Helena Futscher De Deus

Introduction

Helena Futscher De Deus is an innovative inventor based in Cambridge, MA, recognized for her groundbreaking contributions to genomic information management. With a focus on integrating genomic testing into daily physician practices, her work offers transformative potential in the field of precision medicine.

Latest Patents

Helena Futscher De Deus holds a patent titled "System and Method for Managing Genomic Information." This invention includes various embodiments that provide user interfaces to access genomic testing information, facilitating its incorporation into everyday clinical practice. One of the key aspects of her patent is the use of a graph-based data model, which organizes and revises precision medicine knowledge effectively. The system allows for the abstraction of gene states into alteration groups, utilizing reverse engineering to create actionable insights stored within the graph-based structure. By analyzing and synthesizing extensive volumes of genomic alterations alongside associated information—such as journal articles, clinical trials, and therapies—her invention equips practitioners to make informed decisions based on specific genomic alterations.

Career Highlights

Helena is a notable member of Foundation Medicine, Inc., where her expertise and innovative approach significantly contribute to advancing the understanding and application of genomic data in clinical settings. Her vision not only impacts the immediate context of healthcare but also enhances the broader landscape of precision medicine.

Collaborations

Throughout her career, Helena has collaborated with esteemed colleagues, including Rachel Lauren Erbach and Ronald David Collette. These partnerships highlight the importance of teamwork in advancing scientific research and the development of innovative healthcare solutions.

Conclusion

Helena Futscher De Deus exemplifies the spirit of innovation in medicine, with her patent poised to revolutionize how genomic information is utilized by healthcare practitioners. Her work addresses critical challenges in the integration of genomic data, pushing the boundaries of what's possible in personalized treatment modalities. As the field of precision medicine continues to evolve, Helena's contributions will undoubtedly play a pivotal role in shaping its future.