ssbd-repos-000159

Time-lapse images of ERK activity in MDCK cells published in (2020, Boocock et al., Nat Phys)
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ssbd-repos-000159
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Title
Time-lapse images of ERK activity in MDCK cells published in (2020, Boocock et al., Nat Phys)
Description
Time-lapse images of ERK activity in MDCK cells published in (2020, Boocock et al., Nat Phys). Please see the "readme.txt" in each directory for the image conditions. For the experiment conditions, please see the papers (2020, Boocock et al., Nat Phys) and (2020, Hino et al., Dev Cell). "Figure1-ERK_in_confluent" includes the FRET/CFP images for the ERK activity in a confluent condition of MDCK cells. "Figure2-ERK_Response_to_Stretch" includes the FRET/CFP images for the ERK activity in response to the mechanical stretch of MDCK cells. "Figure2-Optogenetic_ERK_Activation" includes a boundary displacement of the cell clusters in response to the optogenetic ERK activation of MDCK cells. "Figure3-ERK_TractionForce" includes the FRET/CFP images for the ERK activity and beads images for the traction force calculation on a polyacrylamide gel. "Figure4-ERK_Wildtype" includes the FRET/CFP images for the ERK activity in the expansion assay of wildtype MDCK cells. "Figure4-ERK_MerlinKO" includes the FRET/CFP images for the ERK activity in the expansion assay of Merlin KO MDCK cells.
Submission date
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Release date
2020-07-22
Update date
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5,544 files / 48.84 GiB
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6 files / 24.05 GiB

Related paper(s)

Persons

Name
Tsuyoshi Hirashima
Contact
Name
Tsuyoshi Hirashima
Imaging contributor, Quantitative data contributor
Name
Edouard Hannezo
Imaging contributor, Quantitative data contributor
Name
Naoya Hino
Imaging contributor, Quantitative data contributor
Name
Daniel Boocock
Imaging contributor, Quantitative data contributor
Name
Natalia Ruzickova
Imaging contributor, Quantitative data contributor

Ontology terms

Organism
Canis lupus familiaris
Strain
-
Cell line
Madin-Darby canine kidney cells
Molecular function
-
Biological process
-
Cellular component
-
Medical subject heading
-
Biological imaging method
Widefield fluorescence microscope

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