D. Lansing Taylor
Papers
2
Total Citations
14
H-Index
2
About
D. Lansing Taylor is a pioneering figure in the field of biological imaging and drug discovery, whose work has fundamentally transformed how scientists observe and manipulate living systems. His primary research areas include automated microscopy, high-content screening, and the development of advanced optical technologies for cellular analysis. Taylor's most significant contribution is the invention of the Automated Interactive Microscope, a robotic light microscope workstation that combines high-performance optics with computational analysis to measure and manipulate the chemical and molecular dynamics of cells and tissues in real time. This groundbreaking work, detailed in his 1996 paper, laid the foundation for modern high-content screening platforms used extensively in pharmaceutical research. Taylor also made notable contributions to the evolution of light microscopy, as described in his 1994 paper "New waves in light microscopy," which highlighted the revolutionary impact of fluorescent probes, improved detectors, and computer technology on biological imaging. As the founder of the University of Pittsburgh Drug Discovery Institute, his work has bridged the gap between basic cell biology and translational medicine, earning him recognition as a leader in integrating advanced imaging with automated analysis for drug development.
Research Focus
Key Achievements
Top Papers
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- 2<title>New waves in light microscopy</title>2 citations · 1994