Sinusoids can be found in the

A) skeletal muscle.
B) cartilage.
C) central nervous system.
D) liver.
E) epithelia.


Answer: D

Anatomy & Physiology

You might also like to view...

Given two muscles of equal mass, a short, thick muscle and a long, thin muscle, one would expect the short, thick muscle to

A) Contract with a greater force. B) Have its sarcomeres arranged in series rather than parallel. C) Shorten faster and further, but generate less force. D) All of the above

Anatomy & Physiology

Eleven-year-old Harry is complaining of a severe sore throat and gets to stay home from school. His pediatrician prescribes a course of broad-spectrum antibiotics, and Harry feels much better within a few days. However, some two weeks later, Harry has a dull, bilateral pain in his lower back and his urine is a smoky brown color. On the basis of Harry's signs and symptoms, diagnose his condition

and indicate the relationship (if any) between his present condition and his earlier sore throat. What will be an ideal response?

Anatomy & Physiology

Nutrients undergo the last stages of digestion by enzymes located on the cells of the small intestine; then the nutrients are absorbed by these same cells by way of various membrane transport processes. Adipose cells absorb and store excess food energy in the form of fat. You and the other students in the physiology lab you are taking are doing an analysis of cell membrane composition, on unknown

animal tissue samples labeled A and B. All lab groups determined that sample A contained, on average, 81% protein, 18% lipid, and 1% carbohydrate. Sample B contained 85% lipid, 10% protein, and 5% carbohydrate. Sketch a graph of the class data. You now have to make a logical conclusion as to which sample is more likely to be intestine and which is adipose tissue. What do you conclude, and why? What will be an ideal response?

Anatomy & Physiology

In response to stress, the adrenal cortex releases cortisol. What stimulates the release of cortisol?

a. hypothalamus releases CRH to the anterior pituitary, which releases ACTH b. anterior pituitary releases ACTH to the hypothalamus, which releases CRH c. hypothalamus releases ACTH to the anterior pituitary which releases CRH d. hypothalamus releases corticotrophin-releasing hormone (CRH) to the posterior pituitary, which releases OT e. posterior pituitary releases thyrotropin-releasing hormone (TRH) to the anterior pituitary, which releases ACTH

Anatomy & Physiology