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Atribución-NoComercial-SinDerivadas 3.0 España
Abstract:
Confocal microendoscopy has been pushed by the improvements in fiber optic technology
and the miniaturization of optics and mechanics into the clinical domain. This new
imaging technology provides the possibility of analyzing, at the microscopic level, celluConfocal microendoscopy has been pushed by the improvements in fiber optic technology
and the miniaturization of optics and mechanics into the clinical domain. This new
imaging technology provides the possibility of analyzing, at the microscopic level, cellular
and sub-cellular features in vivo thanks to its high resolution. Together with a wide
field
fluorescence module, it will be used in animal models to study the performance of
potential fl
uorescence contrast agents in the NIRF. More specific, the first application
of our endoscope will be to study intestinal mucosa tissue using Acri
avine as dye in
animals which have several tissue alterations, in especial colorectal cancer. This system
has been designed to detect visible morphological changes in the mucosa structure that
are characteristic from many diseases and conditions. We present an imaging system
which will be accessible to everyone due to its reasonable price and
flexibility of use.[+][-]