With the advancements in surgical procedures, more operating rooms are performing ‘minimally invasive’ surgeries. What that means is, instead of operating on patients through large incisions, miniaturized surgical instruments are being used to fit through small, sometimes as small as quarter-inch, incisions. The surgical precision lenses in these instruments contain magnified high-definition 3-D cameras that […]
Glass-based optical lenses are used in multiple applications. From the camera in a cell phone to a sophisticated, professional camera, to microscopes and other imaging devices used in the medical field – glass lenses are the standard. Today’s lenses are bulky and resist miniaturization. Next-generation technologies, in relationship to cameras or microscopes, require lenses made […]
Originally called ‘single-beam gradient force trap’, optical tweezers are scientific instruments that use a highly focused laser beam to provide an attractive, or repulsive force, depending on the refractive index mismatch to physically hold and move microscopic dielectric objects similar to tweezers. Optical tweezers have been particularly successful in studying a variety of biological systems […]
Currently, diagnosing Alzheimer’s relies largely on documentation of any mental decline. However, when diagnosing Alzheimer’s in this way, it has already caused severe brain damage in individuals. What if we could diagnose Alzheimer’s before symptoms started? It is increasingly clear that by the time a typical AD patient comes to diagnosis atrophy is well established. […]
You may have seen it on CSI: The star examines hair from a crime scene and concludes its color or texture looks like the defendant’s hair, or maybe his dog’s. Case closed. But, looks can be deceiving, as well as vague and subjective. According to Frank DelRio, and engineer at the National Institute of Standards […]
Biophotonic technology plays a key role in providing the most effective, lowest-cost approaches for diagnosing, treating, and preventing disease and maintaining a healthy U.S. citizenry.
The investment in a microscope for a business or research facility is more involved than one might think. Researchers, businesses and manufacturers need to understand the outcomes they are seeking when purchasing a microscope. At its core a microscope is an optical device that you can use to project or view an image that the […]
Discovering cancer cells and cancerous tissues as soon as medically possibly bodes best for the patient to receive a diagnosis and treatment that brings with it the best possible outcome. Using “ultrafast nonlinear microscopy” surgeons can identify and remove the tumor margins in real time, preventing the need for the patient to have to undergo […]
In the medical field, a fluorophore is a fluorescent dye that is utilized to highlight cells, proteins and tissues to enable the radiologist to be able to “read” the fluorescent label for examination by fluorescence microscopy. The dye absorbs the specific wavelength of the cell, protein or tissue, converts its wavelength and transmits it visually […]
Micro-dissection is a medical procedure that was originally used to isolate, analyze and classify tumorous tissues in the molecular pathology field. As a first step, this was a necessary procedure to allow the pathologists to establish a clear diagnosis which would then be the basis for the patient’s prognosis and eventual therapeutic treatment plan. In […]
Cholesterol hides in cells and can lead to various health issues including obesity, diabetes and even lead to heart conditions. A new high speed spectroscopy technique has been developed that can pinpoint those cells that store cholesterol. A hyperspectral-stimulated Raman-scattering microscopy device, developed by Purdue University researchers, maps the lipid metabolism in the cells. Prior […]
A new optical microscopy technique that is able to unravel – in real time – the role of “oxidative stress” in injured and healthy nervous systems has been developed by scientists at the University of Munich and Ludwig-Maximilians University, both in German. In the human body, reactive oxygen species are important to the intracellular signaling […]
Smart phones continue to get even smarter with the new technology developed by the Garvan Institute of Medical Research and the Australian National University. By adding a small, lentil-sized lens, a smart phone can be transformed into a microscope. Not only can this lens transform the phone, but it also performs as a high-level medical […]
A company in California has earned FDA clearance to use its Cyclo G6 laser. This laser is designed to treat glaucoma patients and help relieve the symptoms of the eye disease. The laser features the company’s proprietary MicroPulse tissue-sparing technology which utilizes a family of single-use probes. According to a cataract specialist, the “MicroPulse allows […]
Microscope eyepieces or ocular lenses are the lenses that are closest to the eye; learn more at universeoptics.com
Microscope and microscope lenses have been moving into the digital age similar to other technologies in the medical and research fields; learn more at universeoptics.com
Universe is a lens designer and manufacturer of optical lenses for industrial, medical, high tech and electronic applications; learn more at universeoptics.com
Super-Resolution Microscopes Capture Live Cell Structure Images; learn more at universeoptics.com
Universe Optics is a manufacturer of standard and custom designed microscope objectives and eyepieces for microscopy; learn more at universeoptics.com
Scientists, for decades, had been seeking ways to enhance microscopes and spectrometers so they could identify and study mesoscale molecules.
A digital microscope incorporates many of the same features as a traditional microscope but also adds on a feature of a digital CCD camera; learn more at universeoptics.com
The use of these highly technical microscopes are taking a more prominent role in myriad medical areas including diagnostics such as dentistry and ophthalmology
Researchers from the Virginia Polytechnic Institute have uncovered a technique that utilizes flow cytometry to detect the subcellular location of a protein.
Through hi-resolutions lenses, researchers are setting out to find ways to improve scientists' ability to understand and track the processes of HIV; learn more at universeoptics.com