QUESTION 24

1. The left side of the heart receives oxygenated blood from the lungs and pumps blood into the aorta for distribution throughout the body in which of the following?

   	A.	Myocardium
   	B.	Pulmonary circulation
   	C.	Arterioles
   	D.	Systemic circulation

What separates health care information from other business/commercial information?

What are the unique conditions, relationships, and concerns of health care information and how does/should this impact the use and design of health care dataabses?

please provide a reference

Subject: healthcare information

1. Where is air almost completely humidified?

   	A.	In the nose
   	B.	In the lungs
   	C.	In the alveoli
   	D.	In the trachea

question 1

Proprioceptive neuromuscular facilitation involves

Question 72 options:

Name four organelles of the cell and give their basic structure and function. give reference

1. Drug effects at receptors are a combined results of the drugs affinity for the receptor and an inherent property of the drug known as its:
A) potency
B) cooperativity
C) intrinsic activity

2. The term xenobiotic refers to
A) drug metabolism by bacteria
B) metabolism by non-human organisms
C) a foreign molecule not normally found in the body. It may or may not be a drug.

11. The cannabinoid receptor is highly expressed in the CNS is

a. CB1

b. CB2

c. CB3

d. None of the above

3. Clathrin is assembled into

a. hexamers

b. triskelions

c. pentamers

d. None of the above

4. Prozac targets this membrane protein

a. Dopamine transporter

b. Estrogen receptor

c. Connexons

d. None of the above

What is elasticity? How is it different from viscosity? What is the anatomy of a bubble? Why do bubbles form? What’s hydrophilic substance, how is it different from hydrophobic?

Plz write in your own text and don't copy answers that was answered before since my teacher has (Plagiarism checker) thank you

1. Which cells of the pancreas are the endocrine cells? How were you able to differentiate these cells when viewing the slide? Do these cells make up the majority or the minority of the pancreatic tissue?

2. List the hormones released by the anterior pituitary gland. Identify which type of cell observed in this exercise releases each of the hormones.

3. What are Leydig cells, and how are they distinguished microscopically

4. What does the follicular epithelium of the thyroid do? How could you distinguish these cells from other cells of the thyroid?

5. List at least two ways in which you can distinguish between thyroid and parathyroid tissue.

Sample A is from a 35 year old male who visited his GP complaining of chest pain during exercise. An ECG taken at rest was normal but ischaemic changes developed on exercise. A family history revealed that his father died of a heart attack at the age of 45 years. The laboratory test results for his fasting blood sample were as follows:

Analyte                       Patient values                        Reference range for fasting

     blood sample

Sodium                                    139                              135-145 mmol/L

Potassium                                4.1                               3.0-5.0 mmol/L

Total protein                           69                                65-80 g/L

Albumin                                  35                                35-47 g/L

Calcium                                  9.3                               9.0-10.5 mg/dl

Lactate dehydrogenase           250                              90-190 IU/L

Creatine kinase                       129                              30-60 IU/L

Asparatate transaminase         70                                < 40 IU/L

Gamma glutamyl transferase 30                                < 50 IU/L

Total Bilirubin                        13                                0.4-15 μmol/L

Glucose                                   12                                3.5-5.5 mmol/L

Fructosamine                          351                              205-285 μmol/L

Cholesterol                             

            Total                            7.2                               <5.2mmol/L

            HDL                            1.4                               >1.5 mmol/L

            LDL                            ?                                  <3.5 mmol/L

Triglycerides                           2.95                             <1.7mmol/L

On the gradient gel electrophoresis, plasma sample for this patient showed the presence of small dense LDL particle.

1. Calculate and comment on the LDL cholesterol values. What does the presence of small dense LDL mean?
2. How many cardiovascular risk factors does this patient have?
3. Discuss the type of hyperlipidaemia this patient is likely to have.
4. What further tests and dietary/drug treatments would you recommend for this patient?

Sample A is from a 35 year old male who visited his GP complaining of chest pain during exercise. An ECG taken at rest was normal but ischaemic changes developed on exercise. A family history revealed that his father died of a heart attack at the age of 45 years. The laboratory test results for his fasting blood sample were as follows:

Analyte                       Patient values                        Reference range for fasting

     blood sample

Sodium                                    139                              135-145 mmol/L

Potassium                                4.1                               3.0-5.0 mmol/L

Total protein                           69                                65-80 g/L

Albumin                                  35                                35-47 g/L

Calcium                                  9.3                               9.0-10.5 mg/dl

Lactate dehydrogenase           250                              90-190 IU/L

Creatine kinase                       129                              30-60 IU/L

Asparatate transaminase         70                                < 40 IU/L

Gamma glutamyl transferase 30                                < 50 IU/L

Total Bilirubin                        13                                0.4-15 μmol/L

Glucose                                   12                                3.5-5.5 mmol/L

Fructosamine                          351                              205-285 μmol/L

Cholesterol                             

            Total                            7.2                               <5.2mmol/L

            HDL                            1.4                               >1.5 mmol/L

            LDL                            ?                                  <3.5 mmol/L

Triglycerides                           2.95                             <1.7mmol/L

On the gradient gel electrophoresis, plasma sample for this patient showed the presence of small dense LDL particle.

1. Calculate and comment on the LDL cholesterol values. What does the presence of small dense LDL mean?
2. How many cardiovascular risk factors does this patient have?
3. Discuss the type of hyperlipidaemia this patient is likely to have.
4. What further tests and dietary/drug treatments would you recommend for this patient?

Sample A is from a 35 year old male who visited his GP complaining of chest pain during exercise. An ECG taken at rest was normal but ischaemic changes developed on exercise. A family history revealed that his father died of a heart attack at the age of 45 years. The laboratory test results for his fasting blood sample were as follows:

Analyte                       Patient values                        Reference range for fasting

     blood sample

Sodium                                    139                              135-145 mmol/L

Potassium                                4.1                               3.0-5.0 mmol/L

Total protein                           69                                65-80 g/L

Albumin                                  35                                35-47 g/L

Calcium                                  9.3                               9.0-10.5 mg/dl

Lactate dehydrogenase           250                              90-190 IU/L

Creatine kinase                       129                              30-60 IU/L

Asparatate transaminase         70                                < 40 IU/L

Gamma glutamyl transferase 30                                < 50 IU/L

Total Bilirubin                        13                                0.4-15 μmol/L

Glucose                                   12                                3.5-5.5 mmol/L

Fructosamine                          351                              205-285 μmol/L

Cholesterol                             

            Total                            7.2                               <5.2mmol/L

            HDL                            1.4                               >1.5 mmol/L

            LDL                            ?                                  <3.5 mmol/L

Triglycerides                           2.95                             <1.7mmol/L

On the gradient gel electrophoresis, plasma sample for this patient showed the presence of small dense LDL particle.

Questions:

1. Calculate and comment on the LDL cholesterol values. What does the presence of small dense LDL mean?
2. How many cardiovascular risk factors does this patient have?
3. Discuss the type of hyperlipidaemia this patient is likely to have.

Under hypertension stimulus, describe the interaction between the nervous system and the urinary system to main blood pressure homeostasis?

The most complete and informative measurement of pulmonary function is

a Vital capacity.

b Tidal volume.

c Alveolar ventilation.

d Residual volume.

e Total pulmonary ventilation.