Title of article :
Management of Calcium and Phosphorus Metabolism in Hemodialysis Patients in Tehran Province, Iran
Author/Authors :
Mahdavi Mazdeh, Mitra Department of Nephrology - Tehran University of Medical Sciences , Zamyadi, Mahnaz Management Center for Transplantation & Special Diseases - Ministry of Health, Iran , Norouzi, Shahram Management Center for Transplantation & Special Diseases - Ministry of Health, Iran , Heidary Rouchi, Alireza Management Center for Transplantation & Special Diseases - Ministry of Health, Iran
Abstract :
Introduction. Our aim was to evaluate the degree of achievement
of the recommended values in National Kidney Foundation Dialysis
Outcomes Quality Initiative (K/DOQI) guidelines for the laboratory
indicators of bone metabolism in patients undergoing hemodialysis
(HD) in Tehran province.
Materials and Methods. We evaluated the laboratory information
of 2630 HD patients in Tehran province. Demographic data of the
patients and the clinical information including the duration of
dialysis session, dialysate calcium concentration, Kt/V, and serum
values of calcium, phosphorus, and intact parathyroid hormone
(PTH) were recorded. The laboratory values were compared to
the recommended ranges by the K/DOQI work group in patients
with end-stage renal disease.
Results. Only 1.8% of the patients could enjoy a successful
management according to the K/DOQI recommendations for
the 4 target laboratory tests of serum calcium, phosphorus,
intact parathyroid hormone, and calcium-phosphorus product.
Hypocalcemia was diagnosed in 33.2% of the patients, whereas
13.6% were diagnosed with hypercalcemia. Hypophosphatemia
and secondary hyperparathyroidism were diagnosed in 6.8% and
24.2% of the patients, respectively.
Conclusions. Our findings proved that complying with the
recommendations established by the K/DOQI work group in the
clinical management of mineral metabolism is very demanding.
Phosphate binders frequently lead to untoward toxicities and
imbalance in bone metabolism of patients on HD, warranting new
cost-effective therapies with fewer side effects. It would be of great
interest to analyze, in the future, the benefits derived from the effect
of new therapies such as calcimimetics or new phosphate binders
regarding the achievement of the K/DOQI guidelines.
Keywords :
bone metabolism , chronic kidney disease , calcium , parathyroid , hemodialysis
Journal title :
Astroparticle Physics