Julie S Biteen

Title: Innovations by Julie S. Biteen: Pioneering Three-Dimensional Molecular Imaging

Introduction

Julie S. Biteen is an accomplished inventor based in Menlo Park, California. With a solid foundation in scientific research and innovation, she has successfully been granted two patents that significantly contribute to the field of molecular imaging. Her work focuses on enhancing the capabilities of microscopy to capture detailed images of molecules beyond traditional optical limits.

Latest Patents

One of Julie S. Biteen's latest patents is titled "Three-dimensional single-molecule fluorescence imaging beyond the diffraction limit using a double-helix point spread function." This remarkable invention utilizes a double-helix point spread function in conjunction with a microscope, enabling the resolution of molecules beyond the optical diffraction limit and providing dual-lobed images of a molecule. The technique allows for the estimation of a molecule's axial position based on the rotation of the dual-lobed image. Additionally, the invention employs methods such as centroid fit calculations to accurately determine the angular rotation of the imaged lobes, which in turn corresponds to the molecule's position. This innovative approach is vital for understanding the three-dimensional localization of molecules, enhancing the potential applications in various scientific fields.

Career Highlights

Julie is currently associated with the University of Colorado, where her expertise continues to drive advancements in the realm of molecular imaging. Her commitment to scientific innovation is reflected in her active pursuit of patents and contributions to her field.

Collaborations

Throughout her career, Julie S. Biteen has collaborated with esteemed colleagues, including Rafael Piestun and Sri Rama Prasanna Pavani. These collaborations not only enrich her research but also foster a supportive environment for innovation and discovery within the scientific community.

Conclusion

Julie S. Biteen's contributions to molecular imaging technology exemplify the impact of innovative research and development. With her groundbreaking patents, she is paving the way for advancements that will enhance our understanding of molecular interactions and behaviors in three-dimensional space. As she continues to work at the University of Colorado, her influence and research are sure to inspire future generations of inventors and scientists.