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Thermo Scientific™ Slide-A-Lyzer™ 2K MWCO MINI Dialysis Devices

Perform sample buffer exchange with these 2000-MW cut-off (MWCO) disposable polypropylene cups with integrated, low-binding membranes.

$295.05 - $903.00

Specifications

Capacity (Metric) 100uL
Description Slide-A-Lyzer MINI Dialysis Device, 2K MWCO, 0.1mL
Formulation Cellulose membrane in polypropylene tube with cap
MWCO 2000 Da
View More Specs
Products
Catalog Number Mfr. No. Quantity Price Quantity    

PI69553

 
thermo scientific™
69553
250 devices Pack of 250 Each for $903.00

PI69580

 
thermo scientific™
69580
50 devices Pack of 50 Each for $295.05
Description & Specifications

Specifications

Capacity (Metric) 100uL
Description Slide-A-Lyzer MINI Dialysis Device, 2K MWCO, 0.1mL
Formulation Cellulose membrane in polypropylene tube with cap
MWCO 2000 Da

Thermo Scientific Slide-A-Lyzer MINI Dialysis Devices, 2K MWCO are disposable polypropylene cups with integrated, low-binding membranes for dialysis and high recovery of proteins and macromolecules >2kDa in volumes from 10 to 100μL.

Slide-A-Lyzer MINI Dialysis Devices allow easy sample addition and removal using a standard laboratory pipette and can be used for single or arrays of samples. 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:

Flexible format – enables user to dialyze a single sample (tube) or multiple samples (25 array)

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

One-step protocol – does not require laborious procedures or expensive equipment

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