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  • Microelectronics & Semiconductor Industry

    Microscopes for microelectronics and semiconductor manufacturing make your work more accurate and efficient by improving the speed and precision of your processes.
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  • Science Lab Topic: EM Sample Preparation

    Micro-CT of Insect Larva Protocol

    Species: red blood worm (midge larva) Critical point drying of midge larvae with subsequent X-ray micro-computed tomography (micro-CT) to reconstruct the inner anatomy.
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  • Science Lab Topic: EM Sample Preparation

    Tobacco Leaf - Critical Point Drying Protocol for SEM

    Application Note for Leica EM CPD300 - Critical point drying of tobacco leafs with subsequent platinum coating and SEM analysis.
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  • Science Lab Topic: EM Sample Preparation

    Nematode E. dianae - Critical Point Drying Protocol for SEM

    Application Note for Leica EM CPD300 - Critical point drying of nematode Eubostrichus dianae to detect the ectosymbiotic bacteria layer with subsequent gold coating ans SEM analysis.
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  • Science Lab Topic: EM Sample Preparation

    Wall Cress Pod Protocol - Critical Point Drying of Arabidopsis thaliana for SEM

    Application Note for Leica EM CPD300 - Critical point drying of wall cress (Arabidopsis thaliana) pod with subsequent gold coating and SEM analysis.
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  • Science Lab Topic: EM Sample Preparation

    Bacteria Protocol - Critical Point Drying of E. coli for SEM

    Application Note for Leica EM CPD300 - Critical point drying of E. coli with subsequent platinum / palladium coating and SEM analysis. Sample was inserted into a filter disc (Pore size: 16 - 40 μm)…
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  • Science Lab Topic: EM Sample Preparation

    Clawed Frog Nuclear Envelope Protocol

    Application Note for Leica EM CPD300 - Critical point drying of nuclear pores from clawed frog oocytes with subsequent chromium coating and SEM analysis. Silicon chips containing the samples were…
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  • Science Lab Topic: EM Sample Preparation

    Micro-Computed Tomography (micro-CT) of Insect Brain Protocol

    Application Note for Leica EM CPD300 - Critical point drying of the blow fly with subsequent X-ray micro-computed tomography (micro-CT) to detect neuroanatomical features.
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  • Science Lab Topic: EM Sample Preparation

    Micro-Computed Tomography (micro-CT) of Book Scorpion Musculature

    Application Note for Leica EM CPD300 - Critical point drying of book scorpion with subsequent X-ray micro-computed tomography (micro-CT) to detect anatomical features with special regard to the…
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  • Science Lab Topic: EM Sample Preparation

    Wrinkled Giant Hyssop Leaf Protocol

    Application Note for Leica EM CPD300 - Critical point drying of wrinkled giant hyssop leaf with subsequent gold coating and SEM analysis.
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  • Science Lab Topic: EM Sample Preparation

    Black Mould Protocol

    Application Note for Leica EM CPD300 - Critical point drying of Black mould (Aspergilus niger) with subsequent platinum / palladium coating and SEM analysis to detect conidiospores. Sample was…
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  • Science Lab Topic: EM Sample Preparation

    Water Flea Protocol

    Application Note for Leica EM CPD300 - Critical point drying of water flea with subsequent gold coating and SEM-Analysis to detect finde surface structures.
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  • Science Lab Topic: EM Sample Preparation

    Human Blood Cells Protocol

    Application Note for Leica EM CPD300 - Life Science Research. Species: Human (Homo sapiens) Critical point drying of human blood with subsequent platinum / palladium coating and SEM analysis.
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  • Science Lab Topic: EM Sample Preparation

    Critical-point Drying for the Preparation of Biological Samples for MicroCT Analysis

    X-ray micro-computed tomography (micro-CT) is a routinely applied non-invasive technique for the investigation of the internal anatomy and morphology of organisms. As a result of a micro-CT scan a…
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  • Science Lab Topic: EM Sample Preparation

    Brief Introduction to Critical Point Drying

    One of the uses of the Scanning Electron Microscope (SEM) is in the study of surface morphology in biological applications which requires the preservation of the surface details of a specimen. Samples…
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