Results 221 to 230 of about 21,339 (261)

Multiphoton microscopy in dermatological imaging

Journal of Dermatological Science, 2009
A minimally invasive imaging modality that provides both cellular and extracellular structural information with subcellular resolution is helpful for clinical diagnosis as well as basic laboratory research in dermatology. Multiphoton microscopy (MPM), using femtosecond laser as the light source, is efficient in non-linear excitation of endogenous ...
Tsung-Hua, Tsai, Shiou-Hwa, Jee, Chen-Yuan, Dong, Sung-Jan, Lin   +3 more
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Multiphoton microscopy in biological research

Current Opinion in Chemical Biology, 2001
From its conception a decade ago, multiphoton microscopy has evolved from a photonic novelty to an indispensable tool for gleaning information from subcellular events within organized tissue environments. Its relatively deep optical penetration has recently been exploited for subcellularly resolved investigations of disease models in living transgenic ...
Rebecca M Williams, Warren R Zipfel, W W Webb   +2 more
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New developments in multiphoton microscopy

Current Opinion in Neurobiology, 2002
Multiphoton laser-scanning microscopy is still developing rapidly, both technologically and by broadening its range of application. Technical progress has been made in the optimization of fluorophores, in increasing the imaging depth of multiphoton microscopy, and in microscope miniaturization.
Helmchen, F., Denk, W.
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Multiphoton Microscopy Applications in Biology

, 2014
This chapter provides an overview of basic principles of multiphoton microscopy, including a brief summary of how multiphoton microscopy fits within the arena of fluorescent microscopy techniques. The description of how multiphoton microscopy works is geared toward both the novice and experienced user.
Yamada, Miko, Lin, Lynlee L., Prow, Tarl W.   +2 more
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Multiphoton microscopy in life sciences

Journal of Microscopy, 2000
Near infrared (NIR) multiphoton microscopy is becoming a novel optical tool of choice for fluorescence imaging with high spatial and temporal resolution, diagnostics, photochemistry and nanoprocessing within living cells and tissues. Three‐dimensional fluorescence imaging based on non‐resonant two‐photon or three‐photon fluorophor excitation requires ...
exaly   +3 more sources

Multiphoton microscopy

Nature Photonics, 2010
Adam M Larson
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Principles of Multiphoton Microscopy

Nephron Experimental Nephrology, 2006
Multiphoton fluorescence microscopy is a powerful, important tool in biomedical research that offers low photon toxicity and higher spatial and temporal resolution than other in vivo imaging modalities. The capability to collect images hundreds of micrometers into biological tissues provides an invaluable tool for studying cellular and subcellular ...
Kenneth W, Dunn, Pamela A, Young
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Multiphoton Microscopy

2006
The proceedings contain 44 papers. The topics discussed include: time-resolved nanoscale imaging of biomolecules in living cells and tissues: prospects for small-animal imaging; spectrally resolved fluorescence lifetime and FRET measurements; three-dimensional FRET microscopy; improving fluorescence diagnosis of cancer by SLIM; scanning total internal ...
DIASPRO, ALBERTO GIOVANNI, CAORSI V, BIANCHINI, PAOLO, CHIRICO G, USAI, CESARE   +4 more
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Multiphoton microscopy applications in nanodermatology

WIREs Nanomedicine and Nanobiotechnology, 2012
AbstractMultiphoton microscopy is being used as a tool for tracking nanoparticles and assessing endogenous autofluorescent molecules. This technology is founded on femtosecond lasers that are capable of exciting unlabeled metal nanoparticles, quantum dots, and upconverting nanoparticles.
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Multimodal multiphoton microscopy

SPIE Proceedings, 2009
Multiphoton microscopy is a powerful technique for high spatial resolution thick tissue imaging. In its simple version, it uses a high repetition rate femtosecond oscillator laser source focussed and scanned across biological sample that contains fluorophores.
François Légaré, Christian P. Pfeffer, Feruz Ganikhanov   +2 more
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