affects a large portion of the world’s population, and according to a study World Population Overview last summer, Second on the list is Spain, where 42.6% of citizens suffer from alopecia.. At the forefront of this hair problem is the Czech Republic, where 42.79% of the adult male population experiences hair loss.

Although Baldness is common in older men, but the reality is that no effective method has yet been found to completely stop it. Although options such as hair transplantation exist, the challenge remains to find solutions that will effectively prevent hair loss.

Various studies show that hair loss is not simply due to loss of follicles, but because the hair becomes smaller and thinner due to the testosterone-related enzyme DHT.

In search of the “magic” molecule: SCUBE3

About ten years ago, Harvard University biologist Karl Koehler conducted groundbreaking research. He grew a type of cell found in the inner ear using stem cells. During this process, they noticed that over time, patches of skin would form, leading to the formation of hair follicles and, as a result, hair growth.

Later research conducted at the University of California, Irvine, led by Maxim Pilkus, delved deeper into this discovery. Dermal papilla cells, essential for hair growth, have been shown to play a crucial role in stimulating hair growth. Among the molecules isolated is SCUBE3, thought to be a “messenger” that tells hair cells to begin dividing, marking the start of new hair growth.

Possibility of creating a vaccine against baldness

The idea of ​​injecting the SCUBE3 molecule into the scalp or through RNA modifying vaccines is becoming possible. intriguing. Clinical trials have already begun, conducted by Amplifica. This new frontier in hair research promises to offer more effective solutions to hair loss and potentially bring new hope to those struggling with alopecia.

Although the genetic basis of the activating molecules is still unknown, The focus on the SCUBE3 molecule highlights a promising path toward potential treatments in the future. Science is challenging the boundaries of what is considered possible in the fight against hair loss, opening the door to a new era of more effective and less invasive treatments. The search for a permanent solution to alopecia continues, and the SCUBE3 molecule may play a key role in this exciting journey towards hair restoration.