The microscopes of the BX3 line are designed for a variety of purposes such as clinical applications and research, including high-quality fluorescence microscopy more
It lets us eye otherwise inaccessible tiny structures, and has done so for centuries now. But in recent times microscopy has also made headway into analytics. FTIR and RAMAN microscopes, for example, can obtain spectroscopic data for chemical imaging. Their chemical composition is ascertained by comparison with database entries or reference substance results. The obtained data can be related to surface structures with the help of 3D computer illustrations based on data from microscopic sensors.
The Spotlight microscope systems are designed for the lab scientist who needs higher sensitivity and simpler workflows more
Whether in routine industrial applications or quality assurance: Olympus’s DSX line is the ideal choice wherever convenience and precision matter in material science microscopy more
Mapping electromagnetic waveforms
Temporally varying electromagnetic fields are the driving force behind the whole of electronics. Their polarities can change at mind-bogglingly fast rates, and it is difficult to capture them in action. However, a better understanding of the dynamics of field variation in electronic components, such more
Why is Usain Bolt the fastest person on Earth?
Twenty metres before the finish line Usain Bolt already opens his arms in triumph and ramps up his speed: even with his “handbrake” on, at 9.58 seconds, he runs the 100 metre stretch faster than anyone ever before in 2009 in Berlin. In the process, he reached a maximum speed of almost 45 kilometres more
Grant to study aluminum alloy microstructures form in real time
A grant from the National Science Foundation will enable researchers at the University of Pittsburgh to utilize a one-of-a-kind transmission electron microscope developed at Lawrence Livermore National Laboratory to examine in real time how microstructures form in metals and alloys as they solidify more
Zooming into a nuclear pore complex using a high-speed atomic force microscope reveals the selectivity barrier that filters the traffic of molecules passing between the cytoplasm and nucleus in eukaryotic cells. This is comprised of intrinsically disordered proteins known as FG Nucleoporins that ... more
The Lumascope™-miniature microscopes enable you to examine cells in their "familiar environment". Due to the compact design, long-term multi-channel recordings of cells (phase contrast, blue-, green- and red-fluorescent) can be performed directly in an incubator, in hypoxia cabinets or even in cold more
The new FLUOVIEW FV3000 – faster, simpler and better confocal imaging Olympus’ new FLUOVIEW FV3000 confocal laser scanning microscope combines high-performance imaging capabilities with ease of use so researchers in such fields as cell biology, cancer research and stem cell research can collect rele more
Field-Flow Fractionation - The Universal Separation Principle for Particle and Macromolecule Characterization
High molecular weight polymers, bio molecules or particles in a range of a few nanometers up to several microns are more and more important in science and technology. Many applications are based on the specific properties of these materials. For this more
Efficient Transfection of Primary Human Skeletal Myoblasts Using FuGENE® HD Transfection Reagent
Transfection of cells is one of the main techniques used to influence gene expression. Most primary cells and human skeletal myoblasts (SkMC) in particular are very difficult to transfect, whereas for cell lines such as C2C12, many suitable transfect more
Why attend? The processes of life are naturally dynamic in space and time from the atomic to the organismal level. The rapid development of imaging methods across this full scale of biological organisation is revolutionising our ability to visualise the inner workings of proteins, protein complexes
This presentation discusses how to use real time microscopy for particles, crystals and droplets to develop high quality processes in less time and at lower costs than traditional microscopy.
This Webinar covers three optical methods that are used in combination with DSC: DSC-Microscopy DSC-Chemiluminescence DSC-Photocalorimetry These exciting techniques will be explained in detail. Numerous application examples will be given to illustrate the benefits of the three optical techniques. ME