Explain how the feedback loop mechanism maintains and restores bodily function when you have fever and flu until you get well.

Health Science Question: Answer in 15 minutes not more than that ASAP-  Answer correctly and read the question correctly, I do not need an explanation to why these are the correct answer, I just would like the key answer please and thank you. If the question is done correctly, I will write a very wonderful and long review about you!

Imagine a saltwater fish is placed into freshwater. What would happen on a cellular level?  How are fish like salmon, who spend the first part of their life in the ocean and then travel to freshwater to spawn, able to overcome potential physiological consequences? Describe three adaptations salmon use to overcome the salinity changes encountered.

Define and give an example of homeostasis? Describe the term and give a biological example of positive feedback? Describe the term and give a biological example of negative feedback? What is the role of an enzyme? Describe and Give an example of enzyme specificity? What does it mean when a person is a lactose intolerant? Biologically, what causes this? How can it be temporarily be treated? Why is it dangerous for an individual to have a very high fever left untreated? (Hint: think enzymes)

Determine whether or not two conditions can occur simultaneously. Isoosmotic and Hypotonic [Select ] Hyperosmotic and Isotonic [Select] Hyposmotic and Hypertonic [Select] >

Which of the following statements is correct? 160 山L 140 KEY 120 Na+ 100 K* 80 CI 60 HCO, 40 Proteins 흐 20 Compartment A Compartment B Compartment B represents the cytosolic fluid Compartment A represents the blood plasma Compartment A represents the intracellular fluid Compartment B represents the extravascular water lon concentration (mmol/L)

The thermoneutral zone is the range of body temperatures over which an animal can maintain a constant basal metabolic rate. Which of the following patterns about thermoregulation is true?       A. Below the lower critical threshold, animals must decrease their metabolic rate in order to maintain body temperature    B. Animals living in the arctic have higher critical temperatures than do animals in the tropics    C. When outside temperatures are below the lower critical temperature for an animal, animals in the arctic increase their metabolic rate faster than do animals in the tropics    D. All of the above    E. None of the above

Relate CO2 transport to pH homeostasis. Be as detailed as possible in your explanation.

(Short Answer - 8 Sentences Max) The sodium-potassium pump maintains the electrochemical gradient across the membrane. Describe and explain how this process occurs.

QUESTION 6 Which definition is correct? Absorption = the movement of a substance into a lumen of a hollow organ Endocytosis = the removal of a substance from the body Exocytosis = the release of a substance from a cell into the interstitial fluid Secretion = the movement of a substance between epithelial cells