At the forefront of stem cell technology, we always believe that they hold promising remedies to so many untapped medical needs. Whether in medicine or aesthetics, stem cells have the epithet of "supreme remedy", gauging much curiosity and interest among scientists and researchers and leading to novel discoveries. Throughout the extensive studies reported, exosomes, extracted from the outer rim of the stem cells, play a significant role in contributing to the remarkable perception people have of stem cells today.

Our Hair Rejuvenating product, CosmeX, contains 100% optimally purified exosomes and stimulates the regeneration of new, healthy hair follicles explicitly. We use cutting-edge microneedling technology beyond the traditional injection to deliver the exosomes straight to your scalp without any feeling of discomfort. The results are a few times more effective.

Exceedingly small, exosomes are capable of crossing barriers and carrying crucial proteins that are too large for stem cells. Thus, better signalling and nutrient dispersal facilitation will reinvigorate the follicles more aggressively.

Even more importantly, exosomes also prolong the hair growth cycle, therefore, critically benefiting us as we age. Different from many other cells in every inch of our body, follicular cells, responsible for hair growth, age with each cycle of growth. It typically requires decades, but as follicular cells enter and leave each phase, they begin to change. Miniaturisation, or the shrinking and growing brittleness of hair strands, initiates. From there, without treatment, hair strands continue shrinking after each telogen phase until growth ceases completely. Many hair care products and treatments help prolong hair growth. Few, though, are as capable as exosomes. Exosomes work in such a way that they halt the growth phase of the follicular cells at the growing stage known as anegan. As a result, the hair growth cycle remains intact for longer while hair strands become thicker and healthier.

While nutrition is vital for the follicular cells, orienting towards invigorating hair follicles through growth factor procedures, thus restoring hair growth, there are not nearly as many nutrients produced by processed exosomes. This condition is the reason why exosomes have revolutionised hair loss therapy. In a more scientific discussion, WNT pathways are an important cellular process that stimulates hair growth. When it comes to whether or not an exosome can do that, there is no doubt that it can. Exosomes, being the signalers cascading down the path, ensure a higher concentration of nutrients supplemented for higher follicular cell growth, which is unachievable with growth factor procedures.