Cedarburg, WI, United States of America

Thomas Rhodes


Average Co-Inventor Count = 9.0

ph-index = 1

Forward Citations = 2(Granted Patents)


Company Filing History:


Years Active: 1998

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1 patent (USPTO):Explore Patents

Title: The Innovations of Thomas Rhodes

Introduction

Thomas Rhodes is an accomplished inventor based in Cedarburg, WI (US). He is known for his significant contributions to the field of biotechnology, particularly in the area of antifreeze proteins. His innovative work has led to the development of a unique method for expressing antifreeze proteins in yeast.

Latest Patents

Rhodes holds a patent for a method of expressing antifreeze proteins in yeast. This patent describes a process where yeast is genetically engineered through transformation with an expression vector that contains a natural yeast secretion signal sequence. This sequence is combined with a chemically synthesized gene encoding antifreeze protein, resulting in the expression, proper processing, and secretion of antifreeze protein that is heterologous to yeast in recoverable amounts. The patent also discloses DNA sequences comprising structural genes encoding peptides with the biochemical or physiochemical properties of antifreeze protein, along with a method for combining these gene sequences with appropriate expression vectors.

Career Highlights

Thomas Rhodes is currently employed at Miller Brewing Company, where he applies his expertise in biotechnology to enhance product development. His work at the company reflects his commitment to innovation and the application of scientific principles in practical settings.

Collaborations

Rhodes has collaborated with notable colleagues, including Matthew L. Tripp and Lance T. Lusk. These partnerships have contributed to the advancement of his research and the successful implementation of his patented methods.

Conclusion

Thomas Rhodes is a pioneering inventor whose work in expressing antifreeze proteins in yeast showcases his innovative spirit and dedication to biotechnology. His contributions continue to influence the field and demonstrate the potential of genetic engineering in practical applications.

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