Reference no: EM13542864

Answer question in structure/function/regulation style, and make a bullet points for compare and contrast question separately, and if any question experts cite as reference, please use write citation with the articles attached because he will search for it if the word does not sound like me- so just in case either citation attached with related article or make your answers but make sure he would not find online no cheating.

You can use any website search except Wikipedia.

1. Structure/ Function /Regulation

2. Make a bullet point as much as you can for compare and contrast questions separately

3. If you use any citation, please cite properly+send me the articles you cite.

4. Draw clearly any diagram and mechanisms assigned by questions.The purpose of this project is for me to know, with certainty, that each of you base had a good chance to review your class notes for the entire semester.

Introduction to Skeletal Muscle Physiology

1. Select any the skeletal muscle proteins and provide knowledge of their biochemical properties, rote in skeletal muscle contraction, and any regulation known (S/F/R/).

2. Write down any ten (10) terms, not found on an exam or quiz in 2014, then define the terms in 1-2 complete sentences.

3. A) draws the three mechanisms of costamere attachment. B) Provide knowledge of models of myofibrillogenesis initiated at costameres, and C) briefly discuss what might happen it costameres are not intact.

4. In less than 1-page, discuss how the endocrine system works in concert with logically produced growth factors in order to regulate muscle cell physiology. (Hint-what is the endocrine system? what art growth factors? how do these two systems work together? can you provide specific examples?)

5. We discussed numerous cells found in skeletal muscle. In less than 1- page. draw in detail) any three (3) cells found in muscle and inform me as to their functions in making muscle work properly.

6. Inform me as to the mechanism(s) by which skeletal muscle. cardiac muscle and smooth muscle contracts-pointing out specific similarities and differences among the three muscle types.

7. Compare or contrast the following terms:

A. Skeletal muscle development (embryonic vs postnatal)

B. Type I vs Type II myofibers

C. Myogenesis vs myofibrillogenesis

D. Spectrin vs synemin

E. Focal contact vs intercalated disk

F. Dyad vs triad

G. Preadipocyte vs adipocyte

8. Discuss why knowledge of muscle development (from embryogenesis to adulthood) is important to as animal scientist, muscle biologist or to a consumer.

9. Why do we need to know the composition of meat animals? what are major component of meat? What components contribute to meat quality? Is skeletal muscle meat?

10. select your favorite topic covered by this class and inform me as to its sir function and regulation. In other words. 1 want to know if you developed an interest in specific topic and whether you can discuss it in a physiological manner.