2013
DOI: 10.1016/j.urology.2012.12.039
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Molecular Mechanisms of Urolithiasis

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Cited by 13 publications
(12 citation statements)
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“…These plaques originate adjacent to the thin limbs of loops of Henle as spherical particles, which could be related to the high local ion concentrations at this site, and can extended to the interstitium. [14][15][16] Recent studies have investigated the role of oxalate-degrading bacteria. These form apatite structures that serve as a crystallization center for the formation of stones and could be a pharmacological target to avoid the nucleation process.…”
Section: Formation Of Renal Stonesmentioning
confidence: 99%
“…These plaques originate adjacent to the thin limbs of loops of Henle as spherical particles, which could be related to the high local ion concentrations at this site, and can extended to the interstitium. [14][15][16] Recent studies have investigated the role of oxalate-degrading bacteria. These form apatite structures that serve as a crystallization center for the formation of stones and could be a pharmacological target to avoid the nucleation process.…”
Section: Formation Of Renal Stonesmentioning
confidence: 99%
“…These apatite deposits termed as Randall's plaques, on being constantly exposed to calyceal urine due to the loss of urothelium then attract organic substances like lipids, glycosaminoglycans and urinary proteins such as osteopontin and TammHorsfall protein that form a matrix on which accumulate apatite crystals that again get coated with a layer of urinary proteins and other organic substances and so on, forming a multilayered sandwich of apatite and organic matrix. These multiple layers then form an attachment site for calcium oxalate crystals where they eventually grow and form stones [7,[9][10][11][12][13] .…”
Section: Fixed Particle Theorymentioning
confidence: 99%
“…Type I lesions were tiny calcified plaques located in the interstitial tissue below the surface epithelium of the renal papillae which progressively became exposed to the urine by the erosion of the epithelium overlying the plaque. Type II lesions contained of calcific masses found in the terminal parts of the ducts of Bellini [19].…”
Section: Randall's Plaque Theorymentioning
confidence: 99%