Company Filing History:
Years Active: 1991-1993
Title: Innovative Diagnostic Techniques: The Contributions of Richard K. Lankow
Introduction: Richard K. Lankow, an inventor based in Cinnaminson, NJ, has made significant strides in the field of agricultural diagnostics. With a focus on diagnosing plant diseases, Lankow has been awarded two patents that highlight his innovative approach to testing plants for suspected antigens.
Latest Patents: One of Lankow’s latest inventions is a method and kit for diagnosing plant diseases. This patent describes a procedure in which a sample of a plant is taken and rubbed between two pads to extract sap. The extracted sap is then transferred to a liquid solution, where it is tested for the suspected antigen. The method involves contacting the solution with a tag antibody and a carrier that contains a capture antibody, allowing for the formation of a tag antibody-antigen-capture antibody complex on the carrier if the antigen is present. The carrier is subsequently tested for the tag antibody. This innovative diagnostic kit is designed to include the necessary pads, carrier, containers for the liquid solution and tag antibody, and a device or reagent to test the carrier for the tag antibody.
Career Highlights: Richard K. Lankow works with Agri-Diagnostics Associates, a company dedicated to advancing agricultural diagnostics. His dual patents showcase his commitment to enhancing the accuracy and efficiency of plant disease testing, positioning him as a valuable contributor to the field.
Collaborations: Throughout his career, Lankow has collaborated with notable coworkers, including Sally A. Miller and G. David Grothaus. These partnerships highlight the collaborative spirit within the company, fostering innovation and development in agricultural diagnostics.
Conclusion: Richard K. Lankow’s contributions to the field of plant disease diagnostics reflect his innovative mindset and dedication to improving agricultural practices. With his patents, he continues to pave the way for enhanced diagnostic methods that can significantly impact the agricultural sector, ensuring healthier plants and more robust crops for the future.