Start with your syllabus, not a textbook
Nephrology revision becomes difficult when every topic feels equally urgent. A workable plan begins by identifying what your course or examination expects, then using cases and recall practice to find what needs attention. There is no single international nephrology exam syllabus or format, so check your own institution or examining body’s official materials before setting priorities.
This six-week plan suits a student with some prior exposure to renal medicine who can study for around five to six hours each week. If you have less time, keep the order of activities and reduce the number of sessions; if you have more, add practice questions and case review rather than collecting more notes.
Use four sessions each week:
- Session 1 — 60 minutes: revise one topic from your own notes and add a concise summary to your revision board.
- Session 2 — 60 minutes: retrieve key facts using flashcards, then check errors against your notes.
- Session 3 — 75 minutes: work through clinical cases or questions, explaining your reasoning before checking answers.
- Session 4 — 90 minutes: combine topics in a timed practice session, mark it, and schedule review of missed points.
Add a 20-minute weekly check-in to choose the next week’s priorities. If you are sitting a particular exam, follow its published blueprint and question style rather than assuming this plan matches its format.
Week 1: Build the map and refresh fundamentals
Session 1 (60 minutes): gather your lecture notes, course slides, and any permitted reference material. Sort them into broad sections: kidney function and investigations; acute kidney injury (AKI); chronic kidney disease (CKD); glomerular disease; fluid, electrolyte and acid–base disorders; and kidney replacement therapy. Record gaps where you have no reliable notes. Keep local guidance separate from general principles.
Session 2 (60 minutes): revise renal physiology and interpretation of tests. Practise explaining what serum creatinine, estimated glomerular filtration rate (eGFR), urinalysis, urine protein measurement and renal imaging can—and cannot—tell you. Make cards only from facts you need to retrieve, not whole paragraphs.
Session 3 (75 minutes): use short cases to practise a consistent first pass: identify the problem, assess urgency, interpret the available data, and state what you would do next. Include a case with reduced urine output and one with an abnormal urinalysis.
Session 4 (90 minutes): complete a mixed baseline set from your course materials. Mark it, and sort errors into knowledge gaps, misread data, and incomplete explanations. Do not treat a low baseline score as a verdict; use it to choose the next topics.
The due queue gives you a quick view of recall work waiting across your nephrology boards. MySummaries might show a queue like this:
Week 2: AKI, CKD and the patient with abnormal kidney tests
Session 1 (60 minutes): revise AKI recognition and classification. Know the KDIGO diagnostic thresholds: a serum creatinine increase of at least 0.3 mg/dL (26.5 μmol/L) within 48 hours, an increase to at least 1.5 times baseline within the previous seven days, or urine output below 0.5 mL/kg/hour for at least six hours. Practise identifying the baseline, time course and urine-output data in cases.
Session 2 (60 minutes): compare pre-renal, intrinsic renal and post-renal causes, while avoiding the assumption that a single finding proves the cause. Review medication and volume assessment, urinalysis, and when obstruction should be investigated. Learn the local investigation and escalation pathways from your course or clinical setting.
Session 3 (75 minutes): revise CKD definition, staging and complications. CKD requires an abnormality of kidney structure or function, with implications for health, present for at least three months. This includes eGFR below 60 mL/min/1.73 m² or another marker of kidney damage. Practise pairing eGFR category with albuminuria category where your curriculum requires it; check which classification and guidance your course uses.
Session 4 (90 minutes): answer cases involving a changing creatinine, haematuria or proteinuria. For each, state what information is missing and which findings would change urgency. Use your board to keep diagnostic thresholds and local management recommendations distinct.
A useful board is a small, organised version of your own notes, not a second textbook. MySummaries could organise the first two weeks’ material like this:
- Creatinine rise ≥0.3 mg/dL (26.5 μmol/L) within 48 hours
- Baseline comparison ≥1.5 times baseline within 7 days
- Urine output <0.5 mL/kg/hour for at least 6 hours
Use the eGFR and albuminuria categories required by your course or local guideline; do not infer risk from eGFR alone.
- Establish time course and previous creatinine
- Assess volume status, medicines and urine output
- Check urinalysis; investigate obstruction when indicated
- Anaemia and mineral and bone disorder
- Blood pressure and cardiovascular risk
- Medication dosing and progression risk
Kidney structure or function abnormality with health implications, present for at least 3 months; includes eGFR <60 mL/min/1.73 m² or another marker of kidney damage.
Week 3: Fluid, electrolytes and acid–base
Session 1 (60 minutes): revise sodium and water balance. For hyponatraemia, structure your approach around symptoms and severity, serum osmolality, volume assessment and the likely mechanism. For hypernatraemia, consider water deficit and ongoing losses. Avoid memorising a correction rate without the context and guidance used in your course; management depends on the clinical situation.
Session 2 (60 minutes): cover potassium, calcium, phosphate and magnesium. For potassium disorders, connect the laboratory result to ECG changes, likely causes, renal function and immediate risk. Learn the emergency treatment sequence from your local protocol, including when repeat testing or urgent escalation is needed.
Session 3 (75 minutes): practise acid–base interpretation in a fixed order: pH, primary respiratory or metabolic process, expected compensation, and whether a mixed disorder is present. Work through examples using the equations taught in your course and state the units.
Session 4 (90 minutes): do mixed electrolyte and blood-gas cases under a time limit. For every error, write one sentence explaining the step you missed. Turn repeated errors into cards or a short section on your board.
Week 4: Glomerular disease and systemic causes
Session 1 (60 minutes): distinguish nephritic and nephrotic presentations, then revise the evidence that supports each: urine findings, protein loss, kidney function, blood pressure and systemic features. Be precise about what a finding suggests rather than calling it diagnostic on its own.
Session 2 (60 minutes): organise glomerular disease by presentation and likely cause. Review the conditions in your syllabus—for example, IgA nephropathy, lupus nephritis, ANCA-associated vasculitis and anti-GBM disease—and connect clinical features with serology and biopsy findings where relevant.
Session 3 (75 minutes): work through cases that require you to identify a potentially rapidly progressive presentation and explain why prompt specialist assessment matters. Revise investigation and treatment details against current local guidance; these may differ between jurisdictions and depend on the diagnosis and patient.
Session 4 (90 minutes): revisit your mixed-question errors from weeks 1–3, then complete a case set on haematuria, proteinuria and declining kidney function. Practise giving a concise differential and naming the finding that would most change your next step.
Week 5: Dialysis, transplantation and integrated cases
Session 1 (60 minutes): revise indications for kidney replacement therapy and the distinction between an urgent clinical indication and a planned decision. Learn the principles behind haemodialysis and peritoneal dialysis, including access, complications and suitability, using your course materials.
Session 2 (60 minutes): cover transplantation: assessment, immunosuppression principles, common complications and the need to consider infection and rejection in a recipient with graft dysfunction. Use your local or course-specific sources for drug regimens and monitoring targets rather than relying on an international generalisation.
Session 3 (75 minutes): tackle integrated cases: AKI in CKD, pulmonary oedema with impaired kidney function, or abnormal potassium in a patient taking relevant medicines. Practise prioritising immediate threats before giving a longer-term plan.
Session 4 (90 minutes): complete a timed mixed set. Mark each response against the question asked: diagnosis, interpretation, next investigation, management, or explanation. A clinically sensible answer can still lose marks if it does not address the requested task.
Week 6: Find the weak sections and rehearse
Session 1 (60 minutes): review cards due and revisit only the notes connected to missed cards. Explain each answer aloud before revealing it. If you are repeatedly guessing, simplify the card or add the missing context.
Session 2 (60 minutes): choose the two weakest sections from your marked work. Relearn the specific errors, then answer a small new set on each section. Avoid spending the whole session rereading material you already know.
Session 3 (75 minutes): practise a mixed clinical set in the format and timing recommended by your own course or examining body. Check its official website for current exam structure, permitted resources and assessment guidance; do not assume a generic practice set reflects the real examination.
Session 4 (90 minutes): mark the set carefully, update your board and schedule a final short review. Finish by explaining key approaches without notes: AKI assessment, CKD definition and classification, an electrolyte emergency, a glomerular presentation, and a dialysis or transplant issue.
Use performance data to decide where the next hour goes. MySummaries can surface weaker sections alongside how often they have appeared in your practice:
A picker can then turn those results into a focused review session, instead of sending you back through every topic. MySummaries might suggest a short lecture from the sections needing attention:
Acid–base interpretation · Struggling — repeated errors in compensation and mixed-disorder questions
How MySummaries helps
Build a nephrology board from your own PDFs, slides or photographed notes, then use due cards and practice results to decide what to revise next. Open MySummaries to organise your material and work through a targeted study plan.