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Volume 66 Number 1 January 1999 |
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| Past, Present and Future of End-Stage Renal Disease Therapy in the United States | 14 |
Jaime Uribarri, M.D. |
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| Address correspondence to Jaime Uribarri, M.D., Clinical Associate Professor of Medicine, Director Dialysis Services, Mount Sinai School of Medicine, One East 100th Street, New York, NY 10029. |
ABSTRACT
Dialysis was first described and used in 1854 to separate substances in
aqueous solution based on different rates of diffusion through a
semipermeable membrane. In vivo hemodialysis was performed in animals
early in the twentieth century. Hemodialysis was first carried out in
patients with acute renal failure in The Netherlands during the Second
World War and in the United States in 1948. Repetitive hemodialysis for
the treatment of chronic renal failure due to end-stage renal disease had
to await the development of an acceptable long-lasting vascular access in
1960. The subsequent successful development of a technique to create an
adequate arteriovenous fistula in 1972 permitted the rapid growth of
dialysis programs, when the cost of this therapy was largely paid for by
Medicare. Equipment has been developed to foster home-care hemodialysis
and chronic ambulatory peritoneal dialysis.
Enhancements in renal replacement therapy included the availability of
recombinant human erythropoietin, calcitriol, and effective
antihypertensive drugs. Technical advances in hemodialysis followed the
use of bicarbonate dialysate, more biocompatible membranes, membranes of
higher porosity, and ultrafiltration. Questions remain regarding the
evaluation of the adequacy of dialysis which is to be achieved or prescribed.
Careful attention to the management of the patient with progressive chronic renal insufficiency is crucial in dealing with the inevitable onset of uremia and the initiation of dialysis and/or renal transplantation. The cost of renal replacement therefore represents a great societal burden. A better understanding of how to prevent onset and progression of specific nephropathies along with the availability of new and more effective equipment for renal replacement therapy has a high priority.
KEY WORDS
End-stage renal disease,
dialysis techniques,
progression of renal disease,
vascular access,
Kt/V
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