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, 2011 Chapter focusing on confocal microscopy. A confocal microscope is one in which the illumination is confined to a small volume in the specimen, the detection is confined to the same volume and the image is built up by scanning this volume over the ...
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Applied Optics, 1994
This feature of Applied Optics includes 18 original papers on theoretical and experimental aspects of confocal microscopy and its application.
T, Wilson, B R, Masters
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This feature of Applied Optics includes 18 original papers on theoretical and experimental aspects of confocal microscopy and its application.
T, Wilson, B R, Masters
openaire +3 more sources
Cell Biology and Toxicology, 1994
Confocal microscopy is an excellent method for studying the localization of fluorescent stains. Used in this way, superior 3D images can be obtained from multiple optical sections with very shallow depth of field. The main advantage of this technique is that the sample is not damaged.
J M, Lagarde +5 more
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Confocal microscopy is an excellent method for studying the localization of fluorescent stains. Used in this way, superior 3D images can be obtained from multiple optical sections with very shallow depth of field. The main advantage of this technique is that the sample is not damaged.
J M, Lagarde +5 more
openaire +2 more sources
Compressive confocal microscopy
2009 IEEE International Conference on Acoustics, Speech and Signal Processing, 2009In this paper, a new framework for confocal microscopy based on the novel theory of compressive sensing is proposed. Unlike wide field microscopy or conventional parallel beam confocal imaging systems that use charge-coupled devices (CCD) as acquisition devices in addition to complex mechanical scanning system, the proposed compressive confocal ...
Peng Ye +5 more
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SPIE Proceedings, 2006
There is a need for persistent-surveillance assets to capture high-resolution, three-dimensional data for use in assisted target recognizing systems. Passive electro-optic imaging systems are presently limited by their ability to provide only 2-D measurements.
Philip M. Hanna +2 more
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There is a need for persistent-surveillance assets to capture high-resolution, three-dimensional data for use in assisted target recognizing systems. Passive electro-optic imaging systems are presently limited by their ability to provide only 2-D measurements.
Philip M. Hanna +2 more
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Confocal microscopy of the cornea
Progress in Retinal and Eye Research, 1999This paper provides the clinician and the researcher with an in-depth manual on the use of a scanning-slit confocal light microscope for the clinical examination and investigation of the living human cornea in vivo. The scope of the paper includes a thorough explanation of the principles of various types of confocal microscopes as well as their ...
Böhnke M, Masters BR
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Confocal Microscopy in Ophthalmology
American Journal of Ophthalmology, 2009To describe the principles, capabilities, and applications of confocal microscopy in vivo in ophthalmology.Perspective, literature review, and commentary.Review and synthesis of selected recent literature, with interpretation and perspective.Confocal microscopy imaging has led to a better understanding of the cellular microstructure in the normal ...
Jay C, Erie +2 more
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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.
openaire +2 more sources