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Home • beyers1a • 2D Image Information
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2D Image Information
Microscopy product ID: 6347
Image basename: beyers1a

Downloadable data file description
Full-resolution version Tar file containing the raw and aligned tilt images, along with all supporting files from IMOD (beyers1a_*). Note that some of the tilt images were discarded.
Down-sampled version N/A
Raw data info
Bit depth 16.0 bit
Digitized by John Crum
Digitizing platform Spectral Instruments 1100 series 16 megapixel CCD camera


Animation
Animation through an aligned tilt series through a lamellar structure observed in HeLa cells transfected with mutant connexin 50, imaged using intermediate voltage electron microscopy, and labeled using the tetracysteine-ReHAsH system and fluorescence photoooxidation. Dark particles are 20 nm gold particles applied to the surface of the section to serve as fiducial marks for subsequent alignment.
Data files
Action File type File size Description
Download 512x512 image Unknown Single tilt image at zero degress of tilt through a lamellar structure observed in HeLa cells transfected with mutant connexin 50, imaged using intermediate voltage electron microscopy, and labeled using the tetracysteine-ReHAsH system and fluorescence photoooxidation. The concentric double membrane layers of the aggregate appear to form żonion skinż sheets that do not form a closed structure along the long axis. The differential staining between the outside and inside is most likely due to impeded diffusion of DAB into the interior of these accumulations. Dark particles are 20 nm gold particles applied to the surface of the section to serve as fiducial marks for subsequent alignment.
Download Data file 5.87GB Tar file containing the raw and aligned tilt images, along with all supporting files from IMOD (beyers1a_*). Note that some of the tilt images were discarded.
Download Downsampled data file 135.48KB Not available
Download Animation video 37.27MB Animation through an aligned tilt series through a lamellar structure observed in HeLa cells transfected with mutant connexin 50, imaged using intermediate voltage electron microscopy, and labeled using the tetracysteine-ReHAsH system and fluorescence photoooxidation. Dark particles are 20 nm gold particles applied to the surface of the section to serve as fiducial marks for subsequent alignment.

Description: 
Single tilt image at zero degress of tilt through a lamellar structure observed in HeLa cells transfected with mutant connexin 50, imaged using intermediate voltage electron microscopy, and labeled using the tetracysteine-ReHAsH system and fluorescence photoooxidation. The concentric double membrane layers of the aggregate appear to form żonion skinż sheets that do not form a closed structure along the long axis. The differential staining between the outside and inside is most likely due to impeded diffusion of DAB into the interior of these accumulations. Dark particles are 20 nm gold particles applied to the surface of the section to serve as fiducial marks for subsequent alignment.

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Description: 
Single tilt image at zero degress of tilt through a lamellar structure observed in HeLa cells transfected with mutant connexin 50, imaged using intermediate voltage electron microscopy, and labeled using the tetracysteine-ReHAsH system and fluorescence photoooxidation. The concentric double membrane layers of the aggregate appear to form żonion skinż sheets that do not form a closed structure along the long axis. The differential staining between the outside and inside is most likely due to impeded diffusion of DAB into the interior of these accumulations. Dark particles are 20 nm gold particles applied to the surface of the section to serve as fiducial marks for subsequent alignment.

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