… and tissues (Boulnois, 1986). Understanding of the pathologic effects of laser-tissue interactions
… of pathobiological effects and mechanisms of laser-tissue interactions using the analytic …

… often the nature of the subsequent laser-tissue interactions. … and photomechanical mechanisms
of laser-tissue interaction are … effects of stress in the tissue are mitigated. The optics of the …

… photomechanical effects play a role in laser ablation. One observation is that the energy
density threshold for tissue … Except for diffraction effects in the near field of the interaction zone, …

… phenomena of the photomechanical action of short laser pulses onto tissue-like media with
… to discuss some effects that may be important for the photomechanical ablation of tissue. …

… Modeling of photomechanical effects in tissues is still under development. In soft … Modeling
of photomechanical effects in tissues is still under development. In soft tissue, a simple …

… light-tissue interactions originated from tissue dispersion, scattering… This phenomenon is the
basis for photomechanical … This interaction also induces a number of thermoelastic effects in …

… of the photomechanical dynamics is necessary in order to manipulate the interaction
products of 355 nm pulses with biological tissues. The photomechanical effects originate from …

… tissue structures and their specificity related to interactions … light-tissue interactions themselves
that are caused by tissue … effects followed up by a chain of biological effects [2-5, 10-21]…

… On the other hand, mechanical forces are important factors for connective tissue
homeostasis. Connective tissues dynamically interact with mechanical and gravitational stimuli, …

… of pressure waves or shockwaves (photomechanical effects). Short-wavelength lasers can
cause electronic excitation of chromophores in the tissue and thus initiate a photochemical …