Company Filing History:
1 out of 832,966 Years Active: 2016
Title: The Innovative Mind of George Santos in Bactericidal Assays
Introduction:
George Santos is an accomplished inventor based in Wayland, MA, known for his significant contribution to the field of immunology. As a pioneer in developing advanced methodologies, he has patented a groundbreaking technique that holds potential for evaluating vaccine efficacy against bacterial pathogens.
Latest Patents:
George Santos holds one patent titled "High-throughput complement-mediated antibody-dependent and opsonic bactericidal assays." This patent discloses methods and kits designed to automate high-throughput assays that measure bactericidal activity in samples, such as plasma or sera from vaccinated subjects. The innovative method emphasizes the integration of obligatory linear-range data analysis, plate sealing, and liquid volume handling throughout all assay steps. This approach advances the automation of bactericidal activity measurement while ensuring favorable inter-assay and inter-operator variability.
Career Highlights:
Although specific details about George's career trajectory are scarce, his dedication to innovating in the field of bacteriology and immunology is evident through his successful patent acquisition. His work contributes significantly to the enhancement of vaccine research by providing researchers with efficient tools to assess bacterial response in immunized individuals.
Collaborations:
George Santos collaborates with skilled professionals in the field, including Puiying Annie Mak, a talented researcher, and Jeffrey Eugene Janes. Their combined expertise fosters an environment of innovation, helping to propel advancements in the development of effective assays for bacterial analysis.
Conclusion:
George Santos stands out as an inventor focused on creating efficient solutions in the realm of bactericidal assays. His patented innovations not only advance scientific research but also play a critical role in the ongoing battle against bacterial pathogens, thereby contributing to public health and safety.