Tyler Maxwell

Title: Tyler Maxwell: Innovator in Plant Delivery Systems

Introduction

Tyler Maxwell is an accomplished inventor based in Orlando, FL. He has made significant contributions to the field of agricultural science through his innovative patents. With a total of 2 patents, Maxwell focuses on enhancing the delivery systems for nutrients and growth promoters in vascular plants.

Latest Patents

Maxwell's latest patents include "Compositions and methods for systemic delivery of cargos in vascular plants." This invention involves compositions that may include at least one cargo delivery particle, which has a core and a shell. The core may consist of micronutrients, while the shell may be made of a coating material. The cargo delivery particle is designed to be less than about 10 nanometers in size. The methods described in this patent involve administering an effective amount of these compositions to plants.

Another notable patent is "Agrichemical compositions and methods of making and using same." This composition comprises a chelate-based ternary complex that is useful for disabling existing populations of microorganisms and inhibiting the growth of new ones. The complex includes a hydrogen peroxide component, a plant-compatible growth promoter component, and a divalent zinc ion component. The growth promoter may consist of urea, gluconate, or salicylate components.

Career Highlights

Tyler Maxwell is affiliated with the University of Central Florida Research Foundation Inc., where he conducts research and develops innovative solutions for agricultural challenges. His work has garnered attention for its potential to improve plant health and productivity.

Collaborations

Maxwell collaborates with notable colleagues such as Swadeshmukul Santra and Parthiban Rajasekaran, contributing to a dynamic research environment focused on advancing agricultural technologies.

Conclusion

Tyler Maxwell's contributions to the field of agricultural science through his innovative patents demonstrate his commitment to improving plant delivery systems. His work has the potential to significantly impact the agricultural industry and enhance plant health.