Infection

The initial post must include responses to all the questions in both case studies.

Ms. F, 48 years old, has been admitted to the hospital with severe abdominal pain. Earlier that day she had generalized abdominal pain, followed by a severe pain in the lower right quadrant of her abdomen, accompanied by nausea and vomiting. That evening she was feeling slightly improved and the pain seemed to subside somewhat. Later that night, severe, steady abdominal pain developed, with vomiting. A friend took her to the hospital, where examination demonstrated lower right quadrant tenderness and mild abdominal rigidity. Fever and leukocytosis indicated infection. A diagnosis of acute appendicitis, with possible perforation, was indicated, with immediate surgery.

Discussion Questions

  1. Why is the sequence of pain (location and type of pain) significant in the diagnosis of acute appendicitis? Describe the rational for each type of pain. Does this sequence confirm the diagnosis?
  2. Using the pathophysiology, describe the reason for:
    1. the pain subsiding and then recurring.
    2. leukocytosis and fever.
    3. abdominal rigidity.

Ms. T, age 28 years, has noticed urgency, frequency, and dysuria recently, as well as an unusual odor to the urine. Urinalysis indicated a heavy concentration of Escherichia coli in the urine, some pus, and WBCs. Ms. T was prescribed antibiotics, which she took for the first few days. This seemed to give her relief, but she then stopped taking the medication. Within a few days, the symptoms returned, but she decided to “just live with it.”

Discussion Questions

  1. Explain why women are predisposed to cystitis.
  2. What preventive measures are important in reducing recurrence?
  3. Discuss other signs and symptoms that may indicate cystitis.
  4. What potential problems may she experience if she does not adhere to the treatment prescribed?
Weekly Outcomes Weekly Objectives
  1. Articulate alterations in structure and function of the renal and digestive systems. (CO 1)
  2. Trace the impact that alterations in the renal and digestive systems have on the body. (CO 2)
  3. Summarize the impact of alterations in the renal and digestive systems on homeostasis. (CO 3)
  1. Understand normal renal and digestive system physiology.
  2. Describe common types of renal disorders: causes, clinical manifestations, diagnostic tests, and treatments.
  3. Compare and contrast common renal conditions: causes, clinical manifestations, diagnostic tests, and treatments.
  4. Apply understanding of alterations in the renal and digestive system across the lifespan to formulate care priorities.
  5. Discuss the renal system’s role in acid-base balance.
  6. Review the renal systems function in fluid and electrolyte homeostasis
  7. Examine responses to aging and its impact on pathophysiologic changes in the renal and digestive systems.
  8. Describe how heredity and genetics influence pathophysiological alterations in the renal and digestive systems.
Main Topics and Concepts Sub-Concepts with Exemplar
  1. Alterations in the renal and urologic system: elimination
    1. Alterations in physical structure
    2. Alterations in function
    3. Cancers of the renal and urinary tract systems
    4. Pathophysiologic renal and urologic response to aging
    5. Genetic influences on renal and urologic system pathology
  2. Alterations in the gastrointestinal system: elimination
    1. Alterations in physical structures
    2. Alterations in function
    3. Cancers of the gastrointestinal system
    4. Pathophysiologic gastrointestinal response to aging
    5. Genetic influences on gastrointestinal system pathology
  1. Acid-base imbalance: urinalysis, blood testing
    1. Acute versus chronic conditions
    2. Renal failure
  2. Constipation
  3. Cellular regulation: colon cancer
  4. Fluid imbalances: dialysis
  5. Metabolism: digestion and absorption, liver disease
  6. Elimination: diarrhea, constipation, irritable bowel syndrome, renal calculi
  7. Nutrition: nausea, vomiting, celiac disease
  8. Tissue Integrity: peptic ulcer disease, gastritis
  9. Infection: pyelonephritis, urinary tract infection, hepatitis C
  10. Genetics: polycystic kidney disease, colon polyps

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