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生物材料中显微分析检测方案(CMOS相机)

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检测项目 显微分析

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Spectroscopic analysis of biological or bioactive complexes can yield considerable insights into the subtilties of elemental composition, molecular structure or molecular interactions.

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OXFORDINSTRUMENTSThe Business ofScience模块化显微光谱学@ Oxford Instruments 2019 Spectroscopic analysis of biological or bioactive complexescan yield considerable insights into the subtilties of elementalcomposition, molecular structure or molecular interactions. Inthe past, coupling spectroscopic equipment such as CCDcameras andSpectrographss to convenientbio-imagingplatforms such as optical microscopes has been a challenge. Our range of modular spectrometers and Microspectroscopy interfacesnowmakes bio spectroscopy straightforward andexperimentssuch asMicro-Raman, LIBS, Luminescence or plasmonic nanoparticle studies can be carried out withoptimised spectrometer/microscopy coupling and optimum sensitivity. Spectroscopic analysis of biological or bioactive complexes can yield considerable insights into the subtilties of elemental composition, molecular structure or molecular interactions. In the past, coupling spectroscopic equipment such as CCD cameras and Spectrographs to convenient bio-imaging platforms such as optical microscopes has been a challenge.  Our range of modular spectrometers and Microspectroscopy interfaces now makes bio spectroscopy straightforward and experiments such as Micro-Raman, LIBS, Luminescence or plasmonic nanoparticle studies can be carried out with optimised spectrometer/microscopy coupling and optimum sensitivity.

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牛津仪器科技(上海)有限公司为您提供《生物材料中显微分析检测方案(CMOS相机)》,该方案主要用于其他中显微分析检测,参考标准《暂无》,《生物材料中显微分析检测方案(CMOS相机)》用到的仪器有牛津仪器背照式sCMOS相机Andor Marana、牛津仪器相机Andor iKon-M CCD、牛津仪器无液氦光谱学恒温器Optistat Dry。

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