Diagnostics
Spectrally encoded endoscopy
Multi-channel spectrally encoded endoscope
Imaging blood flow
Adjusting field of view using dispersion
Therapy
Specific cell fusion
Nano-manipulations of cells
Nanoparticle-pulse interaction
Nano-manipulations of macro-molecules
Mint
Multiphoton Ionization Nanotherapy
Diagnostics

Using a miniature diffraction grating and lens, spectrally encoded endoscopy is capable of high resolution imaging through single fiber endoscopic probes...
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Therapy

Bi-specific gold nanoparticles and femtosecond pulses are used for fusing between specific types of cells.
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The Biomedical Optics Laboratory, headed by Prof. Dvir Yelin (PhD), studies the applications of advanced optics to address some of today's clinical challenges. Main research projects include the development of minimally invasive diagnostics tools and novel therapeutic approaches for cancer with minimum toxicity and side effects.
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MINT
Multiphoton Ionization Nanotherapy


The application of nanotechnology for addressing key problems in clinical diagnosis and therapy holds great promise in medicine and in cancer in particular...
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