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Thermo Scientific™ Slide-A-Lyzer™ 20K MWCO MINI Dialysis Devices


Perform sample buffer exchange with these 20,000-MW cut-off (MWCO) disposable polypropylene cups with integrated, low-binding membranes.

Manufacturer: thermo scientific™  88402

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Catalog No. PI88402

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Description & Specifications

Specifications

Description Slide-A-Lyzer MINI Dialysis Device, 20K MWCO, 0.5mL
Formulation Cellulose membrane in polypropylene insert enclosed in a 15mL conical tube with cap
Quantity 25 devices
Sufficient For 25 samples, each 50 to 500uL
MWCO 20000 Da
Capacity (Metric) 500µL

Thermo Scientific™ Slide-A-Lyzer MINI Dialysis Devices, 20K MWCO are disposable polypropylene cups with integrated, low-binding membranes for dialysis and high recovery of proteins and macromolecules >20kDa in volumes from 10μL to 2mL.

These 20K MWCO dialysis devices are available in three sizes (0.1, 0.5 and 2mL capacities), and are designed to allow easy sample addition and removal using a standard laboratory pipette. The MINI Devices are effective and convenient for accomplishing typical sample desalting or buffer exchange in 4 to 8 hours. Unlike other small sample separation devices, there is no equipment to assemble, no need for syringe adapters and no laborious steps necessary to manipulate the small volume sample. The regenerated cellulose membrane is compatible with a number of common chemicals and buffers.

Highlights:

  • Three convenient sizes – dialysis devices for 0.1, 0.5 and 2mL samples fit standard 1.5mL-microcentrifuge, 15mL- and 50mL-conical tubes, respectively

  • Excellent sample recoveries – low-binding plastic and small membrane surface area minimize sample loss compared to filtration and resin systems

  • One-step protocol – pipette sample into the MINI Device and place in tube containing the dialysis buffer; no laborious assembly, device preparation or expensive equipment are required

  • 100% leak-tested – innovative design does not permit wicking that can occur in homemade devices

  • Time savings – performs desalting of nucleic acids and proteins (>95% recovery) in less than 15 minutes, which improves sample resolution, quantification and conjugation