The findings of the study may be useful for predicting individuals' risk of developing kidney stones and for identifying new targets for prevention and treatment.
Highlights
- A large genome-wide association study has identified 14 variants including nine new variants at different locations in the genome that are linked to the development of kidney stones.
- Four of the variants were related to obesity, high triglycerides, or high blood uric acid levels. The remaining ten variants were associated with kidney- or electrolyte-related traits that might affect crystallization pathways that lead to kidney stone formation.

Increasing numbers of adults are developing kidney stones, a condition called urolithiasis, and they often experience considerable pain and frequent recurrences. To date, six genetic variants have been linked to urolithiasis, and the role of these variants are not well understood.
To provide new insights into the condition and its potential genetic causes, a team led by Koichi Matsuda, MD, PhD and Chizu Tanikawa, PhD (The University of Tokyo) performed a large-scale analysis of the entire genomes of 11,130 Japanese patients with urolithiasis and 187,639 controls, followed by a replication analysis of 2,289 affected patients and 3,817 controls.
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The analysis revealed 14 variants at different locations in the genome that were linked to urolithiasis, including nine new variants. Four of the variants were related to obesity, high triglycerides, or high blood uric acid levels. The remaining ten variants were associated with kidney- or electrolyte-related traits that might affect crystallization pathways that lead to kidney stone formation.
Source: Eurekalert