We develop an adaptive optics (AO) multiphoton microscope by incorporating a deformable mirror and a Hartmann-Shack wavefront sensor. The AO module operating in closed-loop is used to correct for the aberrations of the illumination laser beam. This increases the efficiency of the nonlinear processes in reducing tissue photodamage, improves contrast, and enhances lateral resolution in images of nonstained ocular tissuesThis work has been supported by Ministerio de Educacion´ y Ciencia, Spain (Grants FIS2007-64765 & Consolider SAUUL CSD2007-00033) and Fundacion Seneca, Murcia, Spain (Grant No. 04524/GERM/06). The authors thank J.Postprint (published version
Modern bio-imaging techniques such as light-sheet, multiphoton and PALM/STORM are now aiming to imag...
Nonlinear microscopy, with its unique advantages over conventional confocal fluorescence microscopy,...
Adaptive optics is rapidly transforming microscopy and high-resolution ophthalmic imaging. The adapt...
A multiphoton microscope incorporating a HartmannShack HS wavefront sensor to control the ultrafast ...
A dedicated two-photon microscope incorporating adaptive-optic correction of specimen-induced aberra...
A dedicated two-photon microscope incorporating adaptive-optic correction of specimen-induced aberra...
A dedicated two-photon microscope incorporating adaptive-optic correction of specimen-induced aberra...
We describe advances in adaptive optics for use in microscopy and laser-based micro/nano-fabrication...
Originally developed for astronomy and military use, adaptive-optics is coming into its own for use ...
Nonlinear microscopy is capable of imaging biological tissue non-invasively with sub-cellular resolu...
Nonlinear microscopy is capable of imaging biological tissue non-invasively with sub-cellular resolu...
Aberrations affect the operation of optical systems, particularly those designed to work at the diff...
Aberrations affect the operation of optical systems, particularly those designed to work at the diff...
The imaging depth of two-photon excitation fluorescence microscopy is partly limited by the inhomoge...
The use of adaptive lenses instead of deformable mirrors can simplify the implementation of an adapt...
Modern bio-imaging techniques such as light-sheet, multiphoton and PALM/STORM are now aiming to imag...
Nonlinear microscopy, with its unique advantages over conventional confocal fluorescence microscopy,...
Adaptive optics is rapidly transforming microscopy and high-resolution ophthalmic imaging. The adapt...
A multiphoton microscope incorporating a HartmannShack HS wavefront sensor to control the ultrafast ...
A dedicated two-photon microscope incorporating adaptive-optic correction of specimen-induced aberra...
A dedicated two-photon microscope incorporating adaptive-optic correction of specimen-induced aberra...
A dedicated two-photon microscope incorporating adaptive-optic correction of specimen-induced aberra...
We describe advances in adaptive optics for use in microscopy and laser-based micro/nano-fabrication...
Originally developed for astronomy and military use, adaptive-optics is coming into its own for use ...
Nonlinear microscopy is capable of imaging biological tissue non-invasively with sub-cellular resolu...
Nonlinear microscopy is capable of imaging biological tissue non-invasively with sub-cellular resolu...
Aberrations affect the operation of optical systems, particularly those designed to work at the diff...
Aberrations affect the operation of optical systems, particularly those designed to work at the diff...
The imaging depth of two-photon excitation fluorescence microscopy is partly limited by the inhomoge...
The use of adaptive lenses instead of deformable mirrors can simplify the implementation of an adapt...
Modern bio-imaging techniques such as light-sheet, multiphoton and PALM/STORM are now aiming to imag...
Nonlinear microscopy, with its unique advantages over conventional confocal fluorescence microscopy,...
Adaptive optics is rapidly transforming microscopy and high-resolution ophthalmic imaging. The adapt...