Location History:
- Blackburg, VA (US) (2011)
- Sounderton, PA (US) (2010 - 2014)
- Blacksburg, VA (US) (2009 - 2015)
- Souderton, PA (US) (2000 - 2019)
Company Filing History:
Years Active: 2000-2019
Title: Dean Ervin Cress: Innovator in Biotechnology
Introduction
Dean Ervin Cress is a notable inventor based in Souderton, PA, with an impressive portfolio of 21 patents. His innovations primarily focus on biotechnology and genetic engineering, contributing to advancements in gene expression and its applications in various fields.
Latest Patents
Cress's latest invention revolves around substitution mutant receptors and their application in a nuclear receptor-based inducible gene expression system. This cutting-edge technology is pivotal in the field of biotechnology, specifically targeting gene expression. The novel substitution mutant receptors facilitate modulation of gene expression in host cells, which can be instrumental in gene therapy, large-scale production of proteins and antibodies, as well as cell-based high-throughput screening assays. Furthermore, these inventions have potential implications in functional genomics and the regulation of traits in transgenic organisms.
Career Highlights
Throughout his career, Dean Ervin Cress has made significant contributions to the biotechnology sector while working with renowned companies such as Intrexon Corporation and Rheogene, Inc. His work has been vital in shaping cutting-edge biotechnological solutions that address contemporary challenges in genetic engineering.
Collaborations
Cress has collaborated with esteemed colleagues such as Subba Reddy Palli and Tarlochan Singh Dhadialla. Their joint efforts have further propelled advancements in biotechnology, emphasizing the importance of teamwork in the innovative process.
Conclusion
Dean Ervin Cress's deep commitment to innovation and biotechnology continues to influence the field significantly. With a strong focus on gene expression and its multifaceted applications, his contributions not only pave the way for future innovations but also enhance existing methodologies in genetic engineering.