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.

Case 2

Steve is a member of the West Coast Eagles football team. During practice, he suffered a high impact collided with a team-mate and injured the anterior compartment of his thigh. As a result of the collision, his quadriceps femoris muscle were compressed against the femur, resulting in quadriceps contusion or ‘cork thigh’.

1. Describe the gross anatomy of the [muscles, their attachments and actions and nerve supply] of the quadriceps [anterior] compartment of the thigh.

2. Explain what happens to the muscle compartment following such injuries. [3 marks]

3. Explain the signs and symptoms of such an injury.

4. If severe or left untreated left untreated, this type of injury can result in compartment syndrome. Explain what is meant by compartment syndrome and outline the consequences of this condition.

5. In severe injuries of this type, a condition known as myositis ossificans can occur. Explain the processes involved in the development of this condition, and the resulting consequences if left untreated.

6. using the APA 7 style of referencing. Start your list of end-text references on a new page. The list of references should be left aligned. Use a hanging indent for each reference and follow APA style format for all reference

A 56 year old woman visited her family doctor for evaluation of a headache that had persisted for nearly a month. Upon questioning the patient, the doctor learned that her left arm, as she put it, "was a bit unwieldy, hard to control and weak." Through examination, the doctor determined that the entire left upper extremity was generally weak. He also found weakness, although less significant, of the left lower extremity. Sensation in the limbs seemed to be normal, although mild rigidity and hyperactive reflexes were present. Expressing concern, the doctor told the patient that she needed a CT scan of her head and explained that there could be a problem within the brain, possibly a tumor or other lesion. The doctor then picked up the phone and contacted a radiologist. After explaining the patient's case, the doctor remarked parenthetically that he believed he knew where the problem was located.

1) Why did the doctor suggest to the patient that there might be a problem within her brain when the symptoms were weakness of the extremities, and then just on one side of her body?

2) How would he know the location of the suspected brain tumor?

3) In which side of the brain and in which lobe would it be?

4) Explain the muscle weakness in terms of neuronal pathways from the brain to the periphery.

1. Explain 2 ways that autoregulation within the kidneys could deal with a drop in GFR.

2. If the kidney receives lower than normal levels of oxygen via the renal artery,
explain why higher levels of EPO would be released into the blood.

Can someone explain REM rebound to me? For example, is it true that after 5 hours or so, we enter our longest REM period? Can you also include a somnogram sketch to illustrate? Thanks!

1 page Using an internet search of SCHOLARLY websites and articles, please summarize a digestive disorder. What is one area that a client with this disorder needs to be educated on to maintain good nutrition? Create a patient handout or brochure to assist this client in good nutritional facts that will assist them in maintaining good health.

A young woman presents at the clinic six weeks after a gastric bypass surgery. She had more than 100 lbs. to lose and so far, has lost 40 lbs. She expected to gain some strength and begin exercising, but she is very weak. She states that at times she is too weak to even comb her hair. She eats small meals several times a day, but has watery diarrhea and is nauseated much of the time. She is losing her hair and is very discouraged. Explain how gastric bypass affects your ability to absorb and use nutrients. Include in your answer specific facts, data, examples,

1. Which of these is an organic compound?
CO2,
KCL,
H2O,
DNA

2.A young mother is in the hospital delivery room. She is progressing slowly through her labor. Her doctor suggests that she get an IV drip with pitocin (oxytocin) in it to accelerate her labor contractions. As the pitocin is added, the uterus contracts harder and harder. This is example of: positive or negative feedback?

I have a urinary analysis that I am working on
patient info: 12 yrs old, losing weight, always hungry, getting up twice to use the bathroom
Physical exam:
respirations: 15/min
BP: 125/80mmHg
Pulse: 75/min
temp:37C
BLood values:
pH:735
WBC: 8200/mm
blood glucose: 260 mg/dL
albumin: 4.0g/L
Urinalysis
pH: 5.0
glucose: 1,00mg/dL
ketone: large
specifc gravity: 1.006
leukocytes, nitrite, protein: negative
color: light yellow, clear

Question: why is this patient always hungry if she is eating well? explain anatomy and physiology