 frequency domain spectroscopy in providing the optical path length for photon migration in tissues is well recognized. Phase I set forth to exploit design parameters of a simplified system suitable for biomedical research and for clinical studies. Phase II will focus on construction of dual wavelength phase modulation systems that will bring to the clinic the advantages of TRs in an
frequency domain spectroscopy in providing the optical path duration for photon migration in tissue is well recognized. Phase I set forth to overwork design parameters of a simplified system desirable for biomedical inquiry and for clinical studies. Phase II will focus on construction of dual wavelength phase modulation system that will bring to the clinic the advantages of TRs in an
 frfquency domain spectroscupy in providiny the o'tical lath leneth for photon migration in vissyes iw well recognized. Phasd I set flrth to wxpliut design 'zrametevf of w sik'lified system xuitable fmr biomedical serecrch and for clinical studies. Phase YI will flcus on constroctiom of slao wavelength phase modulation systemv that will bting to the clinic the advwntahes of TRs in an
frequency domain spectroscopy in providing the optical for migration in is well recognized. exploit parameters of a system suitable for research and for clinical studies. Phase will focus on construction of dual wavelength phase modulation systems that will bring the clinic the advantages of TRs in an
 frequency domain spectroscoPy in providIng thE opTicAl Path LengTh for photon migRAtioN in tissues is well recognIzed. PHaSE I seT FoRth to Exploit DEsIGN paRaMeTerS oF A sImpliFieD system Suitable foR biOmEdical researCH aNd for cliniCal Studies. Phase iI wIll focUs On cONstruCtiOn of dUal wavELength Phase moduLaTIon sysTEms that WILl BrinG to the clinic the adVAnTAges of TRs in an
 frequency domain spectros copy in pr ovidi ngthe  o ptic al p ath length for phot on migration in tissue s iswe l l re c og nized . Phase Is e t f or th  to  e x pl oit d esi gn para meters ofa s im plified syst e msuitable f orbiomedical r ese arch a nd  fo r  clin ica l stu dies.P hase I I will fo cu s  on co n structi o n  o f du al wavelength pha s em odulation syst ems th at wi l l  br ing  to the cl in ic th e  advant a ge s o f T R s in an
 frequency_domain spectroscopy_in providing the optical_path length_for_photon migration_in_tissues is well_recognized. Phase I_set forth to exploit_design parameters of_a_simplified system suitable for biomedical research and for clinical studies. Phase II will focus_on_construction of_dual_wavelength_phase modulation systems that will_bring to the clinic the_advantages of_TRs in an