Company Filing History:
Years Active: 2012
Title: The Innovative Mind of Nicholas Adam Wolf
Introduction: Nicholas Adam Wolf, an inventor based in Woodinville, WA, has made significant contributions to the field of surface plasmon resonance technology. With a talent for developing advanced methodologies, he holds a patent that underlines his inventive prowess and dedication to scientific progress.
Latest Patents: Nicholas Adam Wolf is credited with a patent titled "Methods for Making and Using SPR Microarrays." This invention describes a novel article, process, and method specifically focused on surface plasmon resonance plates. In this innovative approach, a substrate is covered with a thin metal film, which is then topped with a second thin metal film. The surface of this second film is transformed into a metal oxide that enables the covalent bonding of organosilanes. By arranging reactive organosilanes with terminal bonding groups amid a backdrop of inert organosilanes, the attachment of biomolecules can be accurately detected or measured through the surface plasmon signals emitted from the first thin metal film.
Career Highlights: Nicholas is associated with Plexera, LLC, a company that excels in providing advanced biosensor technology. His work at Plexera integrates his inventive capabilities and research insights, contributing to breakthroughs in biosensing applications.
Collaborations: Throughout his career, Nicholas has collaborated with talented professionals, including Danliang Jin and Anna Barklund. These partnerships have fostered a creative environment that nurtures innovation and leads to the successful development of cutting-edge technologies.
Conclusion: Nicholas Adam Wolf stands out as an accomplished inventor whose patent in the surface plasmon resonance field demonstrates his commitment to advancing sensor technology. His collaboration with esteemed colleagues and his role at Plexera, LLC underscore the impact of teamwork in driving innovation. Through his work, Nicholas continues to pave the way for future discoveries in biomolecular applications.