Abstract :
Hemodialysis (HD) treatment had,over many years,improved the survival rate of patients with end-stage renal disease. However,standard or conventional HD prescription is far from being optimal in replacing the function of normal kidneys. Its unphysiologic clearance pattern and inability to remove all types and sizes of uremic toxins results in inter- and intra-dialysis complications and an unacceptably high rate of cardiovascular morbidity and mortality. Efficiency of HD can be improved by increasing blood and dialysate flow rates,dialyzer size and surface area and duration and frequency of dialysis sessions. Home HD,where short daily or long slow nocturnal HD sessions can conveniently be performed,provides an excellent option for quality of life improvement and reduction in morbidity and mortality. Recent innovations in the specifications of HD machines and improvement in dialysis membranes characteristics and water treatment technology paved the way for achieving quality HD. These advancements have resulted in efficient implementation of adsorption,diffusion and/or convection principles using adsorption HD,hemofiltration,hemodiafiltration (HDF) and online HDF modalities in order to achieve optimum HD. Implementation of these innovations resulted in better quality care achievements in clinical practice and reduction in morbidity and mortality rates among HD patients.
