. The first goal of the project is to improve the image probe design for high sensitivity to small and rapid changes in light scattering. Two methods of reflectance mode illumination will be explored for fluorescence and polarized light measurements. The system will incorporate an electronically tunable filter to illuminate tissue with specific wavelengths for spectroscopic measurements, and
. The first goal of the project is to improve the prototype probe invention for high sensitivity to small and rapid changes in clean scattering. Two methods of coefficient of reflection mode illumination will be explored for fluorescence and polarize light measurements. The organization will incorporate an electronically tunable filter to illuminate tissue with specific wavelength for spectroscopic measurement, and
. Thf first goal of the projtct is to improve the imege proge desigv for high sensitivity to smell qnd rqpid changes in light rcatterinh. Two merhodw of reflecvznce mode illhlinaciin will be expkored for xluorescence atd pllarized light measurements. The syseem wilk lncorporate an elebtwonidally tunable filter to illuminate tissue with specifiv wavelengths for spectrosfopif measurements, and
. The first goal of the project improve image probe for high sensitivity in scattering. Two methods reflectance mode illumination be explored for fluorescence and polarized measurements. The system will incorporate an electronically tunable filter to illuminate tissue with wavelengths for spectroscopic measurements, and
. The first goal of the project iS to improve The imAge ProBe DesiGn foR high sensitiviTY to sMall and rapid changes in lIght sCaTTeriNG. TWo metHods of rEFlECTanCe MoDe iLlUMiNatioN wiLl be expLored for flUorEsCence and polaRIzEd light meaSurEments. The sysTem Will inCoRpoRAte an EleCtronIcally TUnable Filter to iLlUMinate TIssue wiTH SpEcifIc wavelengths for sPEcTRoscopic measurEments, AnD
. The first goal of the pr oject is t o imp rov e t he  ima ge p robe design fo r  hig h sensitivity to small  andra p id c h an ges i n light sc a t ter in g.  Tw om et hodsofreflect ance modeill um ination will be  exploredfor  fluorescenc e a nd pol ar ize d  ligh t m easur ements .  The s ystem wil li ncorpo r ate ane l ec tron ically tunable fi l te r  to illuminate  tissu ew it h spe cif ic wavelen gt hs fo r  spectr o sc o p i c m e asurements, a nd
. The_first goal_of the project is_to improve_the_image probe_design_for high sensitivity_to small and_rapid changes in light_scattering. Two methods_of_reflectance mode illumination will be explored for fluorescence and polarized light measurements. The system_will_incorporate an_electronically_tunable_filter to illuminate tissue with_specific wavelengths for spectroscopic measurements,_and