Laser-tissue Interaction, Volume 14SPIE, 2003 - Laser ablation |
Contents
Specific antitumor immune response with photodynamic therapy mediated | 1 |
SESSION | 9 |
Progress in the development of photodynamictherapygenerated cancer vaccines | 10 |
Copyright | |
27 other sections not shown
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Common terms and phrases
absorption coefficient Andres Kriete assay backscattered biological tissue blood volume cancer caries characterization cholesteryl oleate circular polarized collagen comet comet assay curves damage dehydration level diameter effects equation experimental experiments fiber fluorescence gelatin heat shock hsp70 response hyperthermia immune increase induced intensity J/cm² laser ablation laser exposure laser irradiation laser pulse Laser-Tissue Interaction XIV layer lesions light source luciferase macropulse material ejection measurement mechanical melanin method Mueller matrix optical properties parameters penetration depth phantom phase explosion photoacoustic photodynamic therapy photon counts pigmentation pixel polarization porcine liver post exposure Proceedings of SPIE propagation protein radiant exposure Rayleigh waves recoil recoil-induced reduced scattering coefficient region sample scaffold scattering coefficient shown in Figure skin soft tissues speckle pattern SPIE Vol strain stress target technique temperature tensile thermal threshold tissue engineering tissue scaffold tumor vaccines vaporization velocity viscoelastic W/cm² wavelength Yucatan mini-pig