The Photometrics Iris 9 Scientific CMOS camera is designed to deliver high-resolution images at high frame rates for live cell microscopy, light sheet microscopy, multicolour fluorescence, high content screening and tiling applications.
The Livecyte is an imaging system for live cell analysis, used to study cell functions and behaviour. It can reveal the inner details of transparent structures without the need for staining or tagging.
The Iris 15 Scientific CMOS camera from Photometrics is designed with a large field of view for live cell microscopy applications, light sheet microscopy, multicolour fluorescence, genomic analysis/sequencing, high-content and high-throughput cell screening, tissue and cellular imaging as well as tiling applications.
Scientists have discovered the process, and filmed the actual moment, that can change the body's response to a dying cell.
The pco.panda 4.2 bi camera incorporates the latest 16-bit sCMOS back-illuminated sensor to offer up to 95% quantum efficiency without the need for active cooling.
Researchers have created a 3D-printable 'clip-on' that can turn any smartphone into a fully functional microscope, powerful enough to visualise specimens as small as one 200th of a millimetre.
Ziath's 2D barcode rack scanner, the DataPaq Mirage, is a camera-based scanner with a low-profile design.
Canadian researchers have cut down the time required to analyse blood and urine samples from 30 minutes to 55 seconds.
Researchers have revealed how dragonfly wings kill bacteria, with the help of very powerful microscopes.
The Nexera Mikros maintains the durability and operability of liquid chromatograph mass spectrometer (LC-MS) systems to date while providing greater than 10 times the sensitivity, according to Shimadzu.
The future of biomarkers is looking bright, with Flinders University researchers shining a light on new 'green' compounds for medical applications.
Electron microscopy is an important tool in the world of life scientists, enabling cell biologists and neurologists to visualise tissues and cells. Low-energy electrons, as found in the LVEM5 and LVEM25, are said to interact much more strongly with the sample than high-energy electrons of classical TEM.