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Optimization of a novel, wide-field, high resolution optical microscopy system
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|Title: ||Optimization of a novel, wide-field, high resolution optical microscopy system|
|Authors: ||Jhaveri, Sankhesh|
Shah, Mitul A.
Doehring, Todd C.
|Issue Date: ||6-Jul-2009|
|Abstract: ||Knowledge of the complex fiber structures of soft tissues can lead to greater understanding of basic structure-function relationships and potentially to improvements in tissue engineered constructs and micro-repair techniques. Imaging these structures in fresh, whole-tissue samples is difficult,mainly because current microscopes are designed for small-scale, narrow field imaging of thin, slide-mounted specimens. Several precision stage motaging systems like the CoolScopeTM whole slide scanner (Nikon, Inc.), Scanscope XT(Aperio, Inc.) are available but they are only capable of single mode imaging, are often time consuming and can be prohibitively expensive for a small research
laboratory. The goal of this project was to develop a high speed, high
resolution imaging system at low cost - capable of imaging thicker, fresh tissue samples as well as prepared slides using both, normal and polarized light.|
|Appears in Collections:||Drexel Research Day|
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