Skin doesn’t just protect us — it reflects us. Every scratch, breakout, or irritation is a signal that your body’s largest organ is in active repair. And behind every repair process is one quiet but crucial player: amino acids . When you think about skincare, you probably imagine creams, serums, and hydration. Yet, healing begins far beneath the surface — in the cellular factory where collagen , elastin , and keratin are built. Those factories run on amino acids, the molecular tools your body uses to rebuild tissue and seal inflammation. 1. The Biology of Skin Repair Every injury, sunburn, or acne mark triggers a cascade of biological events: inflammation, cleansing, rebuilding, and strengthening. Amino acids are required at every stage. Glycine and proline form the triple helix of collagen. Arginine enhances blood flow and nutrient delivery to damaged tissue. Glutamine fuels the rapid cell division necessary for wound closure. Cysteine builds keratin for skin ...
Skin doesn’t just protect us — it reflects us. Every scratch, breakout, or irritation is a signal that your body’s largest organ is in active repair. And behind every repair process is one quiet but crucial player: amino acids . When you think about skincare, you probably imagine creams, serums, and hydration. Yet, healing begins far beneath the surface — in the cellular factory where collagen , elastin , and keratin are built. Those factories run on amino acids, the molecular tools your body uses to rebuild tissue and seal inflammation. 1. The Biology of Skin Repair Every injury, sunburn, or acne mark triggers a cascade of biological events: inflammation, cleansing, rebuilding, and strengthening. Amino acids are required at every stage. Glycine and proline form the triple helix of collagen. Arginine enhances blood flow and nutrient delivery to damaged tissue. Glutamine fuels the rapid cell division necessary for wound closure. Cysteine builds keratin for skin ...