Abstract Background Removal of uraemic toxins is inadequate using current dialysis strategies. A new class of dialysis membranes have been developed that allow clearance of larger middle molecules. The REMOVAL-HD study (a tRial Evaluating Mid cut-Off Value membrane clearance of Albumin and Light chains in HaemoDialysis patients) will address safety, efficacy and the impact on patient-centred outcomes with the use of a mid cut-off (MCO) dialyser in a chronic haemodialysis (HD) population. Methods REMOVAL-HD is an open label, prospective, non-randomised, single-arm, multi-centre device study in 85 chronic HD participants. All visits will be conducted during regular HD sessions and participants will undergo a 1 month wash-in period using a sta...
International audienceBACKGROUND:Accumulation of middle-weight uraemic toxins in haemodialysis (HD) ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Removal of uraemic toxins is inadequate using current dialysis strategies. A new class of dialysis m...
Background: A new class of dialysis membrane, the mid cut-off (MCO) dialyzer, has been developed to ...
Introduction: Medium cutoff (MCO) membranes for hemodialysis (HD) remove more effectively large midd...
Tuning the pore size distribution of hemodialysis membranes is essential for the membrane's selectiv...
none2noA wide spectrum of molecules is retained in end-stage kidney disease, normally defined as ure...
Purpose: Conventional hemodialysis (HD) treatment has an acceptable removal of small uremic molecule...
A wide spectrum of molecules is retained in end-stage kidney disease, normally defined as uremic tox...
A wide spectrum of molecules is retained in end-stage kidney disease, normally defined as uremic tox...
Purpose: Conventional hemodialysis (HD) treatment has an acceptable removal of small uremic molecule...
Dialysis technologies have continued to advance over recent decades; however, these advancements hav...
The development of hemodialysis (HD) membranes has substantially advanced in the last decade. This h...
Background: Aim of this prospective crossover study was to identify the nature of the middle-molecul...
International audienceBACKGROUND:Accumulation of middle-weight uraemic toxins in haemodialysis (HD) ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Removal of uraemic toxins is inadequate using current dialysis strategies. A new class of dialysis m...
Background: A new class of dialysis membrane, the mid cut-off (MCO) dialyzer, has been developed to ...
Introduction: Medium cutoff (MCO) membranes for hemodialysis (HD) remove more effectively large midd...
Tuning the pore size distribution of hemodialysis membranes is essential for the membrane's selectiv...
none2noA wide spectrum of molecules is retained in end-stage kidney disease, normally defined as ure...
Purpose: Conventional hemodialysis (HD) treatment has an acceptable removal of small uremic molecule...
A wide spectrum of molecules is retained in end-stage kidney disease, normally defined as uremic tox...
A wide spectrum of molecules is retained in end-stage kidney disease, normally defined as uremic tox...
Purpose: Conventional hemodialysis (HD) treatment has an acceptable removal of small uremic molecule...
Dialysis technologies have continued to advance over recent decades; however, these advancements hav...
The development of hemodialysis (HD) membranes has substantially advanced in the last decade. This h...
Background: Aim of this prospective crossover study was to identify the nature of the middle-molecul...
International audienceBACKGROUND:Accumulation of middle-weight uraemic toxins in haemodialysis (HD) ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...
Introduction: Impact assessment of new technologies in chronic hemodialysis (HD) is challenging due ...