Company Filing History:
Years Active: 2007-2011
Title: **Innovations in DNA Synthesis: The Contributions of Shane T. Flickinger**
Introduction
Shane T. Flickinger, an innovative inventor based in Fitchburg, Wisconsin, has made significant strides in the field of biotechnology. With two patents to her name, she has developed cutting-edge methods for the synthesis of DNA sequences. Her work is instrumental in advancing genetic research and applications in various disciplines.
Latest Patents
Flickinger's most notable patents focus on a revolutionary method for the synthesis of double-stranded DNA molecules. This approach allows for the direct synthesis of DNA molecules of varying sizes and sequences. The process involves logically breaking down the DNA into smaller overlapping segments. A maskless microarray synthesizer creates a DNA microarray on a substrate, where each feature of the array is populated with one of the overlapping DNA segments. Once synthesized, these DNA segments are released and held under conditions that favor hybridization. They spontaneously combine to form the desired DNA constructs. Notably, this method enables remote assembly of DNA sequences, similar to facsimile transmission, where the information can be transmitted to an instrument capable of synthesizing the required DNA from the provided data.
Career Highlights
Flickinger has built her career at the Wisconsin Alumni Research Foundation, where her innovative contributions to DNA synthesis are valued. Her work not only enhances our understanding of genetic material but also opens avenues for novel applications in medicine and biotechnology.
Collaborations
Throughout her research endeavors, Shane T. Flickinger has collaborated with esteemed colleagues, including Peter Jeremy Belshaw and Michael J. Sussman. These collaborations signify a strong network of innovative thinkers working together to push the boundaries of scientific inquiry.
Conclusion
Shane T. Flickinger's contributions to the field of DNA synthesis are noteworthy and have the potential to impact various scientific and medical fields. Her patent-pending methods exemplify the innovative spirit and forward-thinking necessary for progress in biotechnology. As she continues her work, the implications of her research promise to enhance both our understanding of genetics and its practical applications.