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Results for “Phosphorus Metabolism Disorders”

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At least 19 recordsLinked to original sources

[The characteristics of histocompatibility antigen distribution in urolithiasis patients with a phosphorus metabolic disorder].

Phosphorus metabolic disturbances play a great role in the occurrence of urolithiasis. This study covered 150 patients with urolithiasis to establish correlations between the frequency of histocompatibility antigens and the increase in blood and urinary phosphorus levels. The HLA antigens were identified by the routine microlymphocytotoxic method involving a histotyping serum panel. The ABO antigens and rhesus were determined by the agglutination method by using reference sera. The study revealed specific distribution of histocompatibility antigens in urolithiasis patients with disturbed phosphorus metabolism. Hyperphosphatemia correlated with the higher frequency of HLA-B35 (chi 2 = 9.89) and E/E system rhesus (chi 2 = 8.63); hyperphosphaturia showed a negative association with the HLA-A28 antigens (chi 2 = 9.7), as well as with E/e (chi 2 = 14.69) and e/e (chi 2 = 39.36) and a positive association with HLA-B13 (chi 2 = 5.98) and B35 (chi 2 = 36.58). The highest relative risk for hyperphosphatemia associated with the B27 and B35 antigens was observed with genetic predisposition, being 3.63 and 7.13, respectively. B12- and B35-positive individuals were at higher risk for hyperphosphaturia up to 11.25. There were significant differences in antigen frequency, and sex, genetic predisposition to urolithiasis, association of phosphorus metabolic disturbances with other metabolic disorders, and their effects of parathyroid lesions, etc. The findings reveal the immunogenetically induced risk for the occurrence and development of urolithiasis with disturbed phosphorus metabolism to make goal-oriented prophylactic measures.

ABO Blood-Group System↗

[Disordered phosphorus metabolism and its correction in the acute period of severe craniocerebral trauma].

Marked hypophosphatemia was discovered in 78 patients in the acute period of severe craniocerebral injury. It led to a decrease of the level of 2,3-diphosphoglycerate (2,3 DPG) and ATP in the red cells. The reduced ATP level in the red cells was one of the causes of reduced Ca2+ ATPase activity in their membranes. Intravenous infusion of 6.8% potassium dihydrophosphate solution prevented the development of hypophosphatemia and reduction of the content of 2,3 DPG and ATP in the red cells and Ca2+ ATPase activity in their membranes, which facilitated improvement in the course of acute posttraumatic period in patients with severe craniocerebral injury and decrease of mortality.

2,3-Diphosphoglycerate↗

[News in the management of calcium and phosphorus metabolism disorders for patient treated by hemodialysis].

Bone metabolism is very frequently disturbed in end stage renal failure hemodialyzed, with secondary hyperparathyroidism development but also serious potential cardiovascular consequences. New treatments will be available very soon in Europe such as new phosphate binders, vitamin D2 analogues or calcimimetics to fight against such medical diseases, with the hope of less risk for vascular complications. The real place of such new medical opportunities needs to be determined. Moreover, studies with morbidity and mortality end-points are waited before estimating the real importance of these new therapeutic tools.

Calcium↗

Clinical disorders of phosphorus metabolism.

Deranged phosphorus metabolism is commonly encountered in clinical medicine. Disturbances in phosphate intake, excretion and transcellular shift account for the abnormal serum levels. As a result of the essential role played by phosphate in intracellular metabolism, the clinical manifestations of hypophosphatemia and hyperphosphatemia are extensive. An understanding of the pathophysiology of various phosphate disorders is helpful in guiding therapeutic decisions.

Humans↗

[Correction of disorders of phosphorus metabolism after operations on the abdominal organs].

Hypophosphatemia and decreased content of ATP, 2,3-DPG in erythrocytes were found in 147 patients operated upon organs of the abdominal cavity. Hypophosphatemia was more pronounced after operations for ulcer disease of the stomach and duodenum, acute pancreatitis and commissural ileus. An intravenous injection of potassium dihydrogen phosphate++ prevents the development of hypophosphatemia and concomitant decrease of the content of nonorganic phosphorus, ATP, 2,3-DPG in erythrocytes and may improve the postoperative period in these patients.

Adolescent↗