Suzanne De La Monte

Title: Suzanne de la Monte: A Pioneer in Neurological Diagnostics

Introduction

Suzanne de la Monte, based in Cambridge, MA, is a notable inventor with a strong focus on neurological diagnostics. With four patents to her name, Dr. de la Monte has significantly contributed to the field of medical research surrounding neurological diseases, enhancing diagnostic methods and treatment strategies.

Latest Patents

Among her latest innovations, Suzanne has developed a method for detecting neurological disease or dysfunction. This invention utilizes antibodies specific to a neurological form of Pancreatic Thread Protein (nPTP) for the diagnosis of conditions such as Alzheimer's Disease and Down's Syndrome. The method employs monoclonal antibodies or nucleic acid probes to accurately identify nPTP, alongside providing a recombinant DNA molecule encoding the protein and its pure form. Another noteworthy patent focuses on the expression of neural thread proteins in recombinant hosts, which plays a critical role in identifying Alzheimer’s Disease and other neuroectodermal tumors. This invention also aids in immunodiagnostic and molecular diagnostic methods for detecting these proteins, as well as gene therapy applications.

Career Highlights

Throughout her career, Suzanne has been associated with prestigious establishments, including The General Hospital Corporation, where she has been able to apply her research and development skills in practical settings. Her innovations have had a lasting impact on the understanding and treatment of neurological disorders.

Collaborations

Collaborating with esteemed professionals such as Jack Raymond Wands and Jerome Gross, Suzanne has expanded her research horizons and contributed to advancements in her field. Her teamwork reflects the collaborative nature of scientific research, which is crucial for innovation.

Conclusion

Suzanne de la Monte stands as a prominent figure in the realm of neurological diagnostics. Her work not only enhances our understanding of complex neurological diseases but also paves the way for new diagnostic tools and treatment methodologies. With her innovative patents, she continues to influence the medical community and inspire future generations of inventors and researchers.