Would you like to know how our LSM 800 with Airyscan works? The compact light path is designed for highest efficiency, with a minimum of optical elements for highest sensitivity. Fluorescence emission light travels through the main dichroic beam splitter with its outstanding laser suppression to deliver supreme contrast. Up to two patented variable beam splitter dichroics (VSDs) divert the respective spectral parts of the fluorescence emission light. You can freely define up to three detectors:
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Would you like to know how our LSM 800 with Airyscan works? The compact light path is designed for highest efficiency, with a minimum of optical elements for highest sensitivity. Fluorescence emission light travels through the main dichroic beam splitter with its outstanding laser suppression to deliver supreme contrast. Up to two patented variable beam splitter dichroics (VSDs) divert the respective spectral parts of the fluorescence emission light. You can freely define up to three detectors:
1.6K viewsFeb 23, 2015
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Multiphoton microscopy can be combined with 3D Tiling and Stitching in order to image large samples, such as this example of mouse cerebellum. Airyscan 2 imaging in Superresolution mode can be used to acquire superresolution images of specific areas of interest and can be seamlessly combined with two-photon imaging. ZEN Connect can bring all the information from your different experiments together, allowing you to map the high-resolution images on the larger structure, maintaining the context an
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Multiphoton microscopy can be combined with 3D Tiling and Stitching in order to image large samples, such as this example of mouse cerebellum. Airyscan 2 imaging in Superresolution mode can be used to acquire superresolution images of specific areas of interest and can be seamlessly combined with two-photon imaging. ZEN Connect can bring all the information from your different experiments together, allowing you to map the high-resolution images on the larger structure, maintaining the context an
398 viewsNov 18, 2021
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How does the meiosis work in a starfish oocyte? The rendering below is a projection of the process along z-axis (maximum intensity) & time (color-coded projection). It illustrates the movement of the chromosomes within the volume of the nucleus. Discover the full story on page 20 of the ZEISS LSM 980 product info: https://zeiss.ly/oocyte-meiosis Courtesy of P. Lenart et al., Max Planck Institute for Biophysical Chemistry, Göttingen, Germany. | ZEISS Microscopy
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How does the meiosis work in a starfish oocyte? The rendering below is a projection of the process along z-axis (maximum intensity) & time (color-coded projection). It illustrates the movement of the chromosomes within the volume of the nucleus. Discover the full story on page 20 of the ZEISS LSM 980 product info: https://zeiss.ly/oocyte-meiosis Courtesy of P. Lenart et al., Max Planck Institute for Biophysical Chemistry, Göttingen, Germany. | ZEISS Microscopy
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The new NIR extension of ZEISS LSM 980 seamlessly expands your spectral palette out to 900 nm and allows you to see deeper while protecting your sample. Software assistants support you in navigating to your labeled locations and choosing the optimal imaging and detector settings for your dyes. Get easy access to NIR imaging while enjoying full spectral flexibility of 380 - 900 nm in one system. Explore NIR imaging with ZEISS LSM 980 in more detail here: https://zeiss.ly/fb-lsm980-nir #microscopy
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The new NIR extension of ZEISS LSM 980 seamlessly expands your spectral palette out to 900 nm and allows you to see deeper while protecting your sample. Software assistants support you in navigating to your labeled locations and choosing the optimal imaging and detector settings for your dyes. Get easy access to NIR imaging while enjoying full spectral flexibility of 380 - 900 nm in one system. Explore NIR imaging with ZEISS LSM 980 in more detail here: https://zeiss.ly/fb-lsm980-nir #microscopy
403 viewsJul 8, 2021
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Introducing ZEISS LSM980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitativ
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Introducing ZEISS LSM980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitativ
24K viewsApr 11, 2023
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Introducing: ZEISS LSM 980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitat
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Introducing: ZEISS LSM 980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitat
41.2K viewsMar 20, 2023
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Introducing ZEISS LSM980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitativ
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Introducing ZEISS LSM980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitativ
53.9K viewsMar 20, 2023
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Introducing ZEISS LSM980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitativ
112K viewsApr 11, 2023
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Use LSM to design a RC rectangular beam having an effective SS ... | Filo
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Introducing ZEISS LSM980 with Airyscan 2 for life science research To analyze life with as little disturbance as possible, you must use low labeling density for your biological models. This requires excellent imaging performance combined with low phototoxicity and high speed. LSM 980, your platform for confocal 4D imaging, is optimized for simultaneous spectral detection of multiple weak labels with the highest light efficiency. 1. Image with More Sensitivity & yield super-resolution quantitativ
19.9K viewsApr 11, 2023
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Here you can see fluorescently labeled motile cilia of brain ependyma, imaged live with 143 fps. Acquired with #Airyscan 2 CO-8Y mode on ZEISS LSM 980. Researchers at the Max Planck Institute for Biophysical Chemistry perform detailed analyses of ciliary beating direction and frequency. ZEISS LSM 9 family: https://zeiss.ly/f-lsm9 Video: courtesy of G. Eichele, Department of Genes and Behavior, Max Planck Institute for Biophysical Chemistry, Göttingen, Germany. | ZEISS Microscopy
579 viewsAug 23, 2019
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