Kidney stone: Mechanism of formation and its prevention A review

One of the earliest recognized medical disorders, kidney stone disease still has unanswered questions on how it starts and progresses. The precise mechanisms behind the production of stones remain enigmatic, despite major technological improvements in recent decades leading to a variety of theories and surgical techniques. Three different fundamental pathways for kidney stone production have been identified by research, including observations made by the authors and other organizations. Intrarenal crystal precipitation is primarily caused by urinary supersaturation and crystallization. Randall's plaques are a source of stones composed of calcium oxalate. Furthermore, sex hormones may be important in the development of nephrolithiasis, indicating possible targets for novel therapies that block the creation of stones. Nephrolithiasis, or urolithiasis, is another name for kidney stone disease (KSD), which is a worldwide health concern that affects people in both developed and poor countries. With a high recurrence rate after stone removal, its frequency is still on the rise. To lessen the financial and physical effects of KSD, preventive actions are necessary even with the availability of excellent therapies. Preventing kidney stone formation requires an understanding of the etiology and risk factors, such as decreased urine production and dehydration.