NanoString Technologies' CosMx SMI is a spatial biology platform that maps individual RNA and/or protein molecules on a tissue section with subcellular 3D resolution.
The ~$10 million MCT beamline is the first part of Project BRIGHT, a $100 million upgrade of the 15-year-old Australian Synchrotron.
US researchers have used X-ray microscope technology to image plant cells, whole tissues and even organs at unprecedented depths with cellular resolution.
The Celloger Mini is an automated live-cell imaging system based on bright-field microscopy with fully motorised stages for capture of repeated images at multiple locations.
The CELENA X High Content Imaging System is an imaging tool designed for rapid, high content image acquisition and quantitative analysis.
Newborn babies with heart defects frequently exhibit abnormal extracardiac development of the brain or other organs as well.
Researchers recently optimised a special X-ray process to deliver high-resolution 3D images of entire cells and their molecular structure in just a few minutes.
When scaling, you can make better use of existing chromatography columns while avoiding overcapacity.
The high-resolution accurate mass system combines the power of Zeno trap pulsing with EAD (electron activated dissociation) fragmentation technology to unlock sensitivity gains that could reveal new, rare or even previously undetected information on an everyday basis.
Tin monosulfide (SnS) nanosheets were used to create the thinnest X-ray detector ever recorded, potentially enabling real-time imaging of cellular biology.
Scanning electron microscope (SEM) applications are expanding to include not only basic research, but also quality control at manufacturing sites.
The Thermo Scientific Orbitrap Exploris MX mass detector allows biopharmaceutical laboratories to easily implement multi-attribute method (MAM) and to perform intact analysis of monoclonal antibodies (mAbs), oligonucleotide mass determination and peptide mapping.