127-Konishi-ERKDyn thumbnail

127-Konishi-ERKDyn

Author reviewed
Live-Cell FRET images and BDML quantitative information about extracellular signal-regulated kinase activity dynamics in thymocyte motility
Project ID
127-Konishi-ERKDyn
Project DOI
-
Title
Live-Cell FRET images and BDML quantitative information about extracellular signal-regulated kinase activity dynamics in thymocyte motility
Description
-
Release Date
2021-09-30
Update Date
-
License
Version
1.0.0
Method Summary
See details in Konishi Y, et. al. (2018) iScience, 10: 98-113.
Kind
Image data
Total
310296 files / 42.4 GB
Image datasets
zipped 143 files / 16.0 GB, raw image 310153 files / 26.4 GB, total 310296 files / 42.4 GB
Quantitative datasets
zipped 0 files / 0 bytes, raw bdml 0 files / 0 bytes, total 0 files / 0 bytes

Paper(s)

Organism
Mus muculus ( NCBITaxon:10090 )
Strain
-
Cell line
-
Biological Process
activation of MAPERK kinase ( GO:0000186 )
cell motility ( GO:0048870 )
Cellular Component
T cell receptor complex ( GO:0042101 )
Medical Subject Headings
-
Method involved in biological imaging
fluorescence microscopy ( FBbi:00000246 )
time lapse microscopy ( FBbi:00000249 )

Image datasets
143
Quantitative datasets
0

OMERO.gallery
OMERO
Zallery
downloads

People
Contact
Kenta Terai
Kyoto University
Graduate School of Biostudies
Laboratory of Bioimaging and Cell Signaling
Imaging dataset contributor
-
Quantitative dataset contributor
Kenta Terai (Kyoto University)
Yoshinobu Konishi (Kyoto University)

Datasets

Thumbnail
Dataset
Organism
Kind / Links
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes overlaid on the sliced thymic lobes
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes overlaid on the sliced thymic lobes
Fluorescence images of the motility of DP (CD4/CD8 double-positive) thymocytes in the cortex without MEKi pretreatmen
Fluorescence images of the motility of DP (CD4/CD8 double-positive) thymocytes in the cortex without MEKi pretreatmen
Timelpase fluorescence images of the motility of DP (CD4/CD8 double-positive) thymocytes
Fluorescence images of EKAREV distribution in the intestin of Eisuke mouse through a BA 520-560 nm fileter shown in grayscale.
Fluorescence images of EKAREV distribution in the liver of Eisuke mouse through a BA 520-560 nm fileter shown in grayscale.
Fluorescence images of EKAREV distribution in the lymph of Eisuke mouse through a BA 520-560 nm fileter shown in grayscale.
Fluorescence images of EKAREV distribution in the lymph of EIIa-EKAREV-NES mouse through a BA 520-560 nm fileter shown in grayscale.
Fluorescence images of EKAREV distribution in the intestin of EIIa-EKAREV-NES mouse through a BA 520-560 nm fileter shown in grayscale.
Fluorescence images of EKAREV distribution in the liver of EIIa-EKAREV-NES mouse through a BA 520-560 nm fileter shown in grayscale.
Fluorescence image of T cells of the lymph node in a living mouse obtained by TPEM through a BA 520-560 nm emission filter
A fluorescence images of the T cells in the paracortex was injected with anti-CD3 antibody intravenously for 60 minutes
Timelapse fluorescence images of the T cells in the paracortex was injected with MEK inhibitor intravenously
Timelapse fluorescence images of the T cells in the paracortex before administration with anti-CD3 antibody
Fluorescence images of the thymic cortex of Lck-EKAREV-NLS mouse through a BA 520-560nm emission filter
Fluorescence images of ERK activity of the OT-I TCR (ovalbumin(OVA)-specific TCR transgenic mice ) thmocytes in the cortex showing in intesity-modulated display mode
Fluorescence images of ERK activity of the WT(Lck-EKAREV-NLS ) thmocytes in the cortex showing in intesity-modulated display mode
Fluorescence image of thymic lobes showing both thymocytes (BA 520-560 nm emission filter) and thymic DCs (BA 615-675 nm emission filter)
Fluorescence images of the cortex in intesity-modulated display mode
Fluorescence images of the medulla in intesity-modulated display mode
Fluorescence images of the ERK activity in cortex
Fluorescence images of the ERK activity in cortex
Fluorescence images of the ERK activity in cortex
Fluorescence images of the ERK activity in cortex
Fluorescence images of the ERK activity in medulla
Fluorescence images of the ERK activity in medulla
Fluorescence images of the ERK activity in medulla
Fluorescence images of the ERK activity of isolated CD4 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes in vitro
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD4 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes in vitro
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD4 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD4 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD4 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD8 thymocytes in vitro
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes in vitro
Fluorescence images of the ERK activity of isolated DP (CD4/CD8 double-positive) thymocytes in vitro
Fluorescence images of the ERK activity of isolated CD4 thymocytes overlaid on the sliced thymic lobes
Fluorescence images of the ERK activity of isolated CD4 thymocytes overlaid on the sliced thymic lobes