Egyptian Board Nephrology - independent subject foundations study materials
Egyptian Board Nephrology - independent subject foundations study resources

Egyptian Board Nephrology - independent subject foundations case studies

Egyptian Board Nephrology - independent subject foundations · Put your knowledge to work in context.

This independent study page provides practice for Egyptian Board Nephrology - independent subject foundations. Its editorial learning areas include Renal structure and transport; Electrolytes and acid-base interpretation; Glomerular and systemic renal disease; Acute injury, chronic disease and hypertension; Dialysis and kidney transplantation. The questions develop subject knowledge and application through worked reasoning, distinctions between competing answers, and practical scenarios. Study the relevant guide before attempting a mixed set, then explain the evidence or calculation that supports each answer. Topics on this exam: Renal structure and transport, Electrolytes and acid-base interpretation, Glomerular and systemic renal disease, Acute injury, chronic disease and hypertension, and Dialysis and kidney transplantation. The Egyptian Board Nephrology - independent subject foundations case studies are 4 cases and about 637 words.

1

Anion gap with supplied convention

A teaching case supplies sodium of 140 mmol/L, chloride of 104 mmol/L and bicarbonate of 12 mmol/L. For this exercise only, the uncorrected anion gap is sodium minus chloride minus bicarbonate, and the albumin adjustment adds 2.5 mmol/L for each g/dL below an albumin reference of 4 g/dL.

158 words, under 1 min
2

Urea reduction and delivered treatment

A dialysis teaching scenario provides a predialysis blood urea nitrogen concentration of 80 mg/dL and a postdialysis value of 24 mg/dL. The exercise defines the urea reduction ratio as the predialysis value minus the postdialysis value, divided by the predialysis value.

151 words, under 1 min
3

A water-deficit model

A hypothetical older adult weighs 60 kg and has a sodium concentration of 168 mmol/L. For a classroom estimate, total body water is explicitly assumed to be 50 percent of body weight and the comparison sodium is 140 mmol/L.

158 words, under 1 min
4

An allograft with multiple possible mechanisms

A kidney transplant recipient has a rising creatinine concentration after a previously stable period. A newly prescribed medication can interact with the maintenance immunosuppressive regimen, and a trough concentration is above the individual program target.

170 words, under 1 min