The illumination source for all high-resolution, optical sectioning, scanning microscopes is crucially important to the overall performance of the system. We examine advances that have been made in laser sources for both confocal and multiphoton microscopy where the emphasis has been on the development of potentially low-cost, easy to use sources. Growing interest in temporally and spatially resolved techniques has directed laser research towards addressing these challenges. We present the most recent developments in sources for confocal and multiphoton microscopy along with the considerations that should be made when a new source is being considered
Since the advent of the optical microscope around 400 years ago there has been an increasing desire ...
Confocal laser scanning microscopy is a powerful and well-established technique with a wide range of...
International audienceWe demonstrate the benefit of a novel laser strategy in multiphoton microscopy...
The illumination source for all high-resolution, optical sectioning, scanning microscopes is crucial...
The advent of confocal laser scanning microscopy revolutionized the field of fluorescent imaging. I...
In conventional confocal microscopes a visible light source is required that is well matched to the ...
Most multiphoton imaging has been undertaken using tuneable femtosecond Ti:Sapphire lasers which are...
This contribution describes contemporary status of confocal microscopy and possible application of w...
Multiphoton microscopy is commonly used as a tool in biological and material science. Using a high p...
We report on the application of a novel blue laser diode source to confocal microscopy. The source h...
Multiphoton laser-scanning microscopy is still developing rapidly, both technologically and by broad...
Confocal microscope permits the generation of three-dimensional images of biological and nonbiologic...
Confocal laser scanning microscopy (CLSM) has rapidly become an essential tool in the life sciences ...
Confocal microscopy has become a centrally important tool to the research microscopist. The technolo...
The desire to image with sub micron resolution at ever increasing depths into living samples is prov...
Since the advent of the optical microscope around 400 years ago there has been an increasing desire ...
Confocal laser scanning microscopy is a powerful and well-established technique with a wide range of...
International audienceWe demonstrate the benefit of a novel laser strategy in multiphoton microscopy...
The illumination source for all high-resolution, optical sectioning, scanning microscopes is crucial...
The advent of confocal laser scanning microscopy revolutionized the field of fluorescent imaging. I...
In conventional confocal microscopes a visible light source is required that is well matched to the ...
Most multiphoton imaging has been undertaken using tuneable femtosecond Ti:Sapphire lasers which are...
This contribution describes contemporary status of confocal microscopy and possible application of w...
Multiphoton microscopy is commonly used as a tool in biological and material science. Using a high p...
We report on the application of a novel blue laser diode source to confocal microscopy. The source h...
Multiphoton laser-scanning microscopy is still developing rapidly, both technologically and by broad...
Confocal microscope permits the generation of three-dimensional images of biological and nonbiologic...
Confocal laser scanning microscopy (CLSM) has rapidly become an essential tool in the life sciences ...
Confocal microscopy has become a centrally important tool to the research microscopist. The technolo...
The desire to image with sub micron resolution at ever increasing depths into living samples is prov...
Since the advent of the optical microscope around 400 years ago there has been an increasing desire ...
Confocal laser scanning microscopy is a powerful and well-established technique with a wide range of...
International audienceWe demonstrate the benefit of a novel laser strategy in multiphoton microscopy...