Company Filing History:
Years Active: 2006-2013
Title: The Innovative Contributions of Timothy C. Doyle
Introduction: Timothy C. Doyle, an accomplished inventor based in Alameda, CA, has made significant strides in the field of biotechnology. With a total of two patents to his name, Doyle has focused his research on advancing methods for the introduction of DNA into target cells, contributing valuable advancements in genetic engineering.
Latest Patents: Doyle's latest patents revolve around innovative methodologies for screening the introduction of DNA into target cells. The invention details how a polynucleotide can be introduced into a target cell using a light-generating protein coding sequence that acts as a reporter. One notable advantage of Doyle's methods is their effectiveness in transforming drug-resistant target cells or those lacking useful auxotrophic markers. Additionally, the patents encompass transformed cells created through these methods, alongside various modifications to the light-generating protein coding sequences and vectors that enhance their utility in research and application.
Career Highlights: Currently associated with Xenogen Corporation, Timothy C. Doyle has utilized his expertise to push the boundaries of genetic transformation. His work has significant implications in fields such as medicine and research, where effective gene delivery systems are crucial. Doyle's innovative approach can lead to new avenues for treating genetic disorders and improving genetic research methodologies.
Collaborations: Throughout his career, Timothy C. Doyle has collaborated with notable individuals, including coworkers Kevin P. Francis and Kevin A. Nawotka. These partnerships have likely contributed to the richness of his research and the development of his innovative patented methods.
Conclusion: Timothy C. Doyle stands out as a prominent figure in biotechnology, with a focused portfolio of patents that promise to revolutionize how DNA is introduced into target cells. His contributions not only highlight his prowess as an inventor but also underscore the potential benefits of his innovations for future scientific advancements.