James N Kinney

Title: James N Kinney: Innovating Microcompartments for Bacterial Applications

Introduction

James N Kinney, based in Clayton, CA, is a notable inventor recognized for his innovative contributions to molecular biology. With a focus on producing bacterial microcompartments, Kinney has developed methods that enhance the capabilities of these unique cellular structures.

Latest Patents

Kinney holds a patent titled "Methods for producing microcompartments." This patent describes a technique for creating a bacterial microcompartment shell or a designed shell derived from naturally occurring bacterial microcompartment shells in a new host organism. Central to this process is the construction of a synthetic operon that contains desired shell protein genes, with translation efficiency tailored by host-specific ribosomal binding sites. The technology allows for the encapsulation of proteins or other molecules within the microcompartment shells through various means, and it also includes constructs that can express self-assembling sheets made of shell proteins.

Career Highlights

Kinney's career is marked by his association with the University of California, where he has been instrumental in various research initiatives. His work in the field of synthetic biology and biochemistry has paved the way for new avenues of research and application in microbial engineering.

Collaborations

Throughout his career, James N Kinney has collaborated with distinguished colleagues such as Cheryl A Kerfeld and Jonathan K Lassila. These collaborations have spurred innovative research processes and contributed to advancements in their collective fields.

Conclusion

James N Kinney's contributions through his patent for producing microcompartments represent a significant advancement in biotechnology. His innovative techniques offer new possibilities for encapsulating molecular cargo within bacterial systems, showcasing the potential for applications in research and industry. As a leading figure in this niche of molecular innovation, Kinney continues to impact the scientific community with his groundbreaking work.