Detergent Removal Resins and Kits

Affinity columns and precipitation reagents to remove detergents and surfactant micelles from protein extracts and other processed biological samples; eliminate detergent interference to improved compatibility with downstream applications.

Some detergents cannot be removed from solutions by simple dialysis or desalting (size-exclusion), but don't let that stop your research! We've developed detergent-removing strategies to separate almost any detergent from protein samples, improving results for mass spectrometry or other analysis methods.

Learn more:
Dialysis, Desalting and Buffer Exchange »
Sample Preparation for Mass Spectrometry »

HiPPR Detergent Removal Resin and Kits

Thermo Scientific* HiPPR Detergent Removal Resin used in spin column or 96-well filter plate formats improves mass spectrometry results by efficiently removing detergents from samples with low protein or peptide concentrations.

Pierce* Detergent Removal Spin Columns and Plates

Thermo Scientific* Pierce Detergent Removal Resin efficiently binds to and removes high concentrations of detergents from 10µL to 1mL samples with minimal sample loss and is available prepacked into spin columns and 96-well spin filter pl

Pierce* SDS-Out* SDS Precipitation Reagent

Thermo Scientific* SDS-Out SDS Precipitation Reagent provides convenient removal of SDS from small-volume (0.1 to 10mL) protein samples.

Help image

Need Help?


Have a Question?
We're here to help you.

Select Country for Contact Info This website provides global contact information for our products and services. When you select a Contact Country, the contact information that is displayed by default will be for this country.



  • Sales
 

NewsView more »

Thermo Fisher Scientific Introduces TiO2 Phosphopeptide Enrichment Kit

Thermo Scientific Pierce TiO2 Phosphopeptide Enrichment and Clean-up Kit for improving mass spectrometry analysis of phosphoproteins provides an alternative to IMAC resins and it enriches more phospho...

uspgh-zcom-p3-leg7.fishersci.com:80