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When the body temperature rises above normal dermal blood vessels are likely to constrict.?
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What happens to blood vessels in the skin when the body temperature gets too high?
When body temperature drops below normal, dermal vessels are likely to constrict to maintain core body temperature, limiting heat loss through the skin. In contrast, when body temperature is elevated, the vessels in the dermis are likely to dilate to help the body release excess heat.
When a duck dives into cold water the capillaries in its skin constrict and move deeper below the surface of the skin This reaction is an example of?
It's more likely that the answer is homeostasis because, homeostasis helps the body maintain it's daily function (ex; body temperature). The answer is homeostasis
Where is German measles most likely too be found?
most likely your blood vessels and veins
What did nurses experience in the Battle of Midway?
All USN vessels, and more than likely IJN vessels were the same, had a detachment of corpsmen stationed in their sick-bays.
Blockage of the lymphatic vessels draining a region of the body is most likely to cause?
Edema
What are the effects of blockages in blood vessels on heart besides stroke heart attack or angina?
I think you about covered all the likely outcomes for blocked coronary blood vessels.
A body temperature of 99 degrees would most likely induce?
a body temperature of 99 would most likely induce
Does convection have a certain temperature?
most likely it does
What if the external temperature is not reading?
You need to get the temperature sensor repaired or, more likely, replaced.
Advantages of good harbor?
Vessels within a good harbour are much less likely to be damaged by storms.
Eating which type of oil would most likely cause buildup in blood vessels?
coconut oil
Why elderly individuals with poor circulation would have a greater risk of suffering heat exhaustion or heatstroke?
Because blood circulation is one of the primary ways through which the body regulates its temperature. For example, in cold conditions, blood is withdrawn from the periphery (hands, feet, arms, legs) to warm and protect the internal organs. In hot conditions, blood is dispersed to the periphery to dissipate excess heat into the external environment. Poor circulation compromises this process, leading to greater health risks from both cold and hot environments.
