188-Ipponjima-NHEKsCornification/Figure4b_timelapse_MTR_decrease thumbnail

188-Ipponjima-NHEKsCornification/Figure4b_timelapse_MTR_decrease

Author reviewed
time-lapse images of granular cells labelled with Hoechst 33258, CYTO-ID, and MTR.
Project
Dataset ID
Figure4b_timelapse_MTR_decrease
Kind
Image data
Title
time-lapse images of granular cells labelled with Hoechst 33258, CYTO-ID, and MTR.
Description
time-lapse images of granular cells labelled with Hoechst 33258, CYTO-ID, and MTR.
File or Folder
Figure4b_timelapse_MTR_decrease
File Formats
.nd2
File Separation Method
-
Source
-
X-scale
0.1563 micrometer/pixel
Y-scale
0.1563 micrometer/pixel
Z-scale
0.6 micrometer/slice
T-scale
120 second for each time interval

Organism
Homo sapiens ( NCBITaxon:9606 )
Strain
-
Cell line
-
Biological Process
keratinocyte activation ( GO:0032980 )
Cellular Component
nucleus ( GO:0005634 )
Medical Subject Headings
Cell Shape ( MeSH:D048430 )
Cells
Cultured ( MeSH:D002478 )
Humans ( MeSH:D006801 )
Keratinocytes ( MeSH:D015603 )
Keratinocytes/cytology ( MeSH:Q000166 )
Keratinocytes/metabolism ( MeSH:Q000378 )
Keratinocytes/ultrastructure ( MeSH:Q000648 )
Microscopy ( MeSH:D008853 )
Models
Biological ( MeSH:D008954 )
Organelles ( MeSH:D015388 )
Organelles/metabolism ( MeSH:Q000378 )
Organelles/ultrastructure ( MeSH:Q000648 )
S100 Proteins ( MeSH:D009418 )
S100 Proteins/metabolism ( MeSH:Q000378 )
Time-Lapse Imaging ( MeSH:D059008 )
Time-Lapse Imaging/methods ( MeSH:Q000379 )
Method involved in biological imaging
time lapse microscopy ( FBbi:00000249 )

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