Department of Medicinal Chemistry, Ernest Mario School of Pharmacy, Rutgers, The State University of New Jersey, Piscataway, New Jersey 08854, United States The Cancer Institute of New Jersey, New ...

Kidney stones are hard objects made from chemicals in your pee. They may be as tiny as a grain of salt or as big as a corn kernel. The stones can be brown or yellow, smooth or rough. They're a ...

Kidney stones (nephrolithiasis) and gout are both common, recurrent, extremely painful conditions, especially in patients with type 2 diabetes.They also incur substantial health care costs. As ...

There are four stages of passing a kidney stone: The stone forms, leaves the kidney, reaches the bladder and causes pressure, and finally, exits the body. They're common, with about 10% of people in ...

"Over the last several years, we have worked increasingly to make surgery even less invasive," Dr. Potretzke says. He performs hundreds of kidney stone surgeries each year. One of the most common ...

"He's had at least two kidney stones, one as recently as last December." Dr. Liu said there are also diet factors to consider, "A majority of the stones we treat are made of calcium oxalate.

In addition to these, the list featured Metformin tablets from Swiss Biotech Parentarels, Calcium 500 mg with Vitamin D3 tablets by Life Max Cancer Laboratories, and PAN 40 by Alkem Labs. Furthermore, ...

Engineered stone high in crystalline silica, which can damage the lungs when inhaled, has faced growing scrutiny as countertop cutters have grown ill and died from silicosis. Some companies that ...

such as calcium, oxalate, or uric acid, concentrate in the urine and cause kidney stones. Kidney stones can be worsened by dehydration, excessive salt intake, animal protein consumption ...

have been the standard of care for kidney stone prevention because they reduce the excretion of urinary calcium. Kidney stones (KS), hard crystalline formations that occur within the kidney ...

The papillary tissue injuries in patients 2 and 3 may have been due to high urinary oxalate, and the injury in patient 4 may have been due to hyperuricemia observed on the clinical history of the ...

The percentage of the oxalate load that was retained varied among rats by approximately twofold in the internal organs not including the kidney (range 0.03-0.06%) and skeleton (range 0.43-0.98%).