This is a list of all Nephrology related medical scores and algorithms with their corresponding calculator/app.
Estimates the urine output rate per kg per hour, along with fluid balance, based on fluid intake.
Quantifies hemodialysis efficiency based on pre and post urea levels.
Counts the ratio of blood urea nitrogen to creatinine to differentiate between causes of acute renal failure.
Detects amounts of protein in urine to check renal function and monitor chronic kidney disease.
Determines the estimated glomerular filtration rate based on serum creatinine, patient age, gender and race.
Estimates the drug dosage in milligrams based on creatinine clearance and target AUC (for adult patients only).
Evaluates renal function and checks for proteinuria based on protein and creatinine urine levels.
Estimates bladder volume based on ultrasound shape, length, width and height measurements.
Estimates urinary protein excretion to screen for kidney disease based on the urine levels of protein and creatinine.
Determines the fractional excretion of urea based on serum and urea creatinine, BUN and urine urea.
Determines the glomerular filtration rate based on serum creatinine, patient age, gender and race.
Estimates creatinine clearance rate via Jelliffe formula and body surface area based on DuBois method and other equations.
Determines the fractional excretion of sodium which tells whether renal failure is of pre, post or intrinsic pathology.
Determines the numerical measure used in the kidney allocation system (KAS) for transplant purposes.
Evaluates how well kidneys perform in patients under hemodialysis, based on blood urine nitrogen, urinary volume and urea concentration.
Evaluates renal function via the Cockcroft Gault equation based on creatinine, patient age, weight and height.
Prognoses renal calculi free outcome after first intervention.
Estimates the rate of glomerular filtration (GFR) based on serum creatinine in patients with chronic kidney disease.
Determines the ratio of glomerular filtration rate (GFR) to renal plasma flow (RPF) to evaluate kidney function.
Determines the prerenal or renal cause of ARF and contributes to creatinine monitoring.
Differentiates between the metabolic acidosis mechanisms and checks renal function.
Facilitates the differential diagnosis between hyperkalemia and hypokalemia.
Estimates creatinine clearance rate to assess renal function based on serum creatinine, patient age, gender and body surface area.
Estimates glomerular filtration rate (GFR) based on serum creatinine, patient age, gender and body surface.
Determines RPF by the clearance of para-aminohippuric acid (PAH) which is a measure of renal function.
Estimates the Pediatric Glomerular Filtration Rate (P-GFR), as measure of kidney function by Schwartz 2009 and other two equations.