Laser-tissue Interaction, Volume 12SPIE, 2001 - Laser ablation |
Contents
Relevance of PDTinduced inflammatory response for the outcome of photodynamic therapy | 19 |
Photodynamic therapy PDT treatment enhances tumor cell antigenicity Invited Paper | 25 |
Characterization of optical and thermal distributions from an intracranial balloon applicator | 41 |
Copyright | |
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ablation plume absorption coefficient angle backscattered biological tissue birefringence boundary bubble calculated cancer cartilage reshaping cavitation cells circularly polarized damage decrease density depolarization detection detector diameter diffuse effects elastic equation experimental fiber Figure fluence fluorescence heat increase intensity Intralipid J/cm² Jacques laser ablation laser exposure laser irradiation laser pulse laser radiation laser-induced Laser-Tissue Interaction XII lesions linear polarizer measured mechanical melanin melanosome modulus Mueller matrix NADPH Nd:YAG laser observed optical coherence tomography optical depth optical properties oxidation oxygen parameters particles phase Photochemical photodynamic therapy Photofrin Photomechanical photons Photothermal polarized light porcine Proceedings of SPIE protein psoralen pulse duration pulse energy Q-switched radiant exposure retardance retinal sample scattering septal cartilage signal simulation skin Sobol SPIE Vol Stokes vector stress surface temperature thermal thickness threshold transmission tumor ultrashort vivo water content wave wavelength