Clinical Case Scenario: Transplant Assignment

Case

Sarah is a 52-year-old mother with two children and has been married for 30 years. She works full time and lives in a metropolitan area and has regularly attended haemodialysis in a satellite haemodialysis unit, for the past 2 years.Her medical background includes Hypertension, Depression and End stage renal disease, due to IgA Nephropathy.

Sarah received a cadaveric transplant 10 days ago. HLA Molecular tissue typing showed
a match of 8 out of 14 antigens. The kidney cane from a 65-year-old donor with a cold
ischaemic time of 28 hours.Initially, she had delayed graft function (DGF), but on day 12, she started to produceurine. Her urine output was 1.2L/ day and she is attending clinic for evaluation today.Current immunosuppression medication regime: Tacrolimus 6mg, Prednisolone 10mg,Mycophenolate Mofetil 1.5g.

1. Briefly explain the likely cause and long-term risks of DGF for Sarah with the associated pathophysiology related to this (250 words). 
2. Detail the blood or urine tests you would like to take at clinic today with the
   reasons why? (200 words).
3. What risks are there and therefore, what other ongoing monitoring does she
   require related to her renal function, post op recovery, immunosuppression and
   fluid status for the next 3 days (days 12-15 post op)? (350 words).

Assessment Requirements Brief Summary

The case study requires analysis and application of clinical knowledge regarding Sarah, a 52-year-old renal transplant recipient with a history of end-stage renal disease and delayed graft function (DGF). The assessment is divided into three key tasks:

1. Explanation of DGF (250 words)

   • Likely causes in Sarah’s case
   • Associated long-term risks

   • Underlying pathophysiology

2. Clinic Investigations (200 words)

   • Identify essential blood and urine tests

   • Provide clinical rationale for each test

3. Ongoing Monitoring (Days 12–15 post-op) (350 words)

   • Outline risks to renal function, post-op recovery, immunosuppression, and fluid balance
   • Describe appropriate monitoring strategies for early detection and management

The essay must demonstrate clinical reasoning, apply pathophysiological concepts, and justify monitoring with evidence-based practice.

Step-by-Step Academic Mentor’s Guidance

Step 1: Understanding the Case

The mentor began by helping the student carefully analyze Sarah’s medical history and post-transplant context. Focus was placed on:

• Her background (hypertension, depression, ESRD from IgA nephropathy).
• Donor factors (65-year-old donor, long cold ischaemic time).
• Clinical signs (delayed graft function, improving urine output).

This contextual analysis ensured the student linked DGF to clinical realities.

Step 2: Addressing Task 1 – DGF Explanation

The mentor guided the student to:

• Identify the cause: ischemia-reperfusion injury due to prolonged cold ischaemic time.
• Discuss pathophysiology: tubular necrosis, inflammation, impaired graft perfusion.
• Explain risks: higher chance of chronic allograft nephropathy, rejection, reduced long-term graft survival.

This section was written in concise, evidence-based language to meet the 250-word target.

Step 3: Addressing Task 2 – Tests at Clinic

The mentor helped the student list investigations logically:

• Blood tests: serum creatinine, urea, electrolytes, tacrolimus level, full blood count, liver function, CRP.
• Urine tests: urinalysis, proteinuria, urine output measurement, culture if needed.
• Rationale: Assess graft function, detect rejection/infection, monitor drug toxicity, and track inflammation.

This ensured both test selection and justification were clinically sound.

Step 4: Addressing Task 3 – Ongoing Monitoring (Days 12–15)

The mentor structured the section into four domains:

1. Renal function – daily serum creatinine, urine output, fluid balance, early rejection signs.
2. Post-op recovery – wound healing, infection surveillance, vital signs monitoring.
3. Immunosuppression – tacrolimus trough levels, drug side effects (nephrotoxicity, cytopenias).
4. Fluid status – daily weight, input/output chart, blood pressure monitoring.

The student was guided to link each monitoring parameter with its clinical purpose, demonstrating comprehensive patient care.

Step 5: Final Integration and Outcome

• The mentor helped the student check word counts, maintain academic tone, and integrate pathophysiology with clinical care.
• Proper referencing and evidence-based practice were reinforced.
• The student successfully achieved the learning objectives:
  • Understanding DGF pathophysiology and risks
  • Selecting and justifying investigations
  • Designing a short-term monitoring plan aligned with best practice.

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