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How does the collagen structure of hypertrophic scars differ from that of keloids?
Hypertrophic scars have an overproduction of collagen that remains within the boundaries of the original wound, resulting in raised, red scars. Keloids, on the other hand, have an excessive production of collagen that extends beyond the original wound site, leading to smooth, shiny, and raised scars that can grow larger than the original injury.
What overproduction of cerebrospinal fluid could be the result of overactivity?
Overproduction of cerebrospinal fluid can result from conditions such as meningitis, brain tumors, and certain types of hydrocephalus. Inflammation or growths within the brain can lead to increased production of cerebrospinal fluid as the body responds to these conditions.
Is collagen a polar molecule?
Yes, collagen is a polar molecule because it contains polar amino acids like serine, threonine, and hydroxyproline in its structure. These polar side chains result in an overall polar nature of collagen.
Small white lump on a scar?
A small white lump on a scar could be a common result of the healing process known as a keloid. Keloids are raised scars that occur when the skin overreacts to the healing process and produces excess collagen. It is important to monitor the lump and consult with a healthcare provider for proper evaluation and treatment options.
What are the effects of collagen on the skin?
The product Collagen makes scar edges softer , speeds up the job of healing wounds, cuts, abrasions, and irritations. It is raised in the fight against fat and stretch marks. It also soothes stings.
Scar tissue is the result of?
large numbers of collagen fibers and relatively few blood vessels in the injured area
What protein fiber are in scar tissue?
collagen
How does the collagen structure of hypertrophic scars differ from that of keloids?
Hypertrophic scars have an overproduction of collagen that remains within the boundaries of the original wound, resulting in raised, red scars. Keloids, on the other hand, have an excessive production of collagen that extends beyond the original wound site, leading to smooth, shiny, and raised scars that can grow larger than the original injury.
Why does a deep injury to the skin result in abundant scar tissue formation?
When the skin is deeply injured, the body's natural response is to produce collagen to heal the wound. In cases of deep injury, excessive collagen production can lead to the formation of abundant scar tissue. This is the body's way of quickly repairing the damaged skin, but it can result in thicker, more pronounced scars.
What protein is involved in formation of scar tissue?
Fibroblasts are the main cells involved in the formation of scar tissue. They produce collagen, a type of protein that helps repair and strengthen damaged tissue, ultimately leading to scar formation. Fibroblasts migrate to the injury site and lay down collagen fibers to remodel the damaged area.
Is an overproduction of scar tissue often caused by overtraining muscles or in joints by old injuries?
Fibrosis
What protein is involved in the formation of scar tissue in wound healing?
collagen
What protein is involved in the formation of scar tissues in wound healing?
collagen
What protein is intimately involved in the formation of scar tissue in wound healing?
collagen
What is a keloid scar that may develop after cleft lip repair?
A keloid scar is a raised, thickened area of scar tissue that forms at the site of a healed skin injury. Keloids can occur after cleft lip repair surgery due to the body's overproduction of collagen during the healing process, leading to a raised and sometimes itchy or painful scar. Treatment options may include corticosteroid injections, silicone sheeting, or laser therapy to help reduce the appearance of keloid scars.
What is localized scleroderma?
Localized scleroderma-- Thickening of the skin from overproduction of collagen. The type known as localized scleroderma mainly affects the skin.
Schizophrenia may be the result of the overproduction of?
Dopamine. which is a neurotrasmitter in the brain.
