Abstract
Of the 202 patients undergoing home dialysis in the Trent region, 11 developed dialysis encephalopathy, 21 suffered spontaneous fractures, and 36 who had undergone dialysis for over four years had neither of these complications. Because the incidence of complications seemed to be unevenly distributed the water supplies were analysed. Water supplied to the homes of the patients with fractures or encephalopathy contained significantly less calcium and fluorine and significantly more aluminium and manganese than that piped to patients without these complications. The high aluminium concentrations in the bone of patients with encephalopathy was confirmed, but aluminium concentrations in the brains from three patients with encephalopathy were not increased. Patients who undergo dialysis in areas where water contains high aluminium concentrations should be supplied with deionisers.
*Abstract online at https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1631911/
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Elevated serum fluoride concentrations in women are not related to fractures and bone mineral density.
Epidemiologic studies of the relations between drinking-water fluoride levels and bone mineral density (BMD) and fracture are characterized by disparate conclusions and an absence of information about individual circulating fluoride levels. This study relates serum fluoride concentrations, which reflect individual fluoride exposures, to BMD and bone fractures. Data are from
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Fluoride-related bone disease associated with habitual tea consumption
Acquired osteosclerosis is a rare disorder of bone formation but an important consideration in adults with sclerotic bones or elevated bone density results. In such patients, malignancy, hepatitis C, and fluorosis should all be considered when making a diagnosis. We describe 4 patients evaluated at our Metabolic Bone Disease Clinic
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Treatment of postmenopausal osteoporosis with slow-release sodium fluoride. Final report of a randomized controlled trial
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[Generalized osteopathy with pathological fractures in a patient with long-term exposure to fluorine-containing plastics].
In a 68-year-old man with a painful syndrome of the lower extremities which began at the age of 64 years, workup revealed a generalized osteopathy with sclerosis of the axial skeleton and osteopenia at the extremities associated with pathologic fractures. The occupational history showed exposure to several synthetics such as
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The effects of fluoridation on degenerative joint disease (DJD) and hip fractures
Fluoride strengthens bone, yet makes it more susceptible to fracture. If mechanical factors are important in DJD, an increased risk for DJD in communities where fluoride is consumed is also expected. Hip fractures and knee DJD joint replacements among those >65 years for 1991-1996 were compared between one community with
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