Discuss the implications for paramedic practice.


You are tasked to a 53 yo male  with increasing shortness of breath

Assessment

Patient is pale cool, clammy, looking fatigued and unwell, Dizzy

RR  28, SpO2 95%, BP 180/110, HR 75, Cap refill >3 secs,

ECG

Eyes, Pale conjunctiva, pupils EARRL size 2 sluggish, peri-orbital oedema

Lungs – bibasilar crepitations,

Normal heart sounds

Abdo distended, extremities pitting oedema to the sacrum,

PMHx

Nil allergies

End stage renal disease on haemodialysis x 3/week, HT, Diabetes, Hyperlipidaemia, Coronary artery disease, asthma

Medications – lisonopril, glargine, novorapid (Sliding scale), aspirin, simvastatin, salbutamol, breo, hydrocortisone cream,

FHx – HT, diabetes, CAD

Social history – smoker, occasional EToH, no recreational drugs

What do you know about the patient? What is the key information? What do you still need to find out?

Outline 3 provisional diagnoses.

Discuss your final diagnosis and the pathophysiology behind the diagnosis.

Discuss the implications for paramedic practice.

Compare and contrasts the anatomy and physiology of blood vessels: arteries, veins and capillaries.

Circulation
Utilizing knowledge from your learning and assigned readings, respond to the following questions:
1. Compare and contrasts the anatomy and physiology of blood vessels: arteries, veins and capillaries. Why are these differences significant in the overall function of the circulatory system? Please be specific.
2. Provide several examples of factors that cause increases or decreases in peripheral resistance and discuss their effect on overall arterial blood pressure.

Lymphatic and Immune Systems
Utilizing knowledge from your learning and assigned readings, respond to the following questions:
1. Describe and define the differences between the lymphatic system and immunity.
2. How do the innate and adaptive immune systems differ in their responses to foreign substances? Provide examples of each system.

1. Briefly identify and discuss the anatomical and structural differences between arteries and veins.
2. Briefly identify and discuss differences between blood and lymphatic vessels.
3. View the anatomical models Figure 32.3,Figure 32.4,Figure 32.8,Figure 32.10,Figure 32.13,and Figure 35.1 (a)from your Laboratory Manual and identify the structures that are described by the following abbreviated statements. Post your brief responses in the threaded Discussion Area below.
a. Drains the stomach, pancreas, and spleen to the liver for detoxification
b. Two paired arteries serving the brain
c. Formed by the union of the radial and ulnar arteries
d. Drains head, neck, and upper extremities
e. What the external iliac artery becomes in the thigh
f. Join to form the inferior vena cava
g. Receives lymph from the circulation
h. Filtering clusters under the arm
i. Enlarged terminus of the thoracic duct
4. View the histology slides Figure 32.1 (a)and (b)in your Laboratory Manual and identify the microscopic structures indicated by a leader line, number, or bracket. In the threaded Discussion Area below, briefly describe the function of:
a. Figure 32.1 (a) artery and vein
b. Figure 32.1 (b) tunica media
c. Figure 32.1 (b) capillary network

Biology-Physiology

The five-step process is important for validating and testing the hypothesis. For this assignment, develop a PowerPoint presentation that includes ten slides for a typical health-related scenario using the five-step process. Ensure you include the following:

1. Use a real-world example (e.g., data from the Centers for Disease Control and Prevention [CDC]) for each step of the hypothesis testing process. See examples of research information below.
2. Define the null and research hypothesis.
3. Include a 150-200-word description in the notes section of each slide. Please be sure to include APA formatted references. (Notes section requirement not required for the title page or reference page.)
4. Conclude with why all five of these steps are important and why we include the hypothesis testing in biostatistics.
5. Incorporate a title slide and a reference slide with any references you used to create your presentation. These two slides do not count toward the ten slide requirements.

Anatomy Discussion

Case: 10-1: Is There a Duty to Warn?

Question 1: Discuss the ethics- related principles, precedents, and concepts relevant to this case.
Nothing is more challenging or more important than our work with the patient with mental health issues. This case looks at the patients that are threatening physical violence and our duty as nurses to the patient and to the public.

**Read Case Study Below and Answer Question 2 Below***

Angela’s Story: A Case Study on the Reproductive System

You are a columnist for a popular website that deals with women’s health issues. Visitors to the site can submit their stories and questions through an “Ask the Expert” link on the site. In this scenario, a 26-year-old woman has posted her story and some questions regarding reproductive health. My name is Angela. I am a 26-year-old married woman with no children. My husband, Doug, and I have been trying to get pregnant for over two years now and my doctor has suggested that I consider fertility drug treatments. The irony of our situation is that I have been taking a birth control pill for five years to prevent getting pregnant, and now my doctor suggests that I take another drug to help me get pregnant.

When I went off birth control, about a year ago, my menstrual cycle became very irregular. I had been taking a birth control drug called Ortho Tri-Cyclen. To be perfectly honest, I don’t understand how it works because my periods were more regular when I was on the pill than when I went off of it. My doctor told me that the pill works because it tricks your body into thinking that it is pregnant. That just confused me even more.

When I looked back on my decision to take birth control pills, I realized that I did not really understand how they work. I just do not want to make that mistake again. Before I consider taking any more drugs, I want to understand more about how they work. The drug we’re looking into is called Clomid. I asked my doctor a bunch of questions, but I still feel confused. I looked up some stuff online when I got home. Here is some information that I learned from a website about how Ortho Tri-Cyclen works:

Estrogen and progestin work in combination to suppress the hypothalamic-pituitary-gonadal (HPG) axis. This suppression leads to a decrease in the release of gonadotropin-releasing hormone (GnRH) from the hypothalamus and luteinizing hormone (LH) and follicle-stimulating hormone (FSH) from the anterior pituitary. Maturation of the dominant follicle is inhibited under the decreasing levels of FSH and LH. Hormonal contraceptive use also leads to an increase in the viscosity of the cervical mucus, which inhibits sperm penetration and movement through the cervical canal.
I am hoping that you would be able to help me understand how these drugs actually work.

Question 2. My doctor also explained that birth control pills “trick the body into thinking it is pregnant.” She explained that women do not normally ovulate when they are pregnant. Can you explain to me why a pregnant woman does not ovulate? How is this related to how the birth control pill works?

**Read Case Study Below and Answer Question 3 Below***

Question 3: Pick your own topic. Briefly give an example of something you find interest within anatomy/physiology course & relate it to a real-life example. It can be something you saw on TV or in a movie, read in a book or magazine, or it can be a personal experience (Please – do not make it too graphic). It can be from any topic we have covered so far in the course (including muscle). Here are 2 examples to help you:

Example #1: I was watching an episode of the TV show “Bones”. The episode was called “The woman & child in the bay” and was a play on the Laci Peterson case. In the opening scene, the body is found. As Bones is examining the body, she says that the pelvis structures indicate the victim was female (they also find her baby). In addition, Bones holds up the arms & says, “She has defensive wounds, her sphenoid is broken.” After studying the skeletal system, I know this is wrong. The sphenoid bone is a bone found in the skull, not the arm & wrist. I think Bones really meant the scaphoid bone, as that is a carpal found in the wrist.

Example #2: My dog’s bloodwork indicated that his calcium was high and his urine showed low specific gravity (too much water). These could be early warning signs of kidney failure or bone cancer. In bone cancer, osteoclasts break down the bone faster than it is rebuilt thus releasing calcium into the blood stream. This is also true of old age (osteoporeosis). My dog is 9 years old, so this could be just normal wear & tear associated with aging. I know from the skeletal chapter and endocrine chapter that the kidneys are stimulated by PTH to reabsorb calcium from the urine. If the kidneys are failing, this would not occur and calcium levels would remain high. These high levels may also indicate a problem with the endocrine glands that secrete the hormones that regulate calcium absorption.

***Read and Answer Question 4 below**

Question 4: We tend to regularly consume certain food products. Most processed food products contain food additives to enhance flavors, maintain color and texture, and preserve freshness. Select a processed food product that you regularly eat and create a list of its ingredients. (If you only consume foods prepared from basic ingredients, select a commonly used food product.) List the food additives in this product and describe the function of each. After learning about the food additives contained in this product, will you continue to purchase this product? Why or why not?