Real-time analysis of dynamic changes and morphological changes.
- Live cell imaging and analysis system specialized for microorganisms such as bacteria, fungi, and yeast. - Analyzes dynamics and morphological changes over time from the early stages of proliferation. - Acquires high-precision image data through unique scanning technology. oCelloScope is an optical screening system equipped with software for microbial research. With high-sensitivity image analysis algorithms, it enables rapid and real-time monitoring of microbial growth. - Captures small changes within microscopic images. - Real-time imaging and powerful image analysis capabilities. - Dataizes time-dependent events without missing important changes. - 250 times more sensitive compared to traditional plate reader methods (OD). - Quantifies changes in microorganisms from the early stages. - Achieves growth rate MIC results that take 16 to 20 hours with micro-liquid dilution methods in just 4 to 5 hours. - Quantitatively analyzes changes in microorganisms based on image data-derived proliferation numerical data. - Supports spheroplasts, filamentation, aggregation, and germination of fungal spores, among others.
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basic information
oCelloScope uses a unique optical scanning technology called FluidScope, which combines features of phase contrast microscopy, bright field microscopy, and confocal microscopy. The combination of FluidScope and advanced image processing algorithms enables the following: ■ Rapid acquisition of three-dimensional image information ■ Decomposition and reorganization of acquired images to create Z-stack images ■ Acquisition of detailed 3D information at the single-cell level ■ No need for preprocessing, staining, or addition of reagents Target samples: Most objects in (semi)transparent substances, liquids, and agar (bacteria, fungi, yeast, animal cells, inorganic particles (crystals)) Sample matrix: Liquid and agar Detectable concentration: 10^3 cells/mL or more Detectable size: 0.5µm to 1mm Fastest scan speed: 2 minutes and 36 seconds (96-well plate) Optical magnification: 4x Optical resolution: 1.3µm Camera: 5 Mpx, CCD, pixel size: 2.2µm Operating environment: 10 – 40°C, 20 – 93 % RH Dimensions and weight: D45 x W26 x H25cm (Height 55cm when lid is open), 9.6kg Communication connection: RJ45 (Ethernet)
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Applications/Examples of results
〇Antimicrobial susceptibility testing ■Automatically acquiring and analyzing data with high sensitivity from an early stage 〇Food microbiology ■Real-time image analysis of the growth and inhibition effects of molds and yeasts 〇Crop science ■Counting and quantifying microbial pesticides, measuring the survival and growth dynamics of soil bacteria, etc. 〇Microbial counting ■Fungi, yeasts, etc.
Company information
Neppajine takes pride in contributing to the peace and progress of humanity through biotechnology as a specialized company in life science research equipment, including electroporation (gene introduction using electric pulses) and sonoporation (gene introduction using ultrasound). We believe it is our mission to provide excellent products and information not only within Japan but also to universities, research institutes, hospitals, and private companies around the world. In practice, we have numerous products in use, including gene introduction devices, cell fusion devices, and ultrasound gene introduction devices. We continuously absorb cutting-edge knowledge and technology in biotechnology, engage in close sales activities with our users, provide the latest products, technologies, and information, and respond with a rapid maintenance system. Towards the development of humanity and a bright, happy future, Neppajine will continue to move forward strongly alongside biotechnology.
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