1. The structure that receives the ovulated oocyte is the ________.

  ovary

   cervix

   uterine tube

   ductus deferens

2. The duct system of the male reproductive tract includes all of the following structures EXCEPTthe ________.

  ductus deferens

   epididymis

   urethra

   corpus spongiosum

3. The primary function of the uterus is to ________.

  protect the ovaries

   regulate the ovarian and menstrual cycles

   synthesize female hormones

   receive, retain, and nourish a fertilized ovum

4. Sustentocytes produce ________.

  LH

   testosterone

   androgen-binding protein

   FSH

5. Ovulation occurs at the end of the _______ phase of the uterine cycle.

  luteal

   menstrual

   proliferative

   secretory

6. Which cell is expelled into the peritoneal cavity during ovulation?

  primary oocyte

   ovum

   oogonium

   secondary oocyte

Using the information on the introduction to activity 2, how do conditions such as emphysema and asthma affect a person’s ability to breathe?

As compared to blood how much acid concentration is needed in the stomach. How is it achieved. Describe the cell hormone enzymes that participate in the process

Compare the buffer, renal, cell polarity, and respiratory compensations for alkalosis and acidosis.Diagram the cells in the area of the Nephron where these occur.

Using the information on the introduction to activity 2, how do conditions such as emphysema and asthma affect a person’s ability to breathe?

Using the information on the introduction to activity 2, how do conditions such as emphysema and asthma affect a person’s ability to breathe?

1. What is  primary taste sensation, and the major type of receptors.
2. Distinguish between static and dynamic equilibrium. Know major structures involved in each. Know what they monitor.
3. Receptors for hearing are located in the cochlea. What is the function of cochlear hair cells? What membrane layer supports them? Which membrane to the hair cells bend against?
4. Know roles of rods and cones in the eye. Where exactly are they found and in what concentration? What is the significance of the optic disc?
5. Know the eye structure where the most light refraction takes place.

During inhalation, how does intrapulmonary pressure change relative to atmospheric pressure? How does the body accomplish this change in pressure? During exhalation, how does intrapulmonary pressure change relative to atmospheric pressure? How does the body accomplish this change in pressure?

Q1. What type of compensation would you expect in a patient with metabolic alkalosis?

A.) A compensatory respiratory acidosis caused by a decrease in respiratory rate.

B.) A compensatory metabolic acidosis caused by an increase loss of bicarbonate in the urine

C.) A compensatory alkalosis caused by an increased loss of H+ in the urine.

D. A compensatory respiratory alkalosis caused by an increase in respiratory rate.

Q2. Bicarbonate is reabsorbed into the epithelial cells of the proximal convoluted tubule as?

A. CO2

B. H2CO3

C. HCO3-

D. Carbonic anhydrase

Q3. What drives +/H+ antiport on the apical membrane of the proximal kidney tubule?

A. The action of aldosterone

B. The Na+/k+ pump on the basolateral membrane of the proximal kidney tubule

C. The osmotic gradient between the filtrate and intersitial space of the proximal tubule.

D. Secondary active transport.

Q4. Which is false regarding Glomerular filtration rate.

A. It is influenced by cardiac output

B. GFR is influenced by blood volume

C. Urine vol. is not an indicator of GFR

D. GFR is the volume in milliliters of filtrate produced by the kindneys per minute

what are the neuroglia cells in the brain and spinal cord? What are their functions?

What are neurotransmitters; how are neurotransmitters classified and what are the classes (i.e. chemical classes versus structural classes) and the class characteristics?

Why is it important to practice population health in this age of healthcare?

1. Label AND Describe a feedback loop for:
   1. ONE negative feedback
   2. ONE positive feedback
   3. ONE antagonistic pair of feedbacks
   4. Include all 5 steps for each feedback

All of the following factors would be expected to increase stroke volume EXCEPT ________.

Group of answer choices

increased end diastolic volume

increased afterload

decreased end systolic volume

increased venous return