Patho I

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Patho Week 1 Discussion

Case Study:

Mr. Smith, a 60 year-old man with coronary heart disease, experienced frequent bouts of angina pectoris. One day while moving a piece of heavy furniture, he experienced excruciating pain over his left chest. He began sweating heavily, became short of breath, and then collapsed. He was transferred to the emergency room at a nearby hospital. Mr. Smith’s EKG was diagnostic of myocardial infarction. A coronary angiography was performed and an occlusion was found in a in the descending branch of the left coronary artery. Intravenous drugs were administered to dissolve the clot that was causing the obstruction. His cardiologist informed him that some of his heart muscle had died as a result of the myocardial infarction.

Discussion Questions:

1. Discuss the risk factors for a myocardial infarction.

2. As per your analysis, what type of cell injury did Mr. Smith sustain and why?

3. Differentiate between reversible and non-reversible cell injury.

4. Discuss the pathophysiological changes that occur during a myocardial infarction.

5. Correlate the subjective and objective findings of a myocardial infarction with the disease

 
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Patho Week 2 Discussion

Janet, a 20 year-old college student, is experiencing a five-week history of itchy eyes and nasal congestion with watery nasal discharge. She also complains of a “tickling” cough, especially at night, and she has had episodes of repetitive sneezing. Janet gets frequent “colds” every spring and fall.

Physical Examination

Vital Signs: Temp, 98.8; BP 110/68; Pulse 72; Respirations 18

Skin: Flaking erythematous rash on the flexor surfaces of both arms

Head, Eyes, Ears, Nose, and Throat: Tender over maxillary sinuses; sclera red and slightly swollen with frequent tearing; outer nares with red, irritated skin; internal nares with red, boggy, moist mucosa and one medium-sized polyp on each side; pharynx slightly erythematous, with clear postnasal drainage

Lungs: Clear to auscultation and percussion

Discussion Questions:
1. Provide three differential diagnoses based on Janet’s subjective and objective data and discuss your reasoning for each.

2. What additional history questions would be useful in your evaluation of Janet?

3. Discuss the pathophysiological process of your primary diagnosis.

4. Differentiate the types of hypersensitivity mechanisms.

5. As per your analysis, what type of hypersensitivity reaction is Janet experiencing?

 
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Patho Week 3 Discussion

1. Provide three differential diagnoses based on Janet’s subjective and objective data and discuss your reasoning for each.

Hay fever, food allergies and viral infection that presents as a cold with allergic symptoms would be the top three indications based off of the signs and symptoms being presented by Janet (Mayo Clinic, 2019b). Hay fever causes seasonal allergies along with a clear runny nose, post-nasal drip and irritated nares. Food allergies can cause eczema and allergic symptoms affecting the ear note and throat (Mayo Clinic, 2017). A viral infection such as the common cold can also exacerbate a runny nose, sneezing, post-nasal drainage and inflamed lymph nodes (Mayo Clinic, 2019a).

2. What additional history questions would be useful in your evaluation of Janet?

You can ask valid questions such like when did the symptoms begin? Have you been around anyone else who is sick? What makes the symptoms worse? Have you had a recent in change in environment or food? What makes the symptoms seem worse or better? Have you tried taking any medication and if so, what has worked/not worked? Does anyone in your family suffer from any allergies? Have you had seasonal/food allergies ever checked? 

3. Discuss the pathophysiological process of your primary diagnosis.

Janet is suffering from Hay fever during the changes in seasons during Spring and Fall which is when pollen counts are elevated. According to Mayo Clinic (2019) Hay fever, also called allergic rhinitis, causes cold-like signs and symptoms, such as a runny nose, itchy eyes, congestion, sneezing and sinus pressure. But unlike a cold, hay fever isn’t caused by a virus. Hay fever is caused by an allergic response to outdoor or indoor allergens, such as pollen, dust mites, or tiny flecks of skin and saliva shed by cats, dogs, and other animals with fur or feathers (pet dander).

4. Differentiate the types of hypersensitivity mechanisms.

Type I hypersensitivity is also known as immediate or anaphylactic hypersensitivity. The reaction may involve skin (urticaria and eczema), eyes (conjunctivitis), nasopharynx (rhinorrhoea, rhinitis), bronchopulmonary tissues (asthma) and gastrointestinal tract (gastroenteritis). The reaction may cause a range of symptoms from minor inconvenience to death. The reaction usually takes 15 – 30 minutes from the time of exposure to the antigen, although sometimes it may have a delayed onset of 10-12 hours (Ghaffar, 2016).

Type II hypersensitivities are also known as cytotoxic hypersensitivities and may affect a variety of organs and tissues. The antigens are normally endogenous, although exogenous chemicals (haptens) which can attach to cell membranes and lead to type II hypersensitivity. Drug-induced hemolyticanemia, granulocytopenia and thrombocytopenia are examples. The reaction time is minutes to hours. Type II hypersensitivity are primarily mediated by antibodies of the IgM or IgG classes and complement. Phagocytes and K cells may also play a role (Ghaffar, 2016).

Type III hypersensitivity is also known as immune complex hypersensitivity. The reaction may be general such as serum sickness or may involve individual organs including skin like systemic lupus erythematosus, an Arthur reaction, kidneys, lupus-nephritis, lungs-aspergillosis, blood vessels-polyarteritis, joints-rheumatoid arthritis, or other organs. This reaction may be the pathogenic mechanism of diseases caused by many microorganisms.

Type IV hypersensitivity is involved in the pathogenesis of many autoimmune and infectious diseases (tuberculosis, leprosy, blastomycosis, histoplasmosis, toxoplasmosis, leishmaniasis, etc.) and granulomas due to infections and foreign antigens. Another form of delayed hypersensitivity is contact dermatitis such as with poison ivy, and heavy metals (Ghaffar, 2016).

5. As per your analysis, what type of hypersensitivity reaction is Janet experiencing?

Allergic disorders (type I hypersensitivity) associated with asthma, hay fever, and drug reactions, as well as parasitic infections (particularly with metazoan parasites) are often cited as causes. Allergic reactions can present as the patient having and increased number in eosinophilia is an absolute increase (more than 450/μL) in the total numbers of circulating eosinophils (McCance&Huether, 2014).

References

Ghaffar, A. (2016, April 2). Hypersensitivity reactions. Retrieved from http://www.microbiologybook.org/ghaffar/hyper00.htm

Mayo Clinic. (2019, April 20). Common cold Symptoms and causes. Retrieved from https://www.mayoclinic.org/diseases-conditions/common-cold/symptoms-causes/syc-20351605

Mayo Clinic. (2017, May 2). Food allergy Symptoms and causes.Retrieved from https://www.mayoclinic.org/diseases-conditions/food-allergy/symptoms-causes/syc-20355095

Mayo Clinic. (2019, March 19). Hay fever symptoms and causes.Retrieved from https://www.mayoclinic.org/diseases-conditions/hay-fever/symptoms-causes/syc-20373039

McCance, K., Huether, S. (2014). Pathophysiology: The Biologic Basis for Disease in Adults and Children, (7th Ed). Mosby, St. Louis, Missouri. [Vital Book File]. HASDOIHFOCINDLKCNBION

 
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Pathophysiological Concepts To A Child Presenting With Dermatological Dysfunction Urticaria

  

A 12-year-old boy is brought to the office for evaluation of hives. He has no significant past medical history and no history of allergies. He has just joined the middle school soccer team and noticed that he gets hives about 10 minutes into practice. The hives are itchy and consist of irregular blotches on his legs and trunk, about 10–20 cm in size, and they persist for about 30 minutes. He does not experience swelling of the lips or oropharynx and denies any wheezing or shortness of breath. His physical examination is normal without skin lesions or oral swelling at that moment, and his lungs are clear. After evaluation, he is diagnosed with urticaria. 

  1. Discuss   A 12-year-old boy is brought to the office for evaluation of hives. He has no significant past medical history and no history of allergies. He has just joined the middle school soccer team and noticed that he gets hives about 10 minutes into practice. The hives are itchy and consist of irregular blotches on his legs and trunk, about 10–20 cm in size, and they persist for about 30 minutes. He does not experience swelling of the lips or oropharynx and denies any wheezing or shortness of breath. His physical examination is normal without skin lesions or oral swelling at that moment, and his lungs are clear. After evaluation, he is diagnosed with urticaria. 
  2. Discuss the likely cause of the patient’s urticaria
  3. Describe the cellular mechanism of urticaria and how it leads to the signs and symptoms experienced by the patient. 
  4. Describe the relationship between the patient’s symptoms and the concept of inflammation.  
  5. What pharmacological and non-pharmacologic treatment options are available?   
  6. Discuss the complications of urticaria. 
  7. What teaching would be appropriate to provide the parent and child about urticaria?  
  8. Support your response with at least one current evidence based resource the likely cause of the patient’s urticaria.  
  9. Describe the cellular mechanism of urticaria and how it leads to the signs and symptoms experienced by the patient.  
  10. Describe the relationship between the patient’s symptoms and the concept of inflammation.  
  11. What pharmacological and  non-pharmacologic treatment options are available?   
  12. Discuss the complications of  urticaria.  
  13. What teaching would be appropriate to  provide the parent and child about urticaria?  
  14. Support  your response with at least one current evidence  based resource  and non-pharmacologic
 
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Pathophysiological Concepts To An Individual Presenting With Cardiovascular Dysfunction Heart Failure

 Pathophysiological concepts to an individual presenting with cardiovascular dysfunction – heart failure

Discussion post this. Not too long but needs to include all the contents asked in the rubric. make sure the role of a nurse its related to the nurse practitioner, advance nursing knowledge. Read the entire rubric and make your bit. Need by November 12th, 2019. The scholar reference must be within 5 years and reference page please must include doi info. 

 
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Pathophysiology 18648945

  

Fred, a fit and healthy 44-year-old, was working outside one warm summer afternoon. When he returned home by the end of the day, his lower back felt sore and he felt nauseated. His wife made him dinner, but he was not hungry and chose to go to bed instead. Fred’s symptoms progressed, and soon he was rolling on the bed with excruciating pain. He said his back hurt as well as his stomach and groin area. The pain would ease off only to return a short while later, and when it did, Fred would begin to sweat and run to the bathroom to vomit. His wife became concerned and she helped him into the car and rushed him to the hospital.

Please answer the following questions and submit your assignment via Blackboard by the due date.

1. At the hospital, an abdominal radiograph showed the presence of renal calculi in Fred’s right ureter (urolithiasis).  What is the pathophysiological mechanism of stone formation in the kidney? 

2. In the hospital, Fred’s urine is being strained for the presence of stones that he may have passed. What is the importance of this action?

3. What are the 4 primary types of renal calculi and what are the risk factors for each of these types of renal calculi? 

4. Hydronephrosis can be a complication of renal calculi. Why is hydronephrosis such a serious complication? 

5. View the following youtube video entitled “How do kidney stones form?”   https://www.youtube.com/watch?v=kd1OgaoHkNk&ebc=ANyPxKpOSV5R2ZhGO16_RyRrOJqxvxX0LqasixjcubWhDn5frqXcvCZuFFZQG3nvVpZSTFL0HxuUpkycrKY94szkE_ucwYOCQg 

Identify two key points that you learned about renal calculi in the video? 

 This is the grading  criteria :
Grading:Subject Knowledge and Accuracy (6 points)

  • Normal physiological principles, processes, and mechanisms are explained at the molecular, cellular, and organ levels.
  • Physiological processes and mechanisms relating to the pathology are clearly explained.
  • Answers focus on substantive ideas that are supported by relevant facts and examples.
  • Explanations are clear and incorporate appropriate vocabulary.
  • Thoughtful and convincing responses clearly demonstrate depth of subject knowledge.
  • Information is derived from good quality, credible sources.
  • All questions are answered completely.
  • All content is current and accurate.

Bibliography / Citations / Writing (3 points)

  • Two (2) or more sources used for the assignment (your textbook can be one of the sources).
  • All material that is not considered “common knowledge” is cited. 
  • All quotations and/or paraphrasing are cited according to APA format. 
  • The full reference for each citation is found in the bibliography.
  • References are listed alphabetically at end of assignment in the bibliography.
  • Bibliography and citations follow APA format.
  • Writing is free of grammatical errors.
  • Sentences are complete, clear, and concise.
  • Spelling is correct.

This book should be used as reference also:
Porth’s Pathophysiology: Concepts of Altered Health States (9th edition) ISBN-13: 978-1451146004ISBN-10: 1451146000 

 
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Pathophysiology 18678833

 

Identify and explain in writing at least two congenital malformations among children and adults not caused by single genes or chromosome defects and at least two diseases that are caused by single genes or by abnormalities of single chromosomes.

 
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Pathophysiology 18680837

This is the case study:

  

Laura Gray is an active woman, 82 years of age, who lost consciousness and collapsed at home. Her daughter found her mother on the floor, awake, confused, and slightly short of breath. The daughter called EMS. EMS evaluated Mrs. Gray and determined that she may have had a stroke. They notified the nearest designated comprehensive stroke center that they would be arriving with the patient within 15 minutes. The daughter reports that her mother had had an episode of sudden-onset numbness and tingling in the right limb, with slight confusion and slurred speech, 3 days previously. The episode lasted only 5 minutes and then the symptoms went away.  Additional information provided by the daughter indicates that Mrs. Gray has been treated for hypertension for 10 years but notes that she is often not compliant with her antihypertensive medicine. The patient smoked for the past 40 years, drinks occasionally, and is of normal weight. 

Please answer the following questions and submit your assignment via Blackboard by the due date.

1. What risk factors does Mrs. Gray have for a stroke? 

2. Describe how a Transient Ischemic Attack is different than an Ischemic Stroke? 

3. In the hospital, Mrs. Gray is immediately scheduled for a CT scan of her brain. What is the importance of this action?

4. Based on her history and her recent stroke, what type of dementia is Mrs. Gray at risk of developing? 

5. According to the National Stroke Association, Atrial Fibrillation raises a person’s risk for stroke by 500%. Go to the National Stroke Association web site and identify the connection between Atrial Fibrillation and stroke. http://www.stroke.org/understand-stroke/preventing-stroke/afib-stroke-connection 

6. View the following youtube video “Stroke” by Necleus Medical Media (Sample Version) https://www.youtube.com/watch?v=pcmrgwNCPwM and identify the primary differences between ischemic and hemorrhagic stroke. 

This is the assignment guidelines: 

  • Normal physiological principles, processes, and mechanisms are explained at the molecular, cellular, and organ levels.
  • Physiological processes and mechanisms relating to the pathology are clearly explained.
  • Answers focus on substantive ideas that are supported by relevant facts and examples.
  • Explanations are clear and incorporate appropriate vocabulary.
  • Thoughtful and convincing responses clearly demonstrate depth of subject knowledge.
  • Information is derived from good quality, credible sources.
  • All questions are answered completely.
  • All content is current and accurate.

Bibliography / Citations / Writing (3 points)

  • Two (2) or more sources used for the assignment (your textbook can be one of the sources).
  • All material that is not considered “common knowledge” is cited. 
  • All quotations and/or paraphrasing are cited according to APA format. 
  • The full reference for each citation is found in the bibliography.
  • References are listed alphabetically at end of assignment in the bibliography.
  • Bibliography and citations follow APA format.
  • Writing is free of grammatical errors.
  • Sentences are complete, clear, and concise.
  • Spelling is correct. 

This is the book that should be at least one of the references: 

 

Book Name : Porth’s Pathophysiology

Edition : 9th Edition | | ISBN : 1451146000

Author Name : Sheila Grossman; Carol Mattson Porth;

 
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Pathophysiology 18847515

D. D. is a 66 year-old female suffering from shortness of breath. She smoked 2 packs a day until she quit 2 years ago. She has a history of bronchiolitis, hyperinflated lungs, pulmonary edema, and syncope. Her primary care practitioner suspects she also has pulmonary hypertension (PH). After examination, D. D. has a PAP of 35 mm Hg and mild CHF.

For this week’s discussion, answer ALL questions below:

1.  What is the prevalence of COPD in the United States?  Use the most recent data available and provide a citation for your data.(2 pts)

2.  Do COPD sufferers die of respiratory causes or other causes? Why? (2 pts)

2.  What are the three different medication classes/types of bronchodilators, and how do they EACH function to alleviate the symptoms of COPD? (4 pts)

3.  Is lung transplantation a solution for emphysema patients like D.D.? Why or why not? (2 pts)

Please need done within the next hour, its not paragraph require just questions answered.

 
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