Cytiva (formerly Pall Lab) AcroPrep™ 24-well Filter Plates

Description

• Utilizing proprietary high-performance multi-layer filter membranes, plates offer time savings strong performance claims and streamlined workflow improvements
• Available in 4 different types of membranes
• Each plate comes with a V-shaped bottom collection plate and lid
• Automation friendly
• Vacuum compatible
• Suitable for centrifuge
• Plates with Asymmetric Supor™ EKV Membrane: A 0.65/0.2 μm asymmetric Supor EKV PES membrane, available with and without a dual-layer depth prefilter
• The depth prefilter allows clarification of large cellular debris prior to filtration through the 0.65/0.2 μm EKV Supor membrane
• Dual-layer clarification plate has reliable recovery of > 95% of extra cellular proteins
• Single-layer AcroPrep 24-well filter plate contains 0.65/0.2 μm Supor EKV membrane, and is designed for applications where a sterile filtrate is required
• Plates with Supor Membrane: The AcroPrep Supor plates have a variety of uses, in applications such as resin packing for sample preparation, viral filtration, or genome mapping, depending on the pore size chosen
• Available with 0.1, 0.45, 0.8, 1.2 and 5 μm pore size ratings, these versatile filter plates can be confidently incorporated into a number of laboratory 24-well format workflows
• The Supor polyethersulfone membrane enables fast filtration, has low protein binding properties and offers extensive drug and chemical compatibility
• Each plate comes with a V-shaped bottom collection plate and lid Individually bagged and gamma irradiated
• Automation friendly vacuum compatible suitable for centrifuge
• Plates with Omega Membrane: The AcroPrep Omega plate for desalting, diafiltration, concentration or fractionation of protein and nucleic acid samples saves time in a single device and workflow step
• The Omega ultrafiltration membrane is a polyethersulfone membrane specifically modified to minimize protein and nucleic acid binding
• The Omega membrane works on the premise of size exclusion, where samples are fractionated by molecular weight
• Larger molecules can be separated from smaller molecules by selecting the appropriate molecular weight cut-off (MWCO) and filtering the sample through these plates by either centrifugation, vacuum, or positive pressure, typically resulting in ≥ 90% recovery of target molecules
• Plates with PE/PP Membrane: The PE/PP plate offers a large pore size (30 to 40 μm) which is ideal for plant applications or as a cell strainer.