Social Science Homework Help

Be sure to describe the role of the following factors: Hormone Name What triggers it’s release How it travels in blood Is it lipid-soluble or water-soluble? Target cell(s) What muscles or glands work

Be sure to describe the role of the following factors:

Get Your Custom Essay Written From Scratch
We have worked on a similar problem. If you need help click order now button and submit your assignment instructions.
Just from $13/Page
Order Now

Hormone

Name

What triggers it’s release

How it travels in blood

Is it lipid-soluble or water-soluble?

Target cell(s)

What muscles or glands work as effectors?

What response is produced to return to homeostasis?

Cardiovascular System- Blood 

Choose 1 to thoroughly answer and reply to any peers’ post that answered the other question that you did not answer.

A. What is hematopoiesis and where does it occur?  B. Offer details to distinguish myeloid stem cells from lymphoid stem cells.  C.  Explain which Stem cell and blast cell that each formed element is derived from.

A. Why and how are the intrinsic and extrinsic pathways activated? B.  How is fibrin made to help aid in coagulation?

Cardiovascular System- Heart

Choose 2 to thoroughly answer and reply to any peer who answered the 1 question you did not choose.

A. Why is the SA node the pacemaker of the heart?  What is activates the SA node? B. How does the conducting system result in the contraction of the non-pacemaker myocytes of the atria and ventricles? (Include the parts of the system in your answer) What is occurring in the 5 periods of the cardiac cycle?  State weather the AV and semilunar valves are open or closed during each period and tell me which phase of the ECG is occurring during each period.

A. What is Mean Arterial Pressure and how is it measured? B. MAP is regulated by Cardiac Output.  What components make up Cardiac Output?  C.  Tell me a factor that can increase stroke volume and what that change will do to the Mean Atrial Pressure?   D.  Differentiate the preload from the afterload and explain how each can increase and decrease Cardiac Output and thus MAP.