G:BOX F3 Automated Gel Imaging System

Syngene, a world-leading manufacturer of image analysis solutions is delighted to introduce the G:BOX F3, a new gel imaging system, designed...

Nanolane revolutionises conventional microscopes with Sarfus Mapping Lite

Nanolane of France, a specialist in the development and commercialisation of optical solutions for characterising nanomaterial systems, has...

York researchers create ‘tornados’ inside electron microscopes

Researchers from the University of York are pioneering the development of electron microscopes which will allow scientists to examine a greater variety of materials in new revolutionary ways.

Scripps research and technion scientists develop biological computer to encrypt and decipher images

Scientists at The Scripps Research Institute in California and the Technion–Israel Institute of Technology have developed a “biological...

Dover Motion DDM series open frame X-Y table suits high throughput image and bio processing

Dover Motion Inc. has released a open frame X-Y positioning stage with a dynamic performance and accuracy capability that will suit...

Fast, high-speed cell imaging takes centre stage

As the latest innovations demonstrate, cell imaging continues to play a key role in the development of the life sciences industry. And speed is key, as Sean Ottewell finds out

Olympus releases the new CX22 series of microscopes for use in educational and routine microscopy

Olympus has today released the new CX22 microscopes for routine and educational microscopy. Building on the success of the CX21 series of...

Product thermal characterisation using freeze drying microscopy

Webinar will introduce participants to the components of a freeze drying microscope

Moving images of live cells at super-resolution in three dimensions

New technology will accelerate scientists’ understanding of disease mechanisms at the molecular level

Click and capture gel documentation system

For producing accurate images of fluorescent DNA gels, as well as fluorescent protein gels in seconds

Silicon immersion objectives for life science imaging

Extended time-lapse experiments, at high resolution and with deep penetration, says Olympus

New reference standards in optical metrology

Olympus LEXT OLS4000 becomes reference for imaging confocal microscopy in metrology

Design and automate image analysis protocols

Olympus cellSens Dimension Count and Measure Solution module for automated image analysis

Brain imaging technique gives new hope for understanding Parkinson’s disease

A non-invasive brain imaging technique gives new hope in finding new and better treatment plans and tracking the disease progression

Understanding how cell division mistakes lead to human disorders

Imsol’s DeltaVision Core is designed to increase a laboratory’s ability to image more probes and samples over longer periods of time

Piezo scanning stages for positioning of samples

Scanning and positioning stage provides travel in two or three axes, with position resolution in the nanometre range

Hybrid imaging probe to diagnose skin cancer in development

Optical Coherence Tomography technology has been developed over the past decade and is capable of imaging human skin anatomy in real time and in 3D

Imaging technology helps understand how cell division mistakes lead to human disorders

System takes 60 images through 300nm-thick slices of living tissue in just 30 seconds

Analysing intracellular molecular diffusion

Diffusion measurement package for the Olympus FluoView FV1000 confocal microscope

Imaging of blood vessel growth in tumors

Accurate detection and quantification of blood vessel growth using nonsurgical methods would greatly complement current therapies and allow physicians to quickly assess treatment regimens and adjust them as necessary.




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