Part of Virchow's Triad are 1. Changes in the vessel 2. Changes in the pattern of blood flow 3. Changes in blood constituents. Please give a concrete example for each of the parts of Virchow's Triad. Be detailed please!

1. Discuss structure and function: why do the Kidney tubules contain cuboidal epithelial tissue?

2. Discuss structure and function: why do the Kidney tubules contain stratified squamous epithelial tissue?

3. Discuss structure and function: why do the lung alveoli contain simple squamous epithelium?

4. Discuss structure and function: why does the small intestine contain ciliated simple columnar epithelium?

1. What is monospermy? What is its purpose?

2. The secondary oocyte has how many chromosomes?

3. What is the corona radiata?

4. What is the zona pellucida?

5. What is a pronulecus?

1.Which of the following describes appropriate infant food introduction

a.Eliminating breast-feeding at the start of solid foods b. starting with protein foods such as eggs or chicken c. Introducing foods one at a time and monitoring for tolerance D. placing infant rice cereal in the bottle

2. A nutrient of concern for older adults which has a higher RDA been for persons under 50 years

a.iodine b.calcium c.thiamin d.vit c

3. A healthcare provider is providing education to client after being prescribed a Statin cholesterol lowering medication. What else should the health professional tell the client

a, Significantly decrease your total fat intake B. Read labels and avoid dietary cholesterol as much as possible C. White grapefruit and grapefruit juice or taking this medication d.Eat more green leafy vegetables

anterior superficial view

4.which of the following Parsons has the highest risk for diabetes hypertension and heart disease?
a.a man with BMI 24 and total body fat 27% b.a woman with BMI 42 and total body fat 12 c.a man with BMI 29 and was it circumference 37 inches d.a woman with BMI 27 and waist circumference 36 inches

5.deficiency of most be vitamins will initially cause
a.diarrhea b.Low energy c.loss of taste d.hair loss

6.breast-feeding provides all of the following benefits to the mother except

a. Higher energy expenditure and potential of weight loss B. Time and cost savings C. Earlier return of ovulation D. Contraction of the uterus back to normal

What is the function of iron on a molecular level? Is it an electron acceptor or donor? Does it assist in forming covalent bonds? Is it present in certain enzymes like a vitamin?

1. Explain how digested fats from the lumen of the intestine enter the circulatory system. Be certain to discuss the key substances produced by the body that allow fats and lipids to be absorbed.  Also, be sure to describe how the structure of the mucosa in the intestine facilitates absorption of nutrients (that is, what are the key anatomical features that allow absorption to occur)?

During the menstrual phase of the uterine (menstrual) cycle

A. A new ovarian follicular phase is beginning

B. The corpus luteum degenerates

C. Estrogen and progesterone levels reach their lowest concentration

D. All of these answers

E. Vasoconstriction of the uterine vessels occurs in response to release of a uterine prostaglandin

1. Explain the systems and interfaces for exchange that are involved in the delivery of components for cellular respiration.
2. Explain how breathing controls blood pH.
3. Describe all total lung capacity volumes.

1. Describe the location and action of the chemical processes of digestion.

2. Trace the route of air from the external nares to an avelous including areas of conduction and respiration.

3. Trace bile flow production and delivery to its site of action

Question-Mini-Case:

On a routine exam, an apparent 58-yr old Caucasian male states that he has been extremely fatigued following any type of activity, having a constant “pounding headache,” pain in his joints and along “his side” (points to the abdominopelvic region near his spleen). He has recently arrived to the area (elevation of 5,500 feet) for vacation, from the coast (elevation 10 feet). During his examination you obtain the following measures:

Blood Pressure: 146/100 mm Hg;

Pulse rate: 95 beats/min;

Respiration rate: 18 breath/min;

Heart Sounds: systolic murmur;

Lung sounds: Slight Rail;

ECG: No deviation;

CBC: Hct: 57%; Erythrocyte: 5.1x106 cells/μL; Leukocytes: 4,000 cells/μL; Hb: 15 g/dL; pO2: 85 mm Hg; saO2: 80%; pCO2: 28 mm Hg; [HCO3-]: 28 mM; pH: 7.25; EPO: 30 mU/mL.

You decide that a treatment of bicarbonate (pushed via saline) and supplemental oxygen (100%). After 60-minutes of treatment, his pO2 rises to 97 mmHg and saO2 to 95% with normalization of pCO2 and [HCO3-].

In a well-formulated response, and using correct medical/scientific terminology, generate a presentation of this case include in your response:

The possible etiology (reason/rationale) for the occurrence of the abnormal findings and any possible innate underlying issues that you must advise the male about. What other test is necessary?

Indicate the physiological responses that are the possible reason for the responses seen to treatment and what long-term treatment might be required for this issue.

Add feedback loop to the answer.

1. How is the shock phase important to periodization? Give one example of the shock phase.

2. What is a macrocycle. Give an example.

3. What is a mesocycle? Give an example.

4. What is a microcycle. Give an example.

5. How do macro, mesh and microcycle relate to sports seasons?

6. What are the four weight training mesocycles? Give a brief description of each.

7. What are the five weight training microcycles? Give a brief description of each.

8. What is active recovery? Give examples of how and when to implement active recovery into a periodization schedule.

What is the claim that faces are special? What evidence (fMRI, single unit recording, effects of brain damage) supports this claim?

1. to which protein does calcium bind in order to expose the active sites

2. list the four connective tissue structure associated with skeletal muscle