To counter this problem, Minsky placed a pinhole aperture at the emission side of the objective. Conjugated with the focal point of the lens (hence, "confocal"), the pinhole allowed in-focus light to ...
The key part of a confocal microscope is the pinhole placed in front of the detector at the confocal plane of the objective. Thanks to this pinhole, only light emitted from the small focal spot is ...
The use of a physical aperture (i.e., pinhole) and unitary detector (standard ... have now become the limiting factors for traditional confocal systems. With model systems and organisms getting ...
By collecting the information of a pinhole-plane image in addition to a priori knowledge of the detection point spread function, the Airyscan detector increases both the spatial resolution and the ...
The new ZEISS objective class C Epiplan-Apochromat is intended for use with widefield confocal systems. These high numerical aperture lenses work well in the visible spectrum as well as at 405 nm, ...
Our basic Confocal Laser Scanning System includes an electronics control unit, an expandable dual PMT module, a 16-position pinhole wheel, a two-channel (488 nm & 642 nm) laser source, and the ...