Company Filing History:
1 out of 5 
1 out of 5 Years Active: 1987
Title: The Innovations of John S. Salstrom
Introduction
John S. Salstrom is a notable inventor based in Edina, MN (US). He has made significant contributions to the field of molecular genetics, particularly in the production and application of reverse transcriptase. With a total of 2 patents, his work has advanced the understanding and capabilities of genetic engineering.
Latest Patents
Salstrom's latest patents include innovative methods for the production of reverse transcriptase. These methods utilize recombinant DNA techniques to produce the beta-subunit of reverse transcriptase. The patents describe the cloning and expression of the gene coding for this subunit, as well as the characterization and isolation of the gene product. The resulting recombinant plasmids are designed for efficient expression of the reverse transcriptase gene in various microorganisms. Additionally, he has developed plasmid cloning and expression vectors that facilitate DNA cloning and expression in microbial hosts. These vectors include essential components such as promoters, translation start codons, and cloning segments that allow for the detection of gene expression.
Career Highlights
Throughout his career, John S. Salstrom has worked with several organizations, including Molecular Genetics, Inc. and Molecular Genetics Research and Development Limited Partnership. His expertise in molecular genetics has positioned him as a key figure in the development of genetic engineering techniques.
Collaborations
Salstrom has collaborated with notable colleagues, including John H. Weis and Dawn Newman. These partnerships have contributed to the advancement of research in molecular genetics and the practical applications of his inventions.
Conclusion
John S. Salstrom's contributions to the field of molecular genetics through his patents and collaborations have significantly impacted the scientific community. His innovative approaches to reverse transcriptase production and DNA cloning continue to influence research and development in genetic engineering.