448-Temma-HeLaSPASIM/Fig2_onephoton_mito_3D_3DSIM
Author reviewed
3D rendered images of mitochondria in living HeLa cells with 3DSIM for single-photon activation
Dataset ID
Fig2_onephoton_mito_3D_3DSIM
Title
3D rendered images of mitochondria in living HeLa cells with 3DSIM for single-photon activation
Description
The 3D rendered images of mitochondria visualized by Skylan-NS in living HeLa cells were captured with three-dimensional structured illumination microscopy (3DSIM) using single-photon activation.
The distribution of mitochondria by the background in 3DSIM was obscured.
Skylan-NS is a photoswitchable green fluorescent protein.
CW laser is used for single-photon activation, which is more efficient and allows measurement with higher temporal resolution.
Folder Name
Fig2_onephoton_mito_3D_3DSIM
Dimensions
2048x2048x80x1x1
Biosample
Description
Mitochondria were visualized using mitochondria-targeted Skylan-NS in living HeLa cell spheroids.
Extrinsic Variable
HeLa cells were electroporated with Skylan-NS plasmids
Ontology
Genetics
Method / Genotype
electroporation
Treatments
Imaging Method
Imaging Method
structured illumination microscopy
Detection Method
detection of photons
Visualization Method
Skylan-NS
Illumination Method
wide-field illumination
Sample Preparation Method
living cell
Instrument
Light Source
405 nm wide-field illumination
Detector
Hamamatsu Photonics ORCA-Flash 4.0 v3
Objective
Nikon CFI75 Apo 25XC W, Special Optics 54-10-7
Dichroic
Di03-R488-t3-25x36, RazorEdge LongPass488