Company Filing History:
Years Active: 2010
Title: Discovering the Innovations of Michael K. Wismer
Introduction
Michael K. Wismer is an accomplished inventor based in Rahway, NJ, recognized for his innovative contributions in the field of animal health research. With a single patent to his name, he has developed a method and apparatus that brings significant advancements in the assessment of animal paw volume, especially useful in scientific assays.
Latest Patents
Wismer's notable patent is titled "Method and apparatus for measuring the volume of an animal paw". This invention offers an improved technique for measuring the volume of an animal paw, making it particularly suitable for use in a rat paw edema assay. The unique apparatus measures the volume of liquid displaced when an object, such as an animal paw, is submerged in a liquid-filled cup, housed within a cup holder basin. The engineering behind this invention revolves around calculating the buoyant force resulting from the liquid displacement, thus providing accurate volume measurements.
Career Highlights
Michael K. Wismer is associated with Merck Sharp & Dohme Corporation, a leading global healthcare company that emphasizes research and innovation. His work in the corporation showcases his commitment to advancing veterinary and animal welfare through scientific inquiry and inventive solutions.
Collaborations
Throughout his career, Wismer has collaborated with esteemed colleagues, including Gary S. Kath and Paul R. Augustine. Their collective expertise has undoubtedly enriched the research environment, leading to groundbreaking advancements in veterinary science and methodologies.
Conclusion
Michael K. Wismer's innovative approaches have contributed to significant developments in the measurement of animal health parameters. His patent embodies a remarkable step forward in scientific assessment techniques, reflecting the potential for innovative solutions in animal welfare and research methodologies. With his continued dedication at Merck Sharp & Dohme Corporation, both Wismer and his collaborators are likely to make further strides in this vital field.