Dr. Huile Gao recently published a paper that unveils how protein corona formation may significantly reduce the interaction potential of ligand-modified PNs to target TfR, a common target for anti-cancer therapeutics. Read the full article to see how OpenSPR binding data provided Dr. Huile Gao insight into enhancing drug delivery methods for anti-cancer therapeutics.
Combined with 2-Channel benchtop SPR technology, High Sensitivity Sensors enable a 4x sensitivity increase with higher ligand immobilization levels while maintaining the same ligand concentration per injection.
The 2-Channel OpenSPR is ideal for generating high quality and highly reproducible binding data with less time and effort.
New Publication – OpenSPR Antibody Binding Data Challenges Traditional Hepatitis B Vaccination Strategies
Dr. Yu-Ching Lee recently published a paper challenging traditional hepatitis B vaccination (HBV) strategies through his study of antibody-antigen interactions.
Nicoya releases their new 2-channel OpenSPR instrument. With the addition of a second channel and a number of automated and user-friendly features, the company is continuing their mission to help scientists solve their toughest research challenges in both industry and academia.
Dr. Zeczycki, a researcher at East Carolina University, uses OpenSPR’s surface plasmon resonance technology to get the key binding data needed for their recent publication on protein-lipid interaction. Results show that elevated levels of DHA may contribute to various metabolic disease via a reduction in cardiac mitochondrial enzyme activity.