Answer:
Yes they can
Explanation:
<em>Based on the fluid mosaic model of the lipidic bilayer of the membranes we know that proteins embedded in it have the ability to undergo translational diffusion</em>. <em>Membrane fluidity is important to the cell because is associated to transport rates, it can respond to the necessities of the organism,</em> for example, in some organisms this fluidity can be modified by temperature stress or according to their nutrient necessities.
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Active volcano in South America: Llaima volcano
Answer:
Simplified answer: it's actually many systems that work together, just in different ways!
Explanation:
A large part of the body that is responsible for the regulation of temperature is the nervous system. The hypothalamus, which is a portion of the brain, controls the regulation of body temperature. The process that allows the human body to maintain its core temperature is called thermoregulation. The hypothalamus sends signals to various parts of the body, such as the glands and nervous system, when its core internal temperature begins to fluctuate too high or low.
However, the endocrine and the excretory systems also play a role in the regulation of body temperature.
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wind chill is an example of a local wind
