Abstract
Modern biological research has benefited from a renaissance of light microscopy, brought about by the convergence of new developments in fields as diverse as electronics, physical optics, molecular biology, computer science and synthetic chemistry. Integration of these has transformed microscopy from an ancillary, static, 2-D tool into a highly useful, dynamic, 3-D research capability for biology and medicine. We believe that the understanding of certain fundamental biological functions by highly resolved, dynamic mapping of chemical and molecular events in living systems is within reach, based on novel, interdisciplinary imaging methods applied at the cellular level.
© 1995 Optical Society of America
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