Can general adaptation syndrome and local adaptation response be classified as types of homeostasis? Explain in detail.

Explain the various levels of the organization as seen in this organism with respect to its self and where it will live.  Use all relative terms that will describe this organism and its environment from the microscopic level to the macroscopic level.

Homeostatic control mechanisms are important for the survival of the human organism. Explain negative and positive feedbacks by identifying then describing one specific example per feedback type. (answer max 10 sentences)

Body Cavities and Membranes: Fill in the Blanks

Which one of these is correct and why are the rest incorrect

In terms of acute Q10 and chronic Q10+ define good acclimation. When would an animal have good acclimation? In terms of acute Q10 and chronic Q10+ define bad acclimation. When would an animal have bad acclimation?

Name the protective membrane covering human brain and spinal cord.

Following is a list of tissues that have specialized functions and demonstrate corresponding specialization of subcellular structure. Match the tissue with the letter of the cell structures and organelles listed to the right that would be abundant in these cells.  Tissues -Enzyme (protein)-secreting cells of the pancreas -Insect flight muscles -Cells lining the respiatory passages -White blood cells that engulf and destroy invading bacteria -Leaf cells of cacti   Cell Structures and Organelles: a. plasma membrane b. mitochondria c. Golgi apparatus d. chloroplast e. endoplasmic reticulum f. cilia and flagella g. vacuole h. ribosome i. lysosome

How does the human body maintain homeostasis when exposed to extreme environmental conditions such as prolonged exposure to high altitudes or extreme temperatures?

Generally, for a positive feedback arc to cause a change of a physiological variable, where must be the receptor? Multiple answers: Choose all of the relevant answers from the choices below. answer choices a)Intracellular fluid b)Intersitial fluid c)Extracellular fluid d)External environment (e.g., mother's nipple) e)Blood plasma   2)Which of the following is NOT true regarding negative feedback loops and homeostasis? answer choices a. Homeostatic control systems cannot maintain complete constancy of the internal environment b. The set point of some variable can be reset c. It is always possible for physiological variables to be maintained in a relatively constant manner using homeostatic control systems d. The stability of an internal environment variable is achieved by balancing inputs and outputs e. In negative feedback systems, a change in the variable being regulated brings about responses that tend to move the variable in a direction that is opposite to the…