Natural Remedies for Kidney Stones
Kidney Stones A healthy kidney removes extra electrolytes and other minerals from the blood. Normally the chemical composition of urine and prompt urination prevent these electrolytes and minerals from forming crystals and building up on the inner surfaces of the kidney. Some crystals that form may pass through the urinary tract unnoticed. However, others may accumulate until they have formed kidney stones. Why kidney stones form in some people and not in others remains unknown. Men, especially white men, develop kidney stones more frequently than women. Kidney stones usually develop between ages 20 and 40, and once one stone has been diagnosed, more are likely to develop. A family history of kidney stones increases the risk, as do certain disorders of the kidney and recurrent kidney infections. Other diseases (such as gout and chronic inflammatory disorders) and certain medications (such as diuretics and calcium-based antacids) also can cause kidney stones. The warning signs of...
These X-rays can then be obtained to use for comparison with those of the unidentified body. X-rays of virtually any area of the body can be suitable for comparison. Identification can be based not only on peculiarities of the bones but on soft tissue calcification enteric accretions (e.g., gallstones, kidney stones, etc.) and opaque stints, filters, clips, surgical screws, etc. Positive identification might be made on either a cluster of relatively common changes or a single unique finding.
Approximately 12 of the population develop a stone at some point in their lives. Calculi occur more often in men than in women, unless heredity is a factor, and occur most often between the ages of 30 to 50 years. The prevalence is higher in whites and people of Asian ancestry than in other populations. When women develop calculi, they are likely to be caused by infection. Children rarely develop calculi. Although the reasons are unknown, in the past 30 years, the prevalence of kidney stones has been increasing. Once a person gets more than one stone, others are likely to develop.
Cranberry generally is well tolerated. Cranberry may interact with blood-thinning medications, including warfarin (Coumadin). The chronic use of high doses may increase the risk of developing kidney stones and may cause stomach discomfort, loose stools, and nausea. The safety of cranberry use in women who are pregnant or breast-feeding is not known. Taking vitamin C supplements is a nonherbal approach sometimes recommended for preventing and treating UTIs. However, clinical studies do not support the use of vitamin C for preventing or treating these infections. Vitamin C may increase the risk of kidney stones in those with a history of kidney stones. A theoretical risk exists that high doses of vitamin C may stimulate the immune system and possibly worsen MS.
Gout is much more frequent in patients with chronic renal failure than in the general population. The explanation lies in the body's control of serum uric acid levels. Uric acid normally is excreted in the urine, but when kidney function decreases, uric acid excretion decreases and, as a result, blood levels tend to rise. An elevation above 6 mg per dl tends to cause precipitation of uric acid in joints (causing gout) and also in the kidneys, sometimes leading to a uric acid kidney stone.
Diagnosis Diarrhea, cystine and calcium oxa-late urinary crystals and stones, nephrolithia-sis, urosepsis increased uric acid excretion may mimic acute gout increased Fe absorption with hemosiderosis, increases sepsis risks from Vibrio and Yersinia. Nephrolithiasis risks are increased by vitamin D supplementation, as in vitamin D-fortified milk. Vitamin C toxicity can induce oxidative stress with hemolysis in individuals with glucose-6-phosphate dehydrogenase (G-6-PD) deficiency. Treatment Withdrawal, fluid loading, kidney stone lithotripsy.
In the walls of the ureters constantly tighten and relax to force urine downward away from the kidneys. Small amounts of urine are emptied into the bladder from the ureters about every 10 to 15 seconds. If urine becomes stagnant or backs up, a kidney infection or a kidney stone can develop.
Gout is a metabolic disorder that results from high levels of uric acid (a waste product of cell metabolism) in the blood. The condition can lead to joint inflammation, deposits of uric acid in and around the joints, reduced kidney function, and sometimes the development of kidney stones (see page 289).
Nanobacteria are the smallest cell-walled bacteria (0.2-0.5 mm), recently discovered in human and cow blood. The bacteria have been found in marine limestone, freshwater streams, springs, water pipes and caves (Folk, 1999). During their growth, nanobacteria form carbonate apatite on their cell envelope. Under the scanning electron microscopy, nanobacteria resemble the smallest apatite units in the kidney stone. Researchers now believe that nanobacteria can be the cause of kidney stones. Apatite produced by nanobacteria may facilitate deposit around which crystalline compounds are collected (Bradbury, 1998). In a study of some 72 cases of kidney stones in Finnish patients, Ciftcioglu and co-workers (1999) found that in 97.25 of cases, stones were positive for nanobacteria indicating that the organism may possibly be the cause of kidney stones. Studies of Hjelle et al. (2000) also demonstrated the presence of nanobacteria in kidney stone patients. However, the work of other scientists...
51 Tips for Dealing with Kidney Stones
Do you have kidney stones? Do you think you do, but aren’t sure? Do you get them often, and need some preventative advice? 51 Tips for Dealing with Kidney Stones can help.