examples of minerals that may interact with vitamins to prevent the vitamins to be assimilated by our body

Mechanism of action-

Describe the location, storage and release of histamine-

List the types of histamine receptors and the second messengers triggered by the activation of those receptors-

Explain the molecular mechanism of action of H1-receptor antagonists-

Explain the molecular mechanism of action of H2-receptor antagonists

Actions on organ systems-

Describe the pharmacological effects of H1-receptor antagonists.-

Describe the pharmacological effects of H2-receptor antagonists.

Pharmacokinetics-

Describe the metabolism and elimination of H1-receptor antagonists.-

Describe the metabolism and elimination of H2-receptor antagonists

Adverse effects, drug interactions and contraindications-

Describe the main adverse effects of H1 an H2 receptor antagonists.-

Describe the main contraindications of H1 an H2 receptor antagonists.

Mr. Stevens had abdominal surgery during which he suffered a large drop in blood pressure. As a result the filtration rate of his kidney also decreased. choose THREE events that will occur in response to low blood pressure and decreased glomerular filtration in the kidneys.

- vasodilation

-glucocorticoid release by the adrenal cortex

-angiotensin II formation in the lung

-release of ADH

-release of renin by the kidney

-increased renal tubular sodium secretion

The uptake of nutrients by the cells of the small intestine for transport into either bloodstream or lymphatic system is called _________________________.

Select one:

a. Digestion

b. Peristalsis

c. Fermentation

d. Absorption

The secretions grind bolus to a semi-liquid mass of partially digested food: chyme in this organ ____________________.

Select one:

a. Small Intestine

b. Large Intestine

c. Stomach

d. Esophagus

Foods that would provide a lot of polysaccharides (complex carbs and starch) are

Select one:

a. Legumes

b. Broccoli

c. Apples

d. Chick peas

e. All of the above

Julia ate a meal with 25 grams of fat and 750 calories. How many of these calories came from fat?

Select one:

a. 200 kcals

b. 225 kcals

c. 175 kcals

d. 50 kcals

Which food will raise your blood sugar the most quickly?

Select one:

a. Diet Soda

b. Fruit

c. Pork

d. Bagel

4. Identify and explain two physical adaptations to A) resistance training and B) endurance training (four total).

what features are located medial to the cranium and the mandible? Identify the category. How many individual items are included in this in this category

Describe the process by which a dose of microorganisms entering the body through a cut in the skin progresses through innate immune activation and recognition by the adaptive immune system, up to the point of T and B cell activation. Please discuss where this process occurs, and how the structure of the tissue it occurs in is relevant to the process. Address the problem of maximizing the chance that antigen will come into contact with the relevant antigen binding T or B cell.

Which one of the following is located in the Hypothalamus?

A. Oculomotor Reflex Center

B. Respiratory Reflex Center

C. Waking Center

D. Vestibular Reflex Center

E. Primary Motor Area

F. Parturition/Milk Let-Down Reflex Center

how does the critic acid relate to the study of pathophysiology?

Billy was slipped a poison. This particular poison slows down the Na-K solute pump of neurons. If the solute pump slows down, what will happen to the neurons? Will the neurons become more excitable or less excitable or would it have no effect on depolarization potential?

1. pH 7.44 PaCO2 80 mm Hg HCO3- 30 mEq/L

   	a	metabolic acidosis with partial respiratory compensation
   	b	metabolic alkalosis with partial respiratory compensation
   	c	respiratory alkalosis with full renal compensation
   	d	metabolic alkalosis with full respiratory compensation

2. pH 7.25 PaCO2 40 mm Hg HCO3- 20 mEq/L

   	a	metabolic acidosis with no respiratory compensation
   	b	respiratory acidosis with no renal compensation
   	c	metabolic acidosis with partial respiratory compensation
   	d	respiratory acidosis with partial renal compensation

3. pH 7.31 PaCO2 55 mm Hg HCO3 28 mEq/L

   	a	respiratory acidosis with no renal compensation
   	b	respiratory acidosis with partial renal compensation
   	c	respiratory acidosis with full renal compensation
   	d	respiratory acidosis with no metabolic compensation

4. pH 7.50 PaCO2 35 mm Hg HCO3- 48 mEq/L

   	a	metabolic acidosis with partial respiratory compensation
   	b	metabolic alkalosis with partial respiratory compensation
   	c	metabolic alkalosis with no respiratory compensation
   	d	metabolic alkalosis with no renal compensation

5. pH 7.20 PaCO2 69 mm Hg HCO3 37 mEq/L

   	a	respiratory acidosis with partial renal compensation
   	b	metabolic acidosis with partial respiratory compensation
   	c	metabolic acidosis with no respiratory compensation
   	d	metabolic alkalosis with no renal compensation