Hypertrophic Scars: How to get rid of them
The normal healing process for damaged or broken skin usually produces scars. Scar tissue can form inside or outside of the body. When the skin is damaged by a cut, scratch, burn or acne, the body produces a protein known as collagen.
If the body produces an excess of collagen, Burn Scars will form. These are both types of raised scars. Another type of scars are pitted acne scars known as atrophic scars.
What is a Hypertrophic scars?
Hypertrophic scars are types of scars that expand beyond the area of the original cut or lesion. They are a puckered, itchy cluster of scar tissue that rises above the rest of the skin. You can find more information about acne scars cream on scarlessrepair.com. This type of raised scars are irregular in shape and, unlike other scar tissue, they usually do not fade with time, but grow larger.
They can be pinkish or red and have a tendency to become fairly large and unattractive. Besides their undesirable appearance, Ice pick scars tend to be itchy and tender to the touch. On a histological level, Burn Scars are composed of thick and abundant collagen bundles that form lumps deep within the scar.
Hypertrophic scars can present themselves on any part of the body, but are most common on the sternum, ear lobes and shoulders. If you want to read more about abateit.com go to Bioskinrevival.Com. They are also more frequent in darker skinned individuals.
The worst part of having Keloid scars is their high percentage of recurrence and their necessity for repeated treatments. Luckily, the tendency to develop keloid scars decreases with age.
Natural Keloid Scar Removal Cream
Bio skin care products are a natural way to regenerate your skin and can be effective as a keloid scar treatment as well as being effective for acne scar removal. They stop the itching, soften and help to remove keloid scars and reduce pitted or ice pick scars. They act as a natural acne remedy while inhibiting acne scars.
After a lesion, the body begins producing skin cells and fibroblasts to repair the damaged skin. The fibroblasts form a web for the skin cells to migrate and fill the lesion. Normal healing depends on the balance between the speed and rate of the replication of skin cells and fibroblasts.
If the fibroblasts replicate too quickly, they can form a dense network that is not as easily penetrated by the skin cells. The result is a large scar. However, if the replication rate of the fibroblasts is equal to the migration rate of the skin cells, the skin will healing forming a small scar.