Company Filing History:
Years Active: 1998
Title: Elizabeth H. Hammond: Innovator in Microscopy Image Analysis
Introduction
Elizabeth H. Hammond, an accomplished inventor based in Salt Lake City, UT, has made significant strides in the field of microscopy image analysis. With one patent to her name, she has contributed valuable insights and technology that enhance the accuracy and reliability of analyzing stained samples.
Latest Patents
Hammond's patent is titled "Method and System for Multiple Wavelength Microscopy Image Analysis." This innovative approach involves segmenting images of samples stained with two, three, or more stains into multiple single-color images. These images accurately represent the mass density of the stain at various positions within the sample. The patented system comprises a computer-controlled microscope and a CCD camera, along with computer software designed for image acquisition and analysis. By obtaining images at different wavelengths and calculating relative stain mass densities, Hammond's method offers a robust framework for improving microscopy results.
Career Highlights
Dr. Hammond's work at IHC Health Services exemplifies her dedication to advancing scientific research through technology. Her commitment to developing practical solutions is reflected in her single patent, which stands as a testament to her innovative spirit. The patented technology marks a vital contribution to microscopy that can impact various research and clinical applications.
Collaborations
Throughout her career, Elizabeth has collaborated with notable colleagues such as Ruixia Zhou and Dennis Lee Parker. These partnerships highlight the collaborative nature of scientific innovation, where shared knowledge leads to breakthroughs in technology and research.
Conclusion
Elizabeth H. Hammond's contributions in microscopy image analysis through her patented method and system demonstrate her commitment to advancing the field. As she continues her work at IHC Health Services, her innovations are likely to inspire further developments in microscopy and analysis techniques, benefiting scientific communities worldwide.