Anne M Boulet

Title: Innovations in Differentiative Expression Modules by Anne M Boulet

Introduction

Anne M Boulet is a prominent inventor based in San Francisco, CA, who has made significant strides in the field of biotechnology. She is known for her innovative contributions, particularly in the development of differentiative expression modules that enhance the controlled expression of DNA sequences in eukaryotic cells. Her work is vital for the production of desired heterologous proteins, which have wide-ranging applications in medicine and research.

Latest Patents

Anne M Boulet holds a patent titled "Differentiative Expression Modules." This patent presents methods that facilitate the more effective control of gene expression in differentiated eukaryotic cells. The patented technology utilizes control modules derived from selectively expressed genes, such as those for insulin and chymotrypsin. These innovative control elements contain cis-acting sequences that interact with indigenous trans-acting substances, allowing for precise regulation of gene expression. The methods described also include techniques for locating and ligating upstream enhancer sequences into differentiative expression modules, paving the way for improved production of heterologous proteins.

Career Highlights

Throughout her career, Anne M Boulet has been associated with the University of California, a leading research institution in the United States. Her dedication to advancing biotechnological applications and her role as an inventor contribute to the innovative research environment at the university. Her commitment to scientific excellence has set a benchmark for fellow researchers and aspiring inventors in the field.

Collaborations

Anne M Boulet has collaborated with noteworthy colleagues such as William J Rutter and Michael D Walker. These partnerships have fostered an environment of innovation, facilitating groundbreaking research and development in the realm of genetic engineering and biotechnology.

Conclusion

Anne M Boulet's contributions to the field of biotechnology, especially through her patented differentiative expression modules, underscore her importance as an inventor. With her innovative approach to controlling gene expression in eukaryotic cells, she continues to influence research practices and applications in biotechnology. Her work not only enhances our understanding of gene regulation but also opens new avenues for the development of therapeutic proteins and other biotechnological advancements.