What Causes Calcium Kidney Stones

There are different types of kidney stones.

What causes calcium kidney stones. Kidney stones form when conditions allow these crystals to grow in size. However a condition called hypercalciuria or excessive calcium in urine comes with an increased risk for stones. Substances exist normally in urine that can prevent kidney stones from developing.

While having too much calcium in your diet can lead to kidney stones other factors such as excessive protein and sodium or hydration status may also increase your chances. So limit canned foods packaged meats fast foods and condiments in your diet. That can produce stones.

For this reason calcium phosphate kidney stones tend to occur in individuals who produce a more alkaline urine than those that produce calcium oxalate kidney stones. The initial crystal that is formed is called brushite. Kidney stones are solid masses that form in the kidney when there are high levels of calcium oxalate cystine or phosphate and too little liquid.

Your healthcare provider can test your stones to find what type you have. Once you finish eating any extra oxalate sticks to calcium in the kidneys. Kidney stones happen when your pee has a high concentration of minerals and other substances like calcium oxalate and uric acid that come together to make crystals.

Calcium oxalate crystals are the most common cause of kidney stones hard clumps of minerals and other substances that form in the kidneys. It is believed that this occurs because the increased amounts of calcium from food binds to oxalate from food in the intestine and the complex of calcium and oxalate cannot be absorbed into the body. It is known and this study confirms that increasing amounts of dietary calcium are associated with fewer kidney stones.

There are several forms of kidney stones with calcium stones being generally encountered. Excreting too much calcium in the urine can be a risk factor for kidney stone development. Our body has several mechanisms that assist in controlling calcium levels within.