Abstract
Hemodialysis has dramatically changed nephrology and significantly improved the quality of life of kidney patients. The origins of this life-saving technology date back to 1925, when Georg Haas published the first scientific article on hemodialysis and described its successful application in a patient with acute kidney failure. Although the technology was rudimentary in Haas’ day, it poured the foundation basis for future innovations.
After Haas’ pioneering work, numerous researchers further refined and developed the concept of artificial kidney machines. A significant advance was made in the 1940s when Willem Kolff and others developed more effective and safer hemodialysis machines. Since then, several innovations have made dialysis more tolerable and efficient while continuously improving patient outcomes.
Today, almost 4 million people worldwide are dependent on renal replacement therapy, with hemodialysis being the most common form, accounting for around 69% of all replacement therapies and 89% of all dialysis procedures. The future of hemodialysis is likely to be shaped by a combination of technological advances and personalized treatment approaches. The next generation of therapies will be inspired by advances in the development of bioartificial kidneys, improvements in self-treatment in home dialysis and the ongoing optimization of dialysis machines with a focus on improving their size, efficiency and accessibility for a broader patient population.
Keywords: chronic kidney disease, hemodialysis, renal replacement therapies, artificial kidney, dialysis, membranes








