We examined the short-term impact of a new, more porous, super-flux Helixone membrane (FX-E) versus the conventional high-flux Helixone membrane (FX-60) on β2-microglobulin (β2M) reduction and nutritional and inflammatory parameters.
Such techniques include (very) HVHF as well as HPHF [92, 93], super high flux hemofiltration (SHFHF), hemadsorption, and coupled plasma filtration and adsorption (CPFA) [94].
Such techniques include (very) HVHF as well as HPHF [ 92, 93], super high flux hemofiltration (SHFHF), hemadsorption, and coupled plasma filtration and adsorption (CPFA) [ 94].
In a case report, Naka and coworkers [ 21] tested the ability of a novel super high flux (SHF) membrane with a relatively large pore size to clear myoglobin from serum.
In order to increase efficiency of myoglobin clearance, the use of super 'high flux' membranes may be employed [ 88], although 'prophylactic' removal of myoglobin by dialysis has not been demonstrated to change the clinical course.
The expected number density of halos exposed to a super-critical flux is still highly uncertain.
New membranes called super high-flux (SHF) or high cutoff membranes have been investigated.
ARF, acute renal failure; CAVH, continuous arterio-venous haemofiltration; CVVH, continuous veno-venous haemofiltration; SHF, super high-flux.
Based on the evidence, super high-flux hemofiltration appears to be a more appropriate dialysis modality for managing myoglobin-induced AKI.
Myoglobin clearance by super high-flux hemofiltration in a 53-year-old female suffering from RM and AKI was investigated by Naka and colleagues [ 53].
To test the ability of a novel super high-flux (SHF) membrane with a larger pore size to clear myoglobin from serum.
