Michael John Dooley

Title: The Innovative Mind of Michael John Dooley

Introduction

Michael John Dooley, an inventive mind hailing from Kenmore, Australia, has made significant contributions to the field of protein engineering. With a comprehensive understanding of biochemical structures, Dooley has developed a patented method that enhances our ability to manipulate proteins for various applications.

Latest Patents

Michael John Dooley holds a patent focused on protein engineering. This innovative approach involves creating a searchable computer database containing entries that describe the location and orientation of amino acid side chains in a three-dimensional space of a framework protein. By enabling queries that correspond to specific structural characteristics of sample proteins, his invention allows for the identification of framework proteins with structural similarities. These identified proteins can then be further modified to exhibit desirable functionalities, including ones similar to or inhibitory of the sample protein.

Career Highlights

Dooley's career has been notably linked with the University of Queensland, where he has leveraged his expertise in protein engineering. His focus on advancing the understanding of protein structures contributes both to academic research and practical applications in biotechnology and pharmaceuticals.

Collaborations

Throughout his career, Michael John Dooley has worked alongside esteemed colleagues such as Mark Leslie Smythe and Peter Andrews. These collaborations have fostered an environment of innovation and excellence within the field, enhancing the potential for groundbreaking discoveries in protein engineering.

Conclusion

Michael John Dooley's work exemplifies the cutting-edge of protein engineering, merging computational methods with biochemical research. His patented method not only reflects his innovative spirit but also opens new avenues for future scientific inquiry and technological advancements in the domain of protein manipulation. His contributions, along with collaboration with talented individuals, promise a bright future for advancements in biotechnology.