1. Interactions of dietary nutrients play an important role in inducing a specific nutrient deficiency.  Provide one (1) example each of a specific interaction between nutrients that occurs only in nonruminant animals and another interaction unique to ruminant animals.  Be sure to define which nutrient(s) are causing the deficiency and the nutrient that becomes deficient.  Explain why the interaction is unique to either nonruminants or ruminants.
   1. Nutrient interaction specifically seen in nonruminant animal:
   2. Nutrient interaction unique to ruminant animals:

EXPERIMENT 11 CASE STUDY: BLOOD

A 52-year old man weighing 60kg is taking 100mg Iron supplement every night due to his mild Anemia. He noticed that the color of his stool became dark brown to black and tarry, with a sudden change in consistency. He decided to stop taking Iron supplements however, his condition is still the same as well as the color of his stool. He then consulted the doctor after a week, as it is accompanied by persistent abdominal discomfort and constipation.

Questions:

(1) What chemical test can be used to detect blood in the stool sample? Explain. (2 points)

(2) What is the principle and expected result of the tests? (2 points)

(3) What will be the confirmatory test for the detection of blood in the stool sample? (1 point)

(4) What is insufficient in patients with Anemia? Explain. (2 points)

(5) What are the functions of white blood cells in our body? Explain. (2 points)

The male urogenitary tract?

What is he trip of a sperm cell up the female genital tract to meet with the secondary oocyte and the structure that encounters?

Explain the role of TCR cross-reactivity in transplant rejection.

Describe how pancreatic exocrine secretion is regulated by secretin and CCK (site of secretion, stimuli, and actions of secretin and CCK).

Explain in detail the negative feedback mechanism that was occurring in your body that lead to you needing to finally take a breath after having held your breath. Include the stimulus, sensor, afferent path, integrating center, efferent path, effector and response. Please and thankyou!

describes the events of the cardiac cycle align with the heart sounds and the components of an ecg.

When you inhale, does your chest expand because your lungs inflate, or does lungs inflate because your chest expands?

Explain what causes air to move in and out of the lungs.

Our body is pretty amazing at protecting itself.

Compare and contrast:

- the innate vs. adaptive immune systems

- the two types of adaptive responses

Your older sister is in training for a marathon (26 mile run), and she has been experiencing acute kidney dysfunction during some of her 15-20 mile training runs. She went to the doctor, and her laboratory tests showed elevated serum concentrations of K+, lowered serum concentrations of Na+, and a decrease in the GFR. Her doctor said she may be at risk of developing renal failure during her marathon race.

Explain why these symptoms and conditions may occur while running a marathon.

Provide the blood circulation pathway through the intestines and the kidneys and the gonads starting at the descending aorta.

Huntington's Disease is caused by an autosomal dominant allele.

Suppose a prospective father is diagnosed with this disease. His own mother also had it, but not his father.

The prospective mother has no family history of the disease.

a. What are the genotypes of these two prospective parents? (Tell how many copies of the dominant Huntington's allele the man and the woman each has.)

b. What is the probability that a child of theirs would inherit the disease? Explain.

1. Write one to two paragraphs about the most common joint injuries.

2. Write a one-page report about crystal-induced arthropathy