Growth Factors and the Skin's Own Repair System
Read More
View all-
EGF and the Biology of Uneven Skin Tone
Your Skin Replaces Itself Every 28 Days. Unless Something Slows It Down. Epidermal turnover is the process by which new skin cells form at the base of the epidermis, migrate upward, and eventually shed from the surface. In healthy skin, this cycle takes roughly 28 days. Damaged, pigmented cells are pushed off and replaced by fresh ones. The complexion stays even. When that cycle slows, pigmented cells linger. Dark spots hold. Post-inflammatory marks from breakouts fade at a crawl. The...
EGF and the Biology of Uneven Skin Tone
Your Skin Replaces Itself Every 28 Days. Unless Something Slows It Down. Epidermal turnover is the process by which new skin cells form at the base of the epidermis, migrate upward, and eventually shed from the surface. In healthy skin, this cycle takes roughly 28 days. Damaged, pigmented cells are pushed off and replaced by fresh ones. The complexion stays even. When that cycle slows, pigmented cells linger. Dark spots hold. Post-inflammatory marks from breakouts fade at a crawl. The...
-
Growth Factors and the Skin's Own Repair System
Aging Skin Does Not Lack Products. It Lacks Signals. Your skin already knows how to repair itself. It does it constantly: replacing damaged cells, producing collagen, maintaining the barrier. The problem is not that these processes stop. They slow. The signals that tell your cells to divide, to produce collagen, to renew, become weaker and less frequent. Growth factors are those signals. They are proteins that bind to cell surface receptors and trigger specific biological responses: proliferation, differentiation, migration. In...
Growth Factors and the Skin's Own Repair System
Aging Skin Does Not Lack Products. It Lacks Signals. Your skin already knows how to repair itself. It does it constantly: replacing damaged cells, producing collagen, maintaining the barrier. The problem is not that these processes stop. They slow. The signals that tell your cells to divide, to produce collagen, to renew, become weaker and less frequent. Growth factors are those signals. They are proteins that bind to cell surface receptors and trigger specific biological responses: proliferation, differentiation, migration. In...
1
/
of
2