International audienceWe present a multiphoton microscope using a Cr4 + :forsterite femtosecond laser with an emission wavelength of 1260 nm for the excitation of the multiphoton processes. This wavelength is well adapted to the "optical window" in biological tissues and permits to reach higher imaging depths than systems using more conventional titanium:sapphire laser sources. The paper describes the experimental set-up and reports on first results on human cornea and skin samples
The aim of this work is to demonstrate that multiphoton microscopy is a preferred technique to inves...
Since the first demonstration of multiphoton microscopy in 1990, the multiphoton microscope has foun...
International audiencePurpose:To evaluate three combined modalities of multiphoton microscopy, secon...
International audienceWe present a multiphoton microscope using a Cr4 + :forsterite femtosecond lase...
International audienceMulticolor multiphoton microscopy is experimentally demonstrated for the first...
International audiencePurpose: The authors present a multiphoton microscope set–up mounted on a micr...
Multiphoton microscopy is commonly used as a tool in biological and material science. Using a high p...
We present a multiphoton microscope designed for mesoscale imaging of human skin. The system is base...
A minimally invasive imaging modality that provides both cellular and extracellular structural infor...
Two-photon excitation microscopy has the potential as an effective, noninvasive, diagnostic tool for...
Both reflected confocal and multiphoton microscopy can have clinical diagnostic applications. The su...
The use of multiphoton microscopy has proven its potential on deep tissue virtual biopsy for early d...
A single-cavity dual-wavelength all-fiber femtosecond laser is designed to generate 1030 nm waveleng...
The aim of this work is to demonstrate that multiphoton microscopy is a preferred technique to inves...
Multiphoton microscopy is a well-established technique for biological imaging of several kinds of ta...
The aim of this work is to demonstrate that multiphoton microscopy is a preferred technique to inves...
Since the first demonstration of multiphoton microscopy in 1990, the multiphoton microscope has foun...
International audiencePurpose:To evaluate three combined modalities of multiphoton microscopy, secon...
International audienceWe present a multiphoton microscope using a Cr4 + :forsterite femtosecond lase...
International audienceMulticolor multiphoton microscopy is experimentally demonstrated for the first...
International audiencePurpose: The authors present a multiphoton microscope set–up mounted on a micr...
Multiphoton microscopy is commonly used as a tool in biological and material science. Using a high p...
We present a multiphoton microscope designed for mesoscale imaging of human skin. The system is base...
A minimally invasive imaging modality that provides both cellular and extracellular structural infor...
Two-photon excitation microscopy has the potential as an effective, noninvasive, diagnostic tool for...
Both reflected confocal and multiphoton microscopy can have clinical diagnostic applications. The su...
The use of multiphoton microscopy has proven its potential on deep tissue virtual biopsy for early d...
A single-cavity dual-wavelength all-fiber femtosecond laser is designed to generate 1030 nm waveleng...
The aim of this work is to demonstrate that multiphoton microscopy is a preferred technique to inves...
Multiphoton microscopy is a well-established technique for biological imaging of several kinds of ta...
The aim of this work is to demonstrate that multiphoton microscopy is a preferred technique to inves...
Since the first demonstration of multiphoton microscopy in 1990, the multiphoton microscope has foun...
International audiencePurpose:To evaluate three combined modalities of multiphoton microscopy, secon...