Company Filing History:
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Years Active: 1998-1999
Title: Achievements and Innovations of Jerry Edwin Quisenberry in Plant Gene Expression
Introduction: Jerry Edwin Quisenberry, an inventive mind located in Idalou, Texas, has made significant contributions in the field of plant biotechnology. With a total of three patents to his name, Quisenberry’s work primarily focuses on the control of plant gene expression, showcasing the innovative potential within genetic modification techniques.
Latest Patents: Quisenberry's latest patents present groundbreaking methods for creating genetically modified plants. These methods involve regenerating whole plants from transfected plant cells using DNA sequences that alter plant phenotypes through a transiently active promoter. One of his notable inventions includes a sophisticated system where the desired gene is separated by a blocking sequence and flanked by specific excision sequences. In addition, a gene that encodes a recombinase is linked to a repressible promoter, alongside another gene for a repressor specific to the promoter. Furthermore, he has developed methods for producing genetically modified hybrid plants by hybridizing two separately transfected plants, leading to enhanced genetic attributes in the resulting offspring.
Career Highlights: Quisenberry has effectively combined his innovative research with practical applications in the agricultural sector. His tenure at Delta and Pine Land Company, along with collaborative work with the United States of America, has allowed him to advance his research while contributing to leading agricultural advancements.
Collaborations: Throughout his career, Quisenberry has had the opportunity to collaborate with noteworthy colleagues such as Melvin John Oliver and Norma Lee Trolinder. Their collective expertise undoubtedly bolstered the impact of his research in plant genetic modification.
Conclusion: Jerry Edwin Quisenberry continues to foster innovations that shape the future of agricultural biotechnology. His dedication to developing methods for plant gene expression demonstrates the essential link between innovative research and real-world application, paving the way for more sustainable agricultural practices. With a commitment to advancing plant genetic engineering, his contributions are set to inspire future developments in this vital field.