Won-Dong Jang

Title: The Innovative Journey of Won-Dong Jang

Introduction

Won-Dong Jang is an influential inventor based in Cambridge, MA, who has made significant contributions to the field of reproductive technology. With a focus on automating the analysis and selection of human embryos, his innovative work leverages deep learning techniques to enhance the viability and quality assessment in clinical in-vitro fertilization (IVF) processes.

Latest Patents

Won-Dong Jang holds a notable patent titled "Automated analysis and selection of human embryos." This patent describes embodiments that utilize deep learning to automate the measurement of key morphokinetic features of embryos associated with their viability and quality. The systems and methods outlined in the patent include processes for acquiring digital images of embryos, selecting each embryo in the images, and computationally characterizing crucial aspects such as the zona pellucida and fragmentation levels. A unique viability score is assigned to the embryos based on these detailed measurements.

Career Highlights

Throughout his career, Won-Dong Jang has worked with prestigious institutions, including Harvard College, where he has engaged in research and development to further the understanding of embryo viability. His experiences in this academic environment have allowed him to contribute to cutting-edge research that shapes contemporary reproductive technologies.

Collaborations

Won-Dong Jang has collaborated with prominent figures in his field, including Daniel Needleman and Hanspeter Pfister. These professional relationships have resulted in shared knowledge and insights, significantly enhancing the research outcomes and advancing the applications of their collective work in embryo analysis.

Conclusion

Through his singular patent and influential collaborations, Won-Dong Jang continues to pave the way for innovations in IVF practices. His contributions not only demonstrate the potential of technology in improving reproductive outcomes but also reflect the importance of interdisciplinary cooperation in advancing medical science.