Concepts for Injectable Nanoparticles for In Vivo Removal of Overdose Toxins from Blood

摘要

Partial contents; Vision, CWA molecules are Lipophilic, Drug currently being investigated, Components of Proposed CWA Research Program, Particle Synthesis for CWA Removal Mechanisms A/B, Effect of Pluronic L-44 micelles and microemulsions (ME) to reduce the concentration of amitriptyline in human plasma, Attenuation of The Cardiotoxic Effects of Bupivacaine in Guinea Pig Isolated Heart by Macroemulsion, Particle Synthesis for CWA Removal Mechanisms C/B, Scanning Electron Micrograph of the SiO2 Nanotubules After Dispersion and Collection by Filtration, Project II-Physicochemical Characterization of Nanoparticle-CWA Interaction, Project III-In Vitro and In Vivo Functional Assessment of Nanoparticles, Project III- In Vitro and In Vivo Functional Assessment of Nanoparticles for CWA Detoxification, What is the potential of nanoparticles to safely and effectively deal with CWAs. Substrate Concentration Effect for CWA, Rapid In Vitro Degradation of Bupivacaine by P450 3A4 Expressed from Human P450 3A4 cDNA, What is the potential of nanoparticles to safely and effectively deal with CWAs.