Michelle C Meltzer

Title: Michelle C Meltzer: Innovator in Microscopic Analysis and Selective Lysis Techniques

Introduction

Michelle C Meltzer is a prominent inventor based in Chelmsford, MA (US). She has made significant contributions to the field of microscopic analysis and biological sample processing. With a total of two patents to her name, her work focuses on innovative methods and devices that enhance the determination of microorganisms and other analytes.

Latest Patents

Meltzer's latest patents include groundbreaking inventions such as devices, compositions, and methods pertaining to microscopic analysis of microorganisms and other analytes of interest. This invention allows for the rapid determination of microorganisms, cells, and other analytes, including nucleic acid targets. The technology utilizes matrix-forming prolonged-dissolution hydrophilic polymer to encapsulate hybridization probes and other assay reagents within multiple reagent zones on a substrate. This design enables a plurality of assays to be performed on a single substrate, streamlining the analysis process.

Another notable patent involves methods for selective ultrasonic lysis of blood and other biological fluids and tissues. This invention features a lysis solution that selectively lyses endogenous cells in a biological sample when subjected to ultrasound. The lysis solution comprises Saponin and Proteinase, enhancing the efficiency of the lysis process.

Career Highlights

Meltzer's career is marked by her innovative approach to solving complex problems in biological analysis. Her patents reflect her commitment to advancing the field and improving methodologies for researchers and practitioners alike.

Collaborations

Throughout her career, Meltzer has collaborated with notable professionals, including Martin Fuchs and Melissa K Deck. These partnerships have contributed to the development and refinement of her inventions.

Conclusion

Michelle C Meltzer stands out as a key innovator in the realm of microscopic analysis and selective lysis techniques. Her contributions through her patents have the potential to significantly impact the field of biological research and analysis.