Two-photon molecular excitation provides intrinsic 3-dimensional resolution for laser-based microscopy and microphotochemistry

Keyphrases

• Beam Focusing 50%
• Bioeffector 50%
• Biological Applications 50%
• Calcium Ion Activity 50%
• Cell Imaging 50%
• Cellular Energy Metabolism 50%
• Cytosolic Calcium 50%
• Diffraction Limit 50%
• DNA Staining 50%
• Dynamic Process 50%
• Electronic Transitions 50%
• Embryonic Imaging 50%
• Energy Combination 50%
• Fluorescent Indicator 50%
• Fluorescent Molecules 50%
• Illumination Intensity 50%
• Laser Microscopy 50%
• Laser Scanning Microscopy 50%
• Laser-based 100%
• Light Localization 50%
• Living Cells 50%
• Living Tissue 50%
• Microscopy 100%
• Molecular Excitons 100%
• NADH Autofluorescence 50%
• Optically Induced 50%
• Photodamage 50%
• Photon Density 50%
• Photon Energy 50%
• Photopharmacology 50%
• Point Localization 50%
• Pulsed Laser 50%
• Single Photon 50%
• Spatially Resolved Measurements 50%
• Submicron 50%
• Three-dimensional (3D) 100%
• Three-dimensional Resolution 50%
• Two-photon 100%
• Two-photon Excitation 100%
• Visualization Evaluation 50%
• Working Principle 50%

Chemistry

• Calcium Ion 100%
• Confocal Microscopy 100%
• DNA 100%
• Electronic Transition 100%
• Fluorescent Indicator 100%
• Illumination 100%
• Ion Activity 100%
• Metabolic 100%
• NADH 100%

Medicine and Dentistry

• Autofluorescence 50%
• Calcium Ion 50%
• Confocal Microscopy 50%
• Diffraction 50%
• Laser Microscopy 50%
• Two-Photon Microscopy 100%