New alternatives for low- and high-throughput RNA isolation/extraction promises simplicity, cost savings, and availability

19 Oct 2021

The new emphasis on research into viral disease therapies and test kits has placed greater importance on RNA isolation and extraction. In this application note, Pall highlights the new technologies available that promise greater simplicity and lower cost.

Macrosep® Advance Centrifugal Devices

Pall Life Sciences - Laboratory, Food, Beverage

Quickly concentrate up to 20 mL of biological sample Pall Life Sciences Macrosep Advance Centrifugal Devices Features of the Microsep Advance Centrifugal Devices:  •  Rapidly concentrates 20 mL sample volumes to 0.5 mL.   •  Provides high recoveries, typically > 90%.   •  Low protein-binding Omega membrane and polypropylene housing minimize losses due to non-specific binding.   •  Versatile Omega membrane is available in a variety of MWCOs.   •  Built-in deadstop prevents spinning to dryness.   •  Color-coded for easy identificationApplications of the Microsep Advance Centrifugal Devices: Ultrafiltration   •  Concentrate and desalt proteins.   •  Exchange buffer or remove salt of chromatography eluates and gradient fractions.  •  Recover proteins or other molecules from cell culture supernatants.  Microfiltration   •  Remove particulate from aqueous solutions and clinical samples.

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New alternatives for low- and high-throughput RNA isolation/extraction promises simplicity, cost savings, and availability