1
Mcmahon Brian T, Sievert Chester E Jr, Wilson Scott R, Zimmermann Ronald R, Palme Robert A, Yager John G, Walsh David R: Optical biopsy system and methods for tissue diagnosis. Spectrascience, VIKSNINS Ann S, September 16, 1999: WO/1999/045838 (5 worldwide citation)

A system characterized tissue using fluorescence spectroscopy, such as light-induced fluorescence. Native fluorescence ('autofluorescence') from endogenous tissue without requiring fluorescence-enhancing agents is used to distinguish between normal tissue, hyperplastic tissue, adenomatous tissue, an ...


2
Wilson Scott R, Sievert Chester E Jr, Mcmahon Brian T, Zimmermann Ronald R, Palme Robert A, Yager John G, Walsh David R: Optical biopsy system and methods for tissue diagnosis. Spectrascience, January 28, 2009: EP2018824-A1 (1 worldwide citation)

A system characterized tissue using fluorescence spectroscopy, such as light-induced fluorescence. Native fluorescence ("autofluorescence") from endogenous tissue without requiring fluorescence-enhancing agents is used to distinguish between normal tissue, hyperplastic tissue, adenomatous tissue, an ...


3
Mcmahon Brian T, Sievert Chester E Jr, Wilson Scott R, Zimmermann Ronald R, Palme Robert A, Yager John G, Walsh David R: Systeme de biopsie optique, Optical biopsy system and methods for tissue diagnosis. Spectrascience, Spectrascience, GOWLING LAFLEUR HENDERSON, September 16, 1999: CA2322768 (1 worldwide citation)

A system characterized tissue using fluorescence spectroscopy, such as light-induced fluorescence. Native fluorescence ("autofluorescence") from endogenous tissue without requiring fluorescence-enhancing agents is used to distinguish between normal tissue, hyperplastic tissue, adenomatous tissue, an ...


4

5
ZIMMERMANN RONALD R: Light diffusing device. ADVANCED PHOTODYNAMIC TECHNOLOGIES, Emery Richard C, April 29, 2010: WO/2010/047750

A light diffusing device for use in photodynamic therapy has a progressively distally increased exposed amount of core fiber defining a light emitting section. Excessive light energy emission is thus prevented access to proximal locations and provides an increased amount of available light energy at ...


6
Mcmahon Brian T, Sievert Chester E Jr, Wilson Scott R, Zimmermann Ronald R, Palme Robert A, Yager John G, Walsh David R: Optical biopsy system for tissue diagnosis. Spectrascience, January 10, 2001: EP1065970-A1

A system characterized tissue using fluorescence spectroscopy, such as light-induced fluorescence. Native fluorescence ("autofluorescence") from endogenous tissue without requiring fluorescence-enhancing agents is used to distinguish between normal tissue, hyperplastic tissue, adenomatous tissue, an ...


7
Zimmermann Ronald R, Biel Merrill A, Mersch Steven H: Light diffusing device. Advanced Photodynamic Technolo, li jian, September 28, 2011: CN200980142203

A light diffusing device for use in photodynamic therapy has a progressively distally increased exposed amount of core fiber defining a light emitting section. Excessive light energy emission is thus prevented access to proximal locations and provides an increased amount of available light energy at ...


8
ZIMMERMANN RONALD R, BIEL MERRILL A, MERSCH STEVEN H: DISPOSITIF DIFFUSEUR DE LUMIERE, LIGHT DIFFUSING DEVICE. ADVANCED PHOTODYNAMIC TECHNOLOGIES, ADVANCED PHOTODYNAMIC TECHNOLOGIES, GOWLING WLG, June 28, 2016: CA2740373

A light diffusing device for use in photodynamic therapy has a progressively distally increased exposed amount of core fiber defining a light emitting section. Excessive light energy emission is thus prevented access to proximal locations and provides an increased amount of available light energy at ...