Tania Konry

Title: Innovations of Tania Konry: Pioneering Microfluidic Technology

Introduction

Tania Konry, an accomplished inventor based in Boston, MA, has made significant strides in the field of microfluidics. With a remarkable record of nine patents, her work primarily focuses on high-throughput cell assays and innovative methods for single cell analysis. Tania's inventions play a crucial role in advancing cellular research and therapeutic applications.

Latest Patents

Among her latest patents, Tania has developed a "Parallel microfluidic device for high throughput cell assays in microdroplets." This technology implements a microdroplet-based system that allows for the simultaneous analysis of different cells or cell combinations on a single microfluidic chip. It features integrated parallel devices and switches, enabling researchers to screen various drug combinations' effects on individual cells efficiently.

Another notable patent is the "Single cell isolation and processing system with reversible well shape." This innovation employs arrays of microwells that can change shape, enabling culture, analysis, and collection of individual cells or cell groups. The reversible formation of microwells through vacuum-induced deflection allows for precise manipulation without requiring micromanipulation, facilitating further studies and therapeutic applications.

Career Highlights

Tania Konry has contributed her expertise to several prestigious institutions, including Northeastern University and The General Hospital Corporation. Her innovative work in the field of microfluidics has garnered attention and recognition, establishing her as a leading figure in cell analysis technologies.

Collaborations

Throughout her career, Tania has worked alongside talented individuals such as Saheli Sarkar and Pooja Sabhachandani. These collaborations have contributed to the successful development and implementation of her cutting-edge technologies, enhancing research in cellular studies.

Conclusion

As a trailblazer in microfluidic technology, Tania Konry's innovative patents have the potential to revolutionize how researchers analyze and understand cellular processes. Her contributions to the field, coupled with her impressive collaborations, signify a promising future for advancements in microfluidic applications and their impact on biomedical research.