218-Tanaka-CellSignallingDyn thumbnail

218-Tanaka-CellSignallingDyn

Author reviewed
Live imaging of different cells response to IFN-γ both in vivo and in vitro and BDML file for quantitative information of tumor size in B6 albino mice implanted with different cells.
Project ID
218-Tanaka-CellSignallingDyn
Title
Live imaging of different cells response to IFN-γ both in vivo and in vitro and BDML file for quantitative information of tumor size in B6 albino mice implanted with different cells.
Description
-
Release Date
2022-11-23
Update Date
-
License
Version
1.0.0
Method Summary
See details in Tanaka T, et. al. (2021) Cell Struct Funct, Dec 22;46(2):103-111.
Paper DOI
Paper URL
Kind
Image data

Organism
Mus musculus ( NCBITaxon:10090 )
Strain
C57BL/6 (mouse)
Cell line
B16F10 melanoma cell
BrafV600E cell
MC-38 cell
Panc02 cel
Biological Process
-
Cellular Component
-
Medical Subject Headings
-
Method involved in biological imaging
time lapse microscopy ( FBbi:00000249 )
fluorescence microscopy ( FBbi:00000246 )
two-photon excitation microscopy

Image datasets
32
Quantitative datasets
0

Paper DOI / Paper URL

OMERO.gallery
OMERO
downloads

People
Contact
Kenta Terai
kyoto University
Graduate School of Medicine
Department of Pathology and Biology of Diseases
Kyoto 606-8501, Japan
Imaging dataset contributor
-
Quantitative dataset contributor
Kenta Terai (kyoto University)
Taisei Tanaka (Kyoto University)

Datasets

Thumbnail
Dataset
Organism
Kind / Links
Time-lapse images of proliferation of B16F10 cells expressing GAS in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of B16F10 cells expressing GAS in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of B16F10 cells expressing ISRE in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of B16F10 cells expressing ISRE in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of BrafV600E cells expressing GAS in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of BrafV600E cells expressing GAS in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of BrafV600E cells expressing ISRE in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of BrafV600E cells expressing ISRE in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of MC-38 cells expressing GAS in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of MC-38 cells expressing GAS in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of MC-38 cells expressing ISRE in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of MC-38 cells expressing ISRE in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of Panc02 cells expressing GAS in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of Panc02 cells expressing GAS in the absence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of Panc02 cells expressing ISRE in the presence of 10 ng/mL IFN-γ
Time-lapse images of proliferation of Panc02 cells expressing ISRE in the absence of 10 ng/mL IFN-γ
Time-lapse images of B6 albino mice subcutaneously implanted with parental or Ifngr1–/– B16F10 cells expressing ISP-GAS or ISP-ISRE from Day 3 to Day 7 after implantation
Bioluminescence imaging of B6 albino mice subcutaneously implanted with parental, Ifngr1–/–, Gnaq–/–, or Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells expressing ISP-GAS or ISP-ISRE from Day 3 to Day 7.
Bioluminescence imaging of B6 albino mice subcutaneously implanted with parental, Ifngr1–/–, Gnaq–/–, or Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells expressing ISP-GAS or ISP-ISRE from Day 3 to Day 7.
Bioluminescence imaging of B6 albino mice subcutaneously implanted with parental, Ifngr1–/–, Gnaq–/–, or Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells expressing ISP-GAS or ISP-ISRE from Day 3 to Day 7.
Bioluminescence imaging of B6 albino mice subcutaneously implanted with parental, Ifngr1–/–, Gnaq–/–, or Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells expressing ISP-GAS or ISP-ISRE from Day 3 to Day 7.
Live imaging of ISP-GAS Ifngr1–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Ifngr1–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Ifngr1–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS WT BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS WT BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Gnaq–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Gnaq–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Gnaq–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.
Live imaging of ISP-GAS Ifngr1–/–/ Gnaq–/– BrafV600E melanoma cells under two-photon microscopy at 7 days after tumor implantation.