1. Novel porcine model for calcium oxalate stone formation
- Author
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Bryan Sutton, Thomas Nelius, Andrew Navetta, Brandon Trojan, Stephanie Filleur, Bryce Staches, and Sara Trojan
- Subjects
Male ,medicine.medical_specialty ,Ethylene Glycol ,Kidney Cortex ,Swine ,Urology ,Urinary system ,Renal cortex ,030232 urology & nephrology ,Calcium oxalate ,chemistry.chemical_element ,Urine ,Calcium ,Nephrolithiasis ,Oxalate ,Ammonium Chloride ,Citric Acid ,Nephrotoxicity ,Blood Urea Nitrogen ,03 medical and health sciences ,chemistry.chemical_compound ,0302 clinical medicine ,Furosemide ,Internal medicine ,medicine ,Animals ,Vitamin D ,Creatinine ,Kidney Medulla ,Oxalates ,Calcium Oxalate ,business.industry ,Anatomy ,Hydrogen-Ion Concentration ,Disease Models, Animal ,Endocrinology ,medicine.anatomical_structure ,chemistry ,Nephrology ,030220 oncology & carcinogenesis ,Gentamicins ,business - Abstract
Mechanisms for calcium-based stone formation are not clearly delineated. Porcine are the most anatomically and physiologically congruent mammal to humans. Our objectives were to develop a cost-effective and easily reproducible porcine model for the study of calcium-based nephrolithiasis. Crossbred male pigs (n = 16) were assigned randomly to one of the following treatments: (1) control; (2) ethylene glycol (EG) + vitamin D (VD); (3) EG + ammonium chloride (AC); (4) EG + gentamicin (G); (5) EG + Lasix; (6) EG + VD + AC; (7) EG + VD + G. Treatments were administered for 28 days; blood and urine were collected on day 0, 14, and 28. At the endpoint of the study, renal tissue was collected for gross and microscopic analysis of crystal stone formation and inflammation. Stone-forming parameters were observed in serum and urine. For control versus all other treatments, by day 28, serum BUN and creatinine were less (P
- Published
- 2017