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What Are Exosomes?
Exosomes are tiny extracellular vesicles derived from stem cells that contain growth factors, proteins, and genetic material. They are essential in cell communication, tissue repair, and regeneration. In hair restoration, exosomes stimulate hair follicle growth, improve scalp health, and encourage thicker, healthier hair.
One of its main advantages is that exosome therapy can be tailored to each patient’s unique needs. To attain the best outcomes, the exosome concentration can be changed, and the therapy’s efficacy can be increased by combining it with multiple hair restoration procedures like microneedling or PRP hair treatment.
One of its main advantages is that exosome therapy can be tailored to each patient’s unique needs. To attain the best outcomes, the exosome concentration can be changed, and the therapy’s efficacy can be increased by combining it with multiple hair restoration procedures like microneedling or PRP hair treatment.

How Exomes Hair Work
Exosomes stimulate dormant hair follicles by sending potent anti-inflammatory chemicals and growth factors to the scalp. These:
- Increase the scalp’s blood flow.
- Cut down on inflammation, which is a factor in hair loss.
- Gradually promote the development of thicker, stronger hair.
Growth factors produced by exosomes affect hair growth by promoting cellular proliferation, extending the anagen phase, and stimulating the creation of hair follicles. MSCs found in dermal papilla cells are thought to play a significant role in promoting hair development.
A growth factor is a protein that occurs naturally in the body. It can stimulate wound healing, cellular differentiation, and cell proliferation. Growth factors usually function as a molecule signal passing between cells. They are essential for controlling various biological functions.
A growth factor is a protein that occurs naturally in the body. It can stimulate wound healing, cellular differentiation, and cell proliferation. Growth factors usually function as a molecule signal passing between cells. They are essential for controlling various biological functions.
