A dialysis manifold integrates bacterial filters and flow restrictors to manage fluid distribution in portable hemodiafiltration systems.
A microfluidic dialysis device uses controlled pressure profiles to manage convective clearance of solutes from blood channels.
UV spectrophotometry measures waste product concentration in spent dialysate to replace invasive blood sampling and provide continuous Kt/V assessment.
A centralized sensor device detects dialysis liquid measurands via a shared detection path.
Positioning sensors in a bypass line prevents haemofiltration interference, enabling precise CO2 measurement without compromising gas exchange efficiency.
A portable hemodialysis system uses a controlled compliance dialysis circuit to manage fluid movement across a dialysis membrane via a control pump.
A membrane heat exchanger recovers thermal energy from effluent fluid to maintain blood temperature in extracorporeal circuits.
A differential flow measuring unit detects fluid balance between two paths, reducing calibration complexity in disposable dialysis systems.
A bioartificial renal tubule applies a MEK inhibitor to maintain renal tubular epithelial cells as a confluent monolayer on an artificial membrane.
A microporous membrane filter isolates cell-free plasma from whole blood using negative pressure and air sweeping through a downstream chamber.
A VEGF dimer column adsorbs sFlt-1 from blood while releasing VEGF and PIGF to restore angiogenic balance.
A blood treatment apparatus uses a control device to regulate treatment liquid temperature within safe limits.