Scalable synthesis of asymmetric hemodialysis membranes to enhance performance and biocompatibility in flat sheet and hollow fiber configurations

Key Points

• Enhanced biocompatibility is crucial for hemodialysis membranes used in treating end-stage renal disease.
• Performance improvements are significant for both flat sheet and hollow fiber configurations of dialysis membranes.
• Scalable synthesis methods are employed to create advanced hemodialysis membranes enhancing their functional capabilities.
• The findings may suggest improved patient outcomes with the development of new membrane technologies for dialysis.