Hydrolytically Degradable PEGylated Polyelectrolyte Nanocomplexes for Protein Delivery
Posted by Leanne Kodsman on
Porcine Red Blood Cells, Packed 10% from Innovative Research was recently used in the following study:
Biomacromolecules: June 28, 2018
Hydrolytically Degradable PEGylated Polyelectrolyte Nanocomplexes for Protein Delivery
Alexander K. Andrianov, Alexander Marin, Andre P. Martinez, Jacob L. Weidman, and Thomas R. FuerstBiomacromolecules: June 28, 2018
"... porcine red blood cells (Innovative Research, Novi, MI) ... Macromolecular modules for the construction of "core-shell" structured nano-assemblies were designed to include three main features - ionic moieties for enabling electrostatic interactions in the core, grafted PEG chains for forming the hydrophilic shell, and hydrolytically labile bonds to facilitate polymer degradation ..."
Related products available from Innovative Research also include:
The next big thing: it's what you do. The biological research materials you need to discover it? That's what we do! We love seeing how our products are being used in real-life applications and contributing to scientific acheivements every day. With thousands of published references and decades of proven results, you can count on us to help you source the high-quality biomaterials you need that will deliver reliable, consistent results - kit to kit, lot to lot, all study long. So what are you waiting for? All great discoveries start somewhere... yours starts with Innovative Research! Get in touch with our team today!
Related Posts
Discover the Innovative Research Product Catalog: Watch Now to Explore Our Offerings
Looking to optimize your research tools and set your lab up for success? Our recent You...
Read the ArticleBreakthrough ELISA & CLIA Kits from Innovative Research
At Innovative Research, we're committed to providing cutting-edge tools that empower yo...
Read the ArticleIn Stock Alert: Human and Animal-sourced tPA
Understanding Human Tissue Plasminogen Activator (tPA)
tPA is an essential enzyme in th...
Read the Article