Leica Microsystems, University of Oxford Collaborate on Microscopy Center of Excellence
Leica Microsystems and the University of Oxford UK will collaborate in the fields of optical and super-resolution microscopy, AI, and more.
Leica Microsystems and the University of Oxford UK will collaborate in the fields of optical and super-resolution microscopy, AI, and more.
A team from the Max Planck Institute use artificial intelligence to evaluate surgical biopsy data, creating a kind of artificial pathologist.
Researchers in Korea have recently developed a new slow light technique to easily visualize viruses using an optical microscope.
ZEISS unveiled two new software functionalities to help medical professionals achieve better results in confocal microscopy.
Read MoreThe latest version improves the deep-learning technology’s capabilities to reliably separate objects in biological samples using instance segmentation.
Read MoreThis method of fluorescence microscopy for cell observation circumvents fundamental problems: light-induced destruction and unceasing molecule movement.
Read MoreNikon’s new microscope allows for high-speed acquisition of high-resolution large field of view images deep within living organisms.
Read MoreA collaboration at the Marine Biological Laboratory invented a new confocal platform that improves its volumetric resolution by more than 10-fold.
Read MoreResearchers have developed a technique for the study of human cells that combines microscopy, biochemistry, and artificial intelligence.
Read MoreResearchers used deep learning framework to transform microscopy images of intact skin into histochemically stained sections imaged on microscope slides.
Read MoreTo better understand the effects of lithium in treating bipolar disorder, researchers developed an imaging method to detect and measure the drug.
Read MoreThe first camera in its Apx series of high-resolution CMOS sensors, designed for applications such as microscopy and spectroscopy.
Read MoreThe Olympus Global Image of the Year Life Science Light Microscopy Award competition celebrates the beauty of the microscopic world through imaging.
Read MoreFourier ptychographic microscopy is a promising computational imaging technique that provides a high throughput for digital pathology.
Read MoreCytoSMART Technologies has introduced its new brightfield live-cell imaging system which is equipped with a high-quality 6.4 MP CMOS camera.
Read MoreThe Zeiss Xradia CrystalCT micro-computed tomography (microCT) system enables 3D crystallographic imaging of polycrystalline materials for a wide range of samples.
Read MoreResearchers at the University of Zurich have shown that machine learning can recognize infected cells based on the fluorescence of the nucleus.
Read MoreBoth the Lux3 FL Duo Kit and the Multi Lux3 FL fluorescence live-cell imaging systems operate from within a standard CO2 incubator or hypoxia chamber, allowing users to analyze cells in their desired culture environment.
Read More