Introducing Agilent BioTek C10 confocal reader | Chemetrix posted on the topic | LinkedIn (2024)

Are you facing challenges with traditional fluorescence imaging setups? Dive into our comprehensive white paper to discover how Linear Variable Filters (LVFs) revolutionise fluorescence applications.Explore:🌟 Introduction to fluorescence and its applications🔍 Comparison of optical filter setups💡 Advantages of LVFs over homogeneous filters🔬 Unique benefits of Materion Balzers Optics' LVFsExperience enhanced sensitivity and specificity while simplifying your fluorescence microscopy. Elevate your research with Materion Corporation's cutting-edge LVF technology. Download the white paper now! #FluorescenceImaging #LVF #OpticalFilters #ResearchExcellence

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🔬 Unlock New Possibilities in Molecular Biology with Leica Stellaris STED Xtend 🔬 Are you ready to take your research to the next level? The Leica Stellaris STED Xtend confocal microscope is revolutionizing the field of molecular biology by providing unprecedented resolution and precision.Why Choose Stellaris STED Xtend for Your Research?# Super-Resolution Imaging: Visualize molecular structures with extraordinary detail beyond the diffraction limit. # Advanced STED Technology: Achieve nanoscale resolution, enabling you to observe subcellular structures and interactions clearly. # Versatile Applications: Perfect for studying protein-protein interactions, cellular dynamics, and complex biological systems.#LeicaMicrosystems #StellarisSTEDXtend #MolecularBiology #SuperResolution

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Life happens in #3D! Sowe must be able to investigate biological processes in 3D cell cultures and tissues with uncompromised, multiscale and multimodal imaging.If you are at the #MM2024, don’t miss the chance to watch the talk of Nico Sommerdijk explaining our live-to-cryoCLEM workflow, in which we correlate 3D live superresolution(Airyscan) fluorescenceand Ramanimaging with 3D cryoFIB/SEM, and through cryo-lift out with cryo-electron tomography.ZEISS Microscopy, Thermo Fisher Scientific, CryoCapCell, Kleindiek Nanotechnik#electronmicroscopy #cryogenic #correlativeimaging #Raman #fluorescence

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Traditional filters in fluorescence imaging can be costly and complex. Discover how Materion Balzers Optics' Linear Variable Filters (LVFs) offer a superior alternative with enhanced specificity, lower costs, and better performance. Dive into the benefits and advancements of LVFs in our White Paper.

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Traditional filters in fluorescence imaging can be costly and complex. Discover how Materion Balzers Optics' Linear Variable Filters (LVFs) offer a superior alternative with enhanced specificity, lower costs, and better performance. Dive into the benefits and advancements of LVFs in our White Paper.

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Are you encountering difficulties with traditional fluorescence imaging systems? Our detailed white paper reveals how Linear Variable Filters (LVFs) are transforming fluorescence applications.Inside, you'll find:🌟 An introduction to fluorescence and its applications🔍 A comparison of different optical filter setups💡 The advantages of LVFs over homogeneous filters🔬 The unique benefits of Materion Balzers Optics' LVFsAchieve greater sensitivity and specificity while streamlining your fluorescence microscopy. Elevate your research with Materion Corporation's state-of-the-art LVF technology.Download the white paper today!

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420nm Longpass FilterThe 420nm longpass filter is essential for applications requiring the blocking of shorter wavelengths while allowing longer wavelengths to pass through. This filter is commonly used in fluorescence microscopy and imaging systems to enhance contrast and accuracy.#OpticalFilters #Microscopy #optics #optical #opticalcomponents #Yangguhttps://buff.ly/3SOu2bf

Overcome fluorescence imaging challenges!Are traditional fluorescence imaging systems falling short? Our comprehensive white paper reveals the transformative power of Linear Variable Filters (LVFs) for fluorescence applications.What's inside:🌟 Introduction to fluorescence: Explore the fundamentals and diverse applications of fluorescence.🔍 Optical filter comparisons: See how different setups stack up.💡 LVF advantages: Learn why LVFs outperform homogeneous filters.🔬 Exclusive benefits: Discover the unique edge of Materion Balzers Optics' LVFs.Achieve unprecedented sensitivity and specificity, streamline your fluorescence microscopy, and elevate your research with Materion's cutting-edge LVF technology.Download the white paper now!

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🎞️On-demand Webinar👀Dr Claudia Florindo explains what a confocal microscope is, and discusses the differences between single-point confocal and multipoint confocal ⤵️https://lnkd.in/eu8BFjEh #microscopy #confocalmicroscope

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🔬Have you read this new #OpenAccess paper "Smartphone-based optical sectioning (SOS) microscopy with a telecentric design for fluorescence imaging"?The paper is free-to-view here > https://lnkd.in/e93pn5B8#microscopy #fluorescence

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