Consistency and Reproducibility of DNA Isolation From Whole Blood Using 96-Well DNA Binding Plate and Liquid-Handling Robot for Samples Under Different Storage Conditions

15 May 2012

Learn more about an optimized protocol for automated DNA isolation in this poster. Using Pall’s AcroPrep Advance DNA binding plates and a liquid-handling robot the protocol was developed using a vacuum for all liquid evacuation steps. The poster highlights both the robustness of the protocol and demonstrates how the protocol was verified for DNA isolation from blood under different storage conditions.

AcroPrep™ Advance 96-Well Filter Plates for DNA Purification

Pall Life Sciences - Laboratory, Food, Beverage

Maximum Yields of High Quality DNA. Optimized for maximum binding yield of DNA from a variety of sample types New well geometry results in reduced hold-up volume and higher recovery of DNA New outlet tip geometry provides direct flow of samples into receiver plate without concerns of crosscontamination Enhanced membrane ensures high yields of contaminant-free DNA for downstream applications Manufactured in accordance with SBS guidelines, allowing entire DNA purification process to be performed on automated equipment

(1)

Links

Tags

Consistency and Reproducibility of DNA Isolation From Whole Blood Using 96-Well DNA Binding Plate and Liquid-Handling Robot for Samples Under Different Storage Conditions