Surface Enhanced Raman Scattering for Investigating In- Vi Vo Pharmacokinetics: an Easy High-Throughput Method towards Uncovering Optimal Characteristics of Intravenously Administered Nanoparticles

The potential impact that this experimental design can offer is narrowing down design principles to create nanomedicine optimized for treating specific cancers in patients. Optimized nanomedicine can increase the efficacy and lower the toxicity of treatments, thus significantly improving patients' quality of life. Increased effectiveness can also translate to fewer drugs being needed, and decreased toxicity may translate into reduced ancillary treatments for patients undergoing chemotherapy, thus offering decreased medical costs. The academic achievement is to deliver a high-throughput nanomedicine design screening method that one can also use to develop a framework to create more optimized nanomedicine constructs.