E Brady Trexler

Title: E Brady Trexler: Innovator in Microbial Load Estimation

Introduction

E Brady Trexler is a notable inventor based in Montgomery, NY (US). He has made significant contributions to the field of microbial analysis through his innovative patent. His work focuses on developing devices and methods for accurately estimating microbial load in soil, which is crucial for various environmental and agricultural applications.

Latest Patents

Trexler holds a patent for "Devices and assays for estimating microbial load and differentiating microbial populations." This patent describes devices, methods, kits, and means for easy, accurate, and fast estimation of soil microbial load, including fungal load and the fungal to bacterial ratio. The methods involve extracting soil biomass into an extraction fluid to obtain a soil extract, followed by detecting the fungal fraction, bacterial fraction, and the fungal to bacterial ratio in the soil extract. The devices typically include microBIOMETER®, devices for particle size discrimination, and devices for absorbance and reflectance detection. The differences in microscopic sizes or spectroscopic absorbance of the fungal particles relative to those of the bacterial particles are utilized to compute the contribution of each type of particle to the biomass. In one example, the relative coverage of the microBIOMETER® device membrane by the fungal and/or bacterial particles can be measured and calculated using a cell phone camera and application.

Career Highlights

Trexler's career is marked by his dedication to advancing microbial analysis technology. His innovative approach has led to the development of practical solutions that enhance the accuracy and efficiency of microbial load estimation in soil.

Collaborations

Trexler collaborates with Judith Fitzpatrick, contributing to the advancement of research in microbial analysis.

Conclusion

E Brady Trexler's contributions to microbial load estimation through his innovative patent demonstrate his commitment to improving environmental and agricultural practices. His work continues to influence the field positively.