Rushna Quddus

Title: The Innovative Journey of Rushna Quddus in Holographic Microscopy

Introduction

Rushna Quddus, an accomplished inventor based in New York, NY, has made significant strides in the field of holographic microscopy. With a pioneering patent to her name, she has developed an innovative automated holographic video microscopy assay that enhances the understanding of particle dynamics at the nanoscale. Her work has the potential to transform diagnostics through real-time analysis of colloidal particles.

Latest Patents

Rushna Quddus holds a notable patent for an "Automated holographic video microscopy assay." This invention utilizes an in-line holographic microscope to analyze video streams, allowing for the tracking of individual colloidal particles' three-dimensional motions. Notably, her system achieves nanometer resolution while simultaneously measuring particle sizes and refractive indexes. Furthermore, it directly detects viruses, antibodies, and related targets binding to specifically functionalized micrometer-scale colloidal probe beads, offering a unique solution that eliminates the need for downstream labeling and analysis.

Career Highlights

Throughout her career, Rushna has made significant contributions to both academia and industry. She has collaborated with New York University, where she honed her skills and knowledge in microscopy and particle analysis. Additionally, her tenure at Spheryx, Inc. enabled her to apply her innovative ideas in practical settings, further bolstering her reputation as a leading inventor in her field.

Collaborations

Rushna Quddus has worked closely with esteemed colleagues, including David G. Grier. Their collaborative efforts have enriched the research landscape, contributing valuable insights into the application of holographic microscopy in various scientific domains.

Conclusion

Rushna Quddus stands out as an influential figure in the realm of innovations in holographic microscopy. Her groundbreaking patent holds the promise of transforming diagnostic practices, allowing for real-time detection and analysis of microscopic targets. With her passion for invention and collaborative spirit, she continues to inspire the next generation of inventors and researchers in her field.