Merck, MAUF01005, MultiScreen® 96-well Ultrafiltration Plate with Ultracel®-10 membrane kD

General description
Reliability
The 96-well MultiScreen® filter plate incorporates Ultracel® -10 10,000 kDa nominal molecular weight limit regenerated cellulose ultrafiltration membrane for low-binding, high recovery results. It is designed for use with centrifugation and is compatible with standard microtiter plates, instrumentation, and liquid handling equipment.

MultiScreen® filter plate with Ultracel® -10 membrane is designed for low protein binding and high protein retention. The assay-grade plates meet stringent manufacturing release specifications and are lot tested for protein retention for >95% retention of cytochrome c (12,500 Daltons). They also offer high well-to-well uniformity of performance.

Versatile Operation
MultiScreen® filter plates with Ultracel® -10 membrane allow for processing and collection of sample volumes from 50 to 500 µL. They are compatible with a range of standard receiver 96-well microtiter plates including 300 µL, 700 µL deep well and 150 µL conical well.

The MultiScreen® 96-well Ultrafiltration Plate with Ultracel® membranes (MultiScreen Ultrafiltration Plates) are used for processing aqueous biological solutions (0.1 to 0.5 mL). The ultrafiltration plate is utilized in a centrifugal pressure mode only and is compatible with standard centrifuge microtiter plate swinging bucket rotors. It is developed to fit a 96-well microtiter receiver plate for ultrafiltrate collections. These plates have been designed specifically for protein removal before sample analysis and for sample purification, concentration, and desalting of biological solutions.
Application
MultiScreen® 96-well Ultrafiltration Plate with Ultracel®-10 membrane kD is suitable for high-throughput protein concentration and buffer exchange.
Physical form
Colour Code: Natural
Legal Information
MULTISCREEN is a registered trademark of Merck KGaA, Darmstadt, Germany
ULTRACEL is a registered trademark of Merck KGaA, Darmstadt, Germany