Add to ORKGI am going to speak mainly about extracorporeal hemodialysis, that is, dialysis conducted with an artificial kidney as opposed to peritoneal dialysis. I am going to direct the majority of my comments toward the extraordinary technique of the maintenance of life in patients with chronic renal failure. I would like to break my discussion into three general areas: 1) a review of the historical development of the dialyzer, including some remarks on what happens at the membrane level; 2) a look at the results we are getting with this kind of hardware; 3) and a comment on some of the newer experimental dialyzers
A wearable haemodialysis device holds the promise of freedom for patients to carry on with their liv...
Hemodialysis (HD) represents the first successful long-term substitutive therapy with an artificial ...
Despite the significant medical and technical improvements in the field of dialytic renal replacemen...
Introduction: Since the advent of peritoneal dialysis (PD) in the 1970s, the principles of dialysis ...
The successful application of chronic dialysis and/or renal transplantation to patients with chronic...
For more than four decades, scientists and engineers are trying to miniaturise dialysis machines to ...
I will begin by telling a little about the development of chronic dialysis. In 1959 we were working ...
Although hemodialysis is a mature therapy, a growing population of patients with more complex medica...
Early nephrological referral allows for uncomplicated transition to dialysis and improves long-term ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Ultrapurity of dialysis fluid is important for the biocompatibility of renal replacement therapy sys...
Dialyzers have been commercially used for hemodialysis application since the 1950s, but progress in ...
The first successful dialysis treatment was performed, as almost every nephrologist would know, by D...
The evolution of hemodialysis therapy has been characterized over the years by the search for reliab...
Hemodialysis is a safe acceptable method of treatment for drug intoxication, and acute renal failure...
A wearable haemodialysis device holds the promise of freedom for patients to carry on with their liv...
Hemodialysis (HD) represents the first successful long-term substitutive therapy with an artificial ...
Despite the significant medical and technical improvements in the field of dialytic renal replacemen...
Introduction: Since the advent of peritoneal dialysis (PD) in the 1970s, the principles of dialysis ...
The successful application of chronic dialysis and/or renal transplantation to patients with chronic...
For more than four decades, scientists and engineers are trying to miniaturise dialysis machines to ...
I will begin by telling a little about the development of chronic dialysis. In 1959 we were working ...
Although hemodialysis is a mature therapy, a growing population of patients with more complex medica...
Early nephrological referral allows for uncomplicated transition to dialysis and improves long-term ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Ultrapurity of dialysis fluid is important for the biocompatibility of renal replacement therapy sys...
Dialyzers have been commercially used for hemodialysis application since the 1950s, but progress in ...
The first successful dialysis treatment was performed, as almost every nephrologist would know, by D...
The evolution of hemodialysis therapy has been characterized over the years by the search for reliab...
Hemodialysis is a safe acceptable method of treatment for drug intoxication, and acute renal failure...
A wearable haemodialysis device holds the promise of freedom for patients to carry on with their liv...
Hemodialysis (HD) represents the first successful long-term substitutive therapy with an artificial ...
Despite the significant medical and technical improvements in the field of dialytic renal replacemen...