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Microscopy Product Applications In USA
69 applications found
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FlowCam provides a rapid, accurate, and easy-to-use alternative to manual microscopy for monitoring phytoplankton biovolume and community composition. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Ingredients are critical in all facets of the food and beverage industry. Flow imaging microscopy allows you to isolate different particle types from a heterogeneous mixture in order to ensure quality and detect process flaws. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Discover a high-throughput flow imaging microscopy platform for characterizing API aggregates and other particulates in your protein, monoclonal antibody, or antibody-drug conjugate ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Flow Imaging Microscopy with FlowCam enables efficient characterization of microplastic particles during membrane-based filtration processes in wastewater treatment ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Novel cell therapies show great promise as treatments for a variety of complex diseases including cancers and neurodegenerative disorders. Flow imaging microscopy supports drug product analysis in order to advance the development of these therapies. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Assess the stability and quality of the next generation of biotherapeutics designed to treat cancer, immunize against pathogens, and address genetic disorders. Flow imaging microscopy detects aggregation of viral vectors such as AAVs, lentiviruses, and retroviruses as well as non-viral therapies like LNPs and ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Discover a high-throughput, automated alternative to manual microscopy. FlowCam offers a cost-effective and rapid solution to monitor source water, oceans, reservoirs, lakes, rivers, and water treatment processes for drinking water, wastewater, and recreational activities. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
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Monitor cultures and the health of algal cells in production ponds and bioreactors using high-speed data collection and high-resolution images provided by flow imaging microscopy. Achieve fast and accurate results to inform decision-making, improve algal growth rates, and prevent culture crash. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
Digital Pathology is an image-based information environment enabled by virtual microscopy. This involves imaging glass slides and saving and distributing their digital images for analysis, archiving and storage. The virtual microscopy slides are: •Scanned — using a microscope based scanning device that takes images of the whole slide via large scanning or stitching of smaller scans. ...
ByExcelitas Technologies based in Waltham, MASSACHUSETTS (USA)
Real-time polymerase chain reaction (PCR, real-time PCR, or qPCR) enables the detection of bacteria or viruses on the molecular level, with higher degrees of accuracy than microscopy (peering through a microscope to see if certain microorganisms are present) and considerably faster than the days or weeks it takes to grow a culture to determine if someone has a disease. ...
ByCo-Diagnostics, Inc. based in Salt Lake City, UTAH (USA)
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Flow Imaging Microscopy offers a new perspective on environmental particle analysis. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
These 10 μm images (AFM topography and PiFM) are being acquired as azobenzene surface is being modified via UV light illumination over a 15-hour period. The PiFM image at 1100 cm-1 shows that as the surface roughens, the magnitude of this peak is growing smaller. At the same time, PiFM signal at 1693 cm-1 is getting stronger at some regions of the sample, especially at the lower regions of the surface ...
ByMolecular Vista based in San Jose, CALIFORNIA (USA)
The longitudinal focal field of a tightly focused light via high NA (1.45 NA) objective lens is imaged via PiFM. The measured PiFM result agrees well (slight mismatch is observed due to the uncorrected nonlinearity of open-loop tip scanner) with the longitudinal field calculated from the dipole-dipole interaction between the polarized tip and the glass substrate. Scale bar: 1 micron. Image Courtesy: Ananth Tamma (PiFM image) and Fei Huang (field model), UC ...
ByMolecular Vista based in San Jose, CALIFORNIA (USA)
Incorporating nanocrystalline cellulose (NCC) into polyacrylonitrile (PAN) fiber changes the tensile property of PAN fiber. The goal is to identify the distribution of NCC on PAN fiber. The peaks associated with NCC are acquired by taking PiFM spectra of pure NCC sample. The NCC peaks compared to the glass substrate are clearly identified. These peaks are used to bring out the subtle features from the hyPIR image taken of the PAN-NCC sample. Note that the strengths of peaks are as such: strong (1034, 1059, 1273 ...
ByMolecular Vista based in San Jose, CALIFORNIA (USA)
These requirements often exceed the limits of traditional IR microscopy, especially when it comes to spatial resolution. The mIRage IR Microscope, with its unique submicron spatial resolution using a non-contact reflection mode technique, is able to meet even the most demanding of analytical and sample characterization needs. ...
ByPhotothermal Spectroscopy Corp. based in Santa Barbara, CALIFORNIA (USA)
Identifying Components in Polymer Films via hyPIR Imaging. hyPIR (hyperspectral PiFM infrared) image consists of (n x n) pixels of PiFM spectrum. This is a hyPIRTM image (128 x 128 pixels) of 5 nm of PS homopolymer that is spin-coated onto a 2 nm thick PMMA homopolymer on top of silicon substrate. Due to the thin PS layer and its immiscibility with PMMA, PS has dewetted into nanoscale droplets. Up to three distinct region of a hyPIRTM image can be selected to average the spectra for each region. Up to three peaks ...
ByMolecular Vista based in San Jose, CALIFORNIA (USA)
Infectious diseases are caused by pathogenic microorganisms such as bacteria, viruses, fungi or prions. Thanks to scientific advances in microbiology, host-pathogen interactions, and drug development, many of these infections can now be controlled or cured. Despite great efforts and the development of advanced technologies to investigate infectious agents, there are still many open questions regarding pathogen life cycles, how they cause disease and how can they be ...
ByONI based in Oxford, UNITED KINGDOM
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Spices are aromatic plant substances used primarily for flavoring, coloring, and preserving food. Their benefits are plentiful as they add few calories to food, can contribute vitamins, minerals, and antioxidants when used in sufficient quantity, and act as a natural preservative. The industry is large and diverse with one hundred and nine varieties recognized by ISO. However, most spices are produced by small scale farmers and imported all over the world, which can make quality monitoring a difficult task. ...
ByGalaxy Scientific Inc based in Nashua, NEW HAMPSHIRE (USA)
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The global seafood market has greatly expanded due to advancements in fishing vessels, improvements in food processing and storage, and the development of the industry in new countries. While this expansion has increased market size and product choice for consumers, it has also brought on new challenges for quality testing as well as the expansion of illegal practices and fraud. Strict regulations exist but are difficult to enforce in practice. Visual inspection is usually insufficient to determine if a seafood ...
ByGalaxy Scientific Inc based in Nashua, NEW HAMPSHIRE (USA)
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FlowCam provides a powerful tool to assess food supply and health of larvae in shellfish aquaculture operations or to monitor harmful algal blooms in finfish operations. FlowCam is ideally suited for aquaculture research thanks to its unique ability to target phytoplankton and shellfish larvae in a single platform. Save valuable time and understand the fundamental building blocks of fish and shellfish growth with FlowCam. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)