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Journal of Microscopy, 1992
SUMMARYThe confocal‐line (CL) technique combines some of the characteristics of confocal‐scanning microscopy with those of conventional‐imaging methods. It is based on the introduction of line‐shaped illumination and linear image detection, as an alternative to the current confocal‐point (CP) approach.
P A, Benedetti +3 more
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SUMMARYThe confocal‐line (CL) technique combines some of the characteristics of confocal‐scanning microscopy with those of conventional‐imaging methods. It is based on the introduction of line‐shaped illumination and linear image detection, as an alternative to the current confocal‐point (CP) approach.
P A, Benedetti +3 more
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Endoscopic confocal microscopy
Current Opinion in Gastroenterology, 2005Endoscopic confocal microscopy is a new endoscopic imaging technology that produces high-magnification cross-sectional images of the gastrointestinal epithelium during endoscopy. These high-magnification images might allow the endoscopist to make a tissue diagnosis during endoscopy without biopsy and histopathology.
John A, Evans, Norman S, Nishioka
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Current Opinion in Ophthalmology, 1998
Because it provides much higher magnification and better optical sectioning than a slit-lamp biomicroscope, confocal microscopy is ideally suited for clinical imaging of the cornea. One important clinical application of confocal microscopy has been the early detection and diagnosis of a number of infectious conditions, including infection with ...
W M, Petroll, H D, Cavanagh, J V, Jester
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Because it provides much higher magnification and better optical sectioning than a slit-lamp biomicroscope, confocal microscopy is ideally suited for clinical imaging of the cornea. One important clinical application of confocal microscopy has been the early detection and diagnosis of a number of infectious conditions, including infection with ...
W M, Petroll, H D, Cavanagh, J V, Jester
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Fluorescence (Multiwave) Confocal Microscopy
Dermatologic Clinics, 2016In addition to reflectance confocal microscopy, multiwave confocal microscopes with different laser wavelengths in combination with exogenous fluorophores allow fluorescence mode confocal microscopy in vivo and ex vivo. Fluorescence mode confocal microscopy improves the contrast between the epithelium and the surrounding soft tissue and allows the ...
Welzel, Julia +2 more
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Current Protocols Essential Laboratory Techniques, 2008
AbstractThis overview covers the two main types of confocal scanner. Point scanners are more flexible and give the best resolution, while camera‐based systems can be more sensitive, faster, and more automated. The procedure for setting up and using these instruments is described in sufficient depth for basic operation.
Denis Semwogerere, Eric Weeks
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AbstractThis overview covers the two main types of confocal scanner. Point scanners are more flexible and give the best resolution, while camera‐based systems can be more sensitive, faster, and more automated. The procedure for setting up and using these instruments is described in sufficient depth for basic operation.
Denis Semwogerere, Eric Weeks
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Reflectance Confocal Microscopy
2015The ultimate goal of early melanoma diagnosis is the detection of all melanomas, while minimizing the number of excisions of nevi. To achieve this goal requires the clinician to not only be able to identify specific melanoma features but to also recognize the distinct aspects of nevi. To complicate the matter, several pigmented and nonpigmented lesions
LONGO, Caterina, PELLACANI, Giovanni
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Current Protocols in Toxicology, 2000
AbstractConfocal microscopy allows visualization of optical sections of material labeled with fluorescence or reflecting probes. By excluding light from planes above and below the plane of focus it is possible to obtain sharp images of objects deep within sections. Sections can be combined to construct three‐dimensional images.
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AbstractConfocal microscopy allows visualization of optical sections of material labeled with fluorescence or reflecting probes. By excluding light from planes above and below the plane of focus it is possible to obtain sharp images of objects deep within sections. Sections can be combined to construct three‐dimensional images.
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Current Protocols in Cell Biology, 1997
AbstractThis comprehensive overview unit introduces the reader to confocal microscopy from the basic principles of imaging and optical sectioning, to selection of laser, practical guidelines for fixation, choice of fluorophore, control samples, and mounting the sample. There are also suggestions for optimizing the imaging parameters.
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AbstractThis comprehensive overview unit introduces the reader to confocal microscopy from the basic principles of imaging and optical sectioning, to selection of laser, practical guidelines for fixation, choice of fluorophore, control samples, and mounting the sample. There are also suggestions for optimizing the imaging parameters.
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Current Protocols in Cytometry, 2005
AbstractThis unit re‐examines confocal microscopy from a current perspective. It outlines many of the most modern applications of confocal microscopy and the issues surrounding them. The expanding applications of confocal microscopy demand both minor and major modifications of the technology to enhance imaging capabilities for a growing variety of ...
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AbstractThis unit re‐examines confocal microscopy from a current perspective. It outlines many of the most modern applications of confocal microscopy and the issues surrounding them. The expanding applications of confocal microscopy demand both minor and major modifications of the technology to enhance imaging capabilities for a growing variety of ...
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OSA Annual Meeting, 1993
I describe the principles of confocal microscopy, including scanning stage, scanning beam, and Nipkow disk microscopes.
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I describe the principles of confocal microscopy, including scanning stage, scanning beam, and Nipkow disk microscopes.
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