If you run ChIP assays (chromatin immunoprecipitation), consider trying the new Thermo Scientific Pierce Magnetic ChIP Kit. It provides a convenient method for efficient isolation of chromatin-bound DNA for subsequent quantitation by PCR.
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Use the new Pierce Magnetic RNA-Protein Pull-Down Kit to end-label RNA with desthiobiotin and then enrich for target RNA-binding proteins. The complete kit contains sufficient reagents for 20 RNA labeling reactions and 20 protein-RNA pull-down assays. 
We now offer stand-alone anti-HA magnetic beads and a complete HA-tag magnetic co-IP kit for protein interaction experiments (co-immunoprecipitation) involving HA-tagged fusion proteins. 
Have you ever looked at our crosslinkers and wondered why you would crosslink your own biomolecules? 
Easily immobilize an antibody for immunoprecipitation with amine-reactive magnetic beads. Our new Direct Magnetic IP Kit rapidly delivers clean IPs and fast results, and it can be scaled for high-throughput applications. 
The Protein Methods Library has been updated to include a complete set of articles on considerations and methods for performing protein-protein interaction analysis 
Thermo Scientific Pierce Anti-HA Agarose is a high-affinity immunoprecipitation resin ideal for purification of recombinant HA-tagged proteins or with immunoprecipitation and Co-IP assays. 
Thermo Scientific Pierce Protein A/G Magnetic Beads and IP/Co-IP Kits are high-performance affinity particles for antibody purification and immunoprecipitation methods using manual or robotic magnetic separators. 
ROCKFORD, Ill. (April 15, 2011) – Thermo Fisher Scientific, the world leader in serving science, today announced the introduction of novel reagents for the study of active serine hydrolases. The Thermo Scientific ActivX Serine Hydrolase Probes contain a fluorphosphonate (FP) element that specifically binds to the active site of serine hydrolases. The probes enable enrichment
Thermo Scientific ActivX* Fluorophosphonate (FP) Probes allow covalent labeling of the serine hydrolase active site with affinity, fluorescent or reactive tags to facilitate selective enrichment, detection or multiplex labeling. |
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