In vivo imaging: reaching new depths
A high-speed, high-precision, deep-imaging multiphoton system presents new possibilities in deep, in vivo imaging. By Bülent Peker
Faster field service
David Jones explains why facilitating a rapid response with minimum downtime is the key to success for labs moving towards automated...
New developments in LED illumination systems
Jim Beacher discusses the benefits of illumination systems that utilise the latest LED technology
Simplifying specialised cell imaging
Eugene McCarthy reports on how vast improvements in optical resolutions and 3D imaging are allowing laboratories to simplify routine tasks...
Light sheet module for confocal microscope
Leica previews new solution for gentle and fast live imaging
Automated tumour cell counting
Upgrade to product range enables automated cell counting on digital H&E slides
Affordable, reliable quality imaging
Introducing the new 5 Megapixel SC50 microscope camera from Olympus
White light interferometry microscope
Applications include surface and roughness analysis of glass, ceramic, silicon wafers, ball bearings, image sensors, thin films, graphene
Nobel Prize for Chemistry awarded for microscope work
Three researchers share prize for development of super-resolved fluorescence microscopy
New solution for confocal super resolution
Optical resolution of up to 120 nm is now achieved in cell and tissue imaging
Deep imaging of biological samples
Olympus launches its dedicated multiphoton excitation (MPE) objectives for deep imaging
Opening new avenues in organic solar cell research
Confocal laser scanning microscope (CLSM) used to enhance research into organic semiconductors and transparent electrodes
Led Zeppelin star opens state-of-the-art medical camera
Camera significantly improves the quality of images that can be taken of a patient’s heart compared with a conventional gamma camera
Simple synchronisation of cameras to transient events
High resolution intensified CCD sensors controlled by state-of-the-art electronics provide almost infinite control over gain and exposure
Nanoscale chemical mapping
Inspire is an integrated scanning probe microscopy infrared system for 10-nanometre spatial resolution
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