Scientists from EPFL have developed an algorithm that can determine whether a super-resolution microscope is operating at maximum resolution based on a single image. The method is compatible with all types of microscopes and could one day be a standard feature of automated models.
As the largest organ of the human body, our skin is astounding. It protects us from infection, endures radiation, senses temperature, and is flexible enough to withstand our everyday activities. What holds this all together is the protein we all know and love: collagen. In a paper published in Scientific Reports a team from Japan found for the first time that collagen in the skin is organized in…
Today’s educational landscape is changing rapidly thanks to technological advances. Introducing wireless capabilities to science classrooms enables lecturers to teach and students to learn in an engaging digital environment that promotes teamwork. Equipped with a WLAN-capable Olympus EP50 camera, every microscope in a classroom becomes a wireless imaging system. Using its own WLAN signal*, the…
Cancer - this diagnosis affects almost every second German at some point in his life. It is the second most frequent cause of death in Germany. But the earlier the disease is diagnosed, the greater are the chances of surviving it. A team of researchers from Jena present a groundbreaking new method for the rapid, gentle and reliable detection of tumors with laser light at the leading trade fair…
Olympus has broken down barriers to imaging quality with the launch of its next-generation objectives. The breakthrough polishing technique enables the company to produce ultra-thin lenses that overcome the traditional trade-off between numerical aperture (NA), flatness and chromatic correction – enabling all three parameters to be significantly improved. Olympus has harnessed this proprietary…
Bring your application into the digital world and combine the new Olympus EP50 camera with our wide range of microscopes. Add the accesoires you need and choose the kit that fits your requirements. The Olympus EP50 camera makes digital imaging of microscopy samples a fast and engaging experience and is ready to use in seconds. The EP50 camera adds sophisticated digital features to any microscope…
Biotechnologists, physicists, and medical researchers at FAU have developed technology for microscopic imaging in living organisms. A miniaturised multi-photon microscope, which could be used in an endoscope in future, excites the body’s own molecules to illuminate and enables cells and tissue structures to be imaged without the use of synthetic contrast agents. The findings have now been…
A research team led by Tufts University engineers has developed a non-invasive method for detecting bladder cancer that might make screening easier and more accurate than current invasive clinical tests involving visual inspection of bladder. In the first successful use of atomic force microscopy (AFM) for clinical diagnostic purposes, the researchers have been able to identify signature features…
Checking a lump for malignancy, finding out if food is fresh, just with your smartphone? It’s possible, according to Eindhoven University of Technology researchers in the Netherlands. Their recently presented spectrometer is small enough to insert into a smartphone. This device is not yet ready for use on a big scale, Professor Andrea Fiore, supervisor of the Eindhoven research team points out.…
Let your images tell the story with Olympus’ high-quality digital color cameras for microscopy in hospitals. With crisp, noise-free images and 4K UHD live viewing, the Olympus UC90 and SC180 brightfield cameras capture all the details you see through the oculars – enabling easy on-screen viewing or sharing in large-screen presentations.
In microscopy, ergonomics is particularly important as long periods at the microscope put unusually specific constraints on posture. In certain roles, such as in pathology, microscopy forms a significant part of daily activities – sometimes taking up more than 50% of working hours. Protecting operators by preventing injuries is of utmost importance in these routine microscopy roles.
Olympus’ Image of the Year Award for light microscopy in Europe recognizes the very best in life science imaging. Inspired by the beauty and breadth of images submitted for Image of the Year 2017, Olympus is now continuing its quest for the best light microscopy art in 2018. For the chance to win one of three prizes, applicants can submit life science light microscopy images to…
Olympus cellSens 2.1 offers improved capabilities for flexible camera and microscope control and enables researchers to create sharp, noise-free images in less time. Helping to drive microscopy forward, cellSens 2.1 speeds up image analysis and features new image acquisition tools at a lower cost. In addition, existing cellSens users may be eligible for a free upgrade to cellSens 2.1. cellSens…
Holography, like photography, is a way to record the world around us. Both use light to make recordings, but instead of two-dimensional photos, holograms reproduce three-dimensional shapes. The shape is inferred from the patterns that form after light ricochets off an object and interferes with another light wave that serves as a reference. When created with X-ray light, holography can be an…
Facilitating precise sample documentation and audience engagement, Olympus’ 18 megapixel SC180 camera shows unprecedented detail, especially at low magnifications. The easy-to-use and cost-effective SC180 camera reinforces Olympus’ commitment to making 4K Microscopy the new standard.
In the modern world, ergonomics is everywhere – and when microscopy is a big part of your daily routine, ergonomics should be at the forefront. Olympus’ BX53 microscope is designed with laboratory professionals in mind, allowing the microscope to be customized so that every user can work in their ideal posture.
Early adoption of image analytical tools and artificial intelligence are crucial if health systems across Europe are to see the full potential of digital pathology, according to a leading expert. While a growing number of European institutions are beginning to embrace digital pathology, Professor Johan Lundin remains concerned about the slow pace of progress. He acknowledges that more…
Olympus BX46 and BX53 clinical microscopes feature the latest innovations in clinical microscopy, delivering comfortable, ergonomic setups, as well as accurate color rendering from a bright, durable light source.
Scientists from the University of Würzburg give fascinating 3D-insights into the bone marrow, and successfully elucidated new details about the process of thrombocyte generation.
Olympus is celebrating art in science with a competition to find the best light microscopy images taken in the EMEA region this year.
Olympus’ new BX53 microscope provides bright, sharp images with excellent color rendering performance equivalent to halogen lamps. The long-life LED light source, the True Color LED, is brighter and more uniform than a 100-watt halogen bulb – matching every contrast method and providing bright images to multi-head discussion systems for up to 26 people.
Today, tracking the development of individual cells and spotting the associated factors under the microscope is nothing unusual. However, impairments like shadows or changes in the background complicate the interpretation of data. Now, researchers at the Technical University of Munich (TUM) and the Helmholtz Zentrum München have developed a software that corrects images to make hitherto hidden…
Light microscopy today offers a wealth of techniques that provide fascinating insights into life on subcellular level. “In light microscopy these days there are so many new techniques that each of us can only handle a subset of them,” says Christian Tischer, scientific officer in der Advanced Light Microscopy Facility of the European Molecular Biology Laboratory (EMBL) in Heidelberg, Germany,…
Ideal for high-throughput, regular use, Olympus’ ergonomic CX43 and CX33 microscopes deliver superior comfort and reduce fatigue during long periods of routine microscopy.
Pathology does not appear to have much in common with satellites, but the concept that satellites combine spatial resolution and image quality will be the future of disease diagnosis, according to researchers.