both AUA and EAU guidelines offer a detailed, evidence-based framework to guide the urologists in the management of stone diseases. Although some discrepancies exist, particularly regarding the choice of surgical management in specific scenarios, there is generally a consensus between both the groups. However, the guidelines are not applicable to every clinical situation and need to be used in conjunction with the most recently published material and tailored to each individual patient.
The frequency of stone disease in childhood ranges between 0.1-5 percent. Stone disease occurs as a result of enviromental, metabolic, anatomical, infectious and nutritional factors. Percutaneous nephrolitotomy, uretherorenoscopy, laparoscopic surgery, open surgery and extracorporeal shock wave lithothripsy are treatment alternatives for stone disease during childhood. However, these methods are not completely innocent. Some complications may occur after these procedures. These procedures are generally not cost- effective. Even invasive procedures have high success rates, so medical expulsive treatment modalities have become an alternative for a group of patients.
Alpha blockers may also be a useful adjunct in the treatment of both ureteral and renal stones with SWL. They may also reduce the urinary symptoms and pain associated with double-J ureteral stents. Further investigation is necessary to define the role of blockers in the treatment of proximal ureteral and renal stones, and to elucidate the potential mechanisms of renal stone clearance after surgical stone intervention.
Several risk factors for urosepsis following PCNL for struvite stones have been identified. These risk factors should be taken into consideration in peri-operative care to mitigate the risks of urosepsis.
The ffURS technique seems to be a safe and effective treatment compared to conventional fURS in patients with renal stones. This procedure should be performed in experienced centers, where fluoroscopy can be considered not to be mandatory during fURS