Comparison of CROES, S.T.O.N.E, and Guy’s scoring systems for the prediction of stone-free status and complication rates following percutaneous nephrolithotomy in patients with chronic kidney disease

[11] Matsushita K(2016)GDF-15, iron, and inflammation in early chronic kidney disease among elderly patients Int Urol Nephrol 48 839-1215

[12] Woodward M(2014)Left ventricular hypertrophy and chronic fluid overload in peritoneal dialysis patients Int Urol Nephrol 46 1209-376

[13] Smith A(2016)External validation of CROES nephrolithometry as a preoperative predictive system for percutaneous nephrolithotomy outcomes J Urol 195 372-73

[14] Averch TD(2015)Prediction of single procedure success rate using S.T.O.N.E nephrolithometry surgical classification system with strict criteria for surgical outcome Urology 85 69-398

[15] Shahrour K(2012)Prospective evaluation of complications using the modified Clavien grading system, and of success rates of percutaneous nephrolithotomy using Guy’s Stone Score: a single-center experience Indian J Urol 28 392-159

[16] Okhunov Z(2015)Evaluation and comparison of urolithiasis scoring systems used in percutaneous kidney stone surgery J Urol 193 154-601

[17] Friedlander JI(2016)Multicenter external validation and comparison of stone scoring systems in predicting outcomes after percutaneous nephrolithotomy J Endourol 30 594-1168

[18] George AK(2016)Percutaneous nephrolithotomy for staghorn stones: which nomogram can better predict postoperative outcomes? World J Urol 34 1163-457

[19] Thomas K(2017)Prediction of stone-free status and complication rates after tubeless percutaneous nephrolithotomy: a comparative and retrospective study using three stone-scoring systems and preoperative parameters World J Urol 35 449-1083

[20] Smith NC(2016)Comparison of S.T.O.N.E and CROES nephrolithometry scoring systems for predicting stone-free status and complication rates after percutaneous nephrolithotomy: a single center study with 262 cases Urolithiasis 30 1079-undefined

[11] Matsushita K(2016)GDF-15, iron, and inflammation in early chronic kidney disease among elderly patients Int Urol Nephrol 48 839-1215

[12] Woodward M(2014)Left ventricular hypertrophy and chronic fluid overload in peritoneal dialysis patients Int Urol Nephrol 46 1209-376

[13] Smith A(2016)External validation of CROES nephrolithometry as a preoperative predictive system for percutaneous nephrolithotomy outcomes J Urol 195 372-73

[14] Averch TD(2015)Prediction of single procedure success rate using S.T.O.N.E nephrolithometry surgical classification system with strict criteria for surgical outcome Urology 85 69-398

[15] Shahrour K(2012)Prospective evaluation of complications using the modified Clavien grading system, and of success rates of percutaneous nephrolithotomy using Guy’s Stone Score: a single-center experience Indian J Urol 28 392-159

[16] Okhunov Z(2015)Evaluation and comparison of urolithiasis scoring systems used in percutaneous kidney stone surgery J Urol 193 154-601

[17] Friedlander JI(2016)Multicenter external validation and comparison of stone scoring systems in predicting outcomes after percutaneous nephrolithotomy J Endourol 30 594-1168

[18] George AK(2016)Percutaneous nephrolithotomy for staghorn stones: which nomogram can better predict postoperative outcomes? World J Urol 34 1163-457

[19] Thomas K(2017)Prediction of stone-free status and complication rates after tubeless percutaneous nephrolithotomy: a comparative and retrospective study using three stone-scoring systems and preoperative parameters World J Urol 35 449-1083

[20] Smith NC(2016)Comparison of S.T.O.N.E and CROES nephrolithometry scoring systems for predicting stone-free status and complication rates after percutaneous nephrolithotomy: a single center study with 262 cases Urolithiasis 30 1079-undefined