Laser-tissue Interaction, Volume 11SPIE, 2000 - Laser ablation |
Contents
Immunotherapy regimens for combination with photodynamic therapy aimed at eradication | 16 |
Passive adoptive transfer of antitumor immunity induced by laserdyeimmunoadjuvant | 26 |
comparison of experimental results | 48 |
Copyright | |
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ablation acoustic aerosol angle antibodies apoptosis approximation backscattering biological tissue blood calculated cartilage cells collagen collimated components concentration density depth dermis detection detector determined diameter diffuse reflectance distance effect energy equation Er:YAG laser estimation experimental exposure fiber fiber laser Figure fluence fluorescence focused function heat heterodyne Hollinger Huygens-Fresnel principle imaging immune increase intensity J/cm² Jacques laser beam laser irradiation laser pulse Laser-Tissue Interaction XI layer measured mechanical method Monte Carlo Mueller matrix obtained optical coherence tomography optical properties parameters particles path phantom phase space Photochemical photodynamic therapy Photomechanical photon photosensitizer Photothermal plane polarization probe Proceedings of SPIE propagation proteoglycan radiation radius refractive index region sample scattering coefficient scattering medium shown in Fig signal simulation skin spatial speckle patterns SPIE Vol strain structure surface target technique temperature thermal thickness tumor ultrasound values wave wavelength Wigner