Would a mild second-degree burn be likely to heal by regeneration or fibrosis? Would the same type of healing take place in a third-degree burn that involved muscle tissue? Why or why not?

A). What is melanin's productive functions?  B). Explain the role of sunlight Vitamin D production. C). How do sweat and sebum differ in their productive functions of skin?

In third-degree (full-thickness) burns, both the epidermis and the dermisare destroyed. Which of the following conditions does not occur as aresult of a third-degree burn?a. dehydration (increased water loss)b. increased likelihood of infectionc. increased sweatingd. loss of sensation in the burned areae. poor temperature regulation in the burned area

When sweat evaporates from the surface of the skin, the skin cools down. Sweat helps the body maintain homeostasis with respect to temperature. However, there are two different types of sweat glands. (a) Identify the type of sweat gland that secretes sweat into the hair follicle. (b) Describe two ways in which the two types of sweat glands differ. You can start your sentences like this: The H type of sweat gland that secretes sweat into the hair follicle is... . The two types of sweat gland are different from each other because... . Respond in 2 to 3 complete sentences. Normal Enter your answer here V 204

Distinguish between first, second, and third degree burns in terms of skin layers damaged, medical dangers associated with each, and how each is treated.

What Produce collagen fibers that knit the sides of the wound together and may remain at the site of injury as scar tissue.

As a rule, a superficial partial-thickness burn is more painful than one involving deeper tissues. How would you explain this observation?

Why do full thickness burns initially have no pain?

Paper cuts are often very painful but don't always bleed. What two properties of the skin explain this combination? A. the dermis is innervated, but the epidermis is not B. the epidermis is innervated C. the epidermis is avascular D. paper cuts only go as deep as the reticular dermis E. the epidermis and papillary dermis are avascular

What functions as heat insulator and located in the subcutaneous layer below the skin?