Stretch Marks feel like skin is significantly damaged, almost 'missing'
In fact very little has changed in the skin to cause the stretch mark
Elastin, a protein, is damaged in stretch marks
To understand stretch marks, we need to explain what skin is made of and how it works. Normal skin is 80% collagen and 4% elastin fiber mesh network. Elastin is the protein in the skin which gives it its flexibility and allows it to stretch. The elastin form a fishnet-like network in the skin which allows our skin to stretch and recoil back to its original position.
Stretch Marks are Damaged Elastin
These elastin fibers are damaged in stretch marks, causing the 'scar' of a stretch mark. What's so remarkable about stretch marks is how prominent they look, but under a microscope you see almost no difference from normal, healthy skin. If you touch a stretch mark, it feels empty, almost like there is no skin there. Visually and textually the skin is so very different, yet so little has actually changed in the skin.
The information contained in the above article
is purely for educational purposes and is not intended to provide
any medical advice. Always consult with your physician before having
any medical procedure performed.