138-Ito-SPBDyn
Author reviewed
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in different medium
Title
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in different medium
Method Summary
See details in Ito H, et. al. (2019) Biochem Biophys Res Commun., 511(4):820-825.
Total
3055 files / 89.0 GB
Image datasets
zipped 5 files / 26.2 GB, raw image 3050 files / 62.8 GB, total 3055 files / 89.0 GB
Quantitative datasets
zipped 0 files / 0 bytes, raw bdml 0 files / 0 bytes, total 0 files / 0 bytes
Method involved in biological imaging
People
Contact
Masaru Ueno
Graduate School of Advanced Sciences of Matter, Hiroshima University
Department of Molecular Biotechnology
Ueno Laboratory
Imaging dataset contributor
-
Quantitative dataset contributor
-
Datasets
Thumbnail
Dataset
Organism
Kind / Links
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in YEA with 0.04% glucose
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in YEA with 3% glucose
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in YEA with the presence of NH4CL and 3% glucose
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in EMM medium
Time-lapse images of nucleolus and spindle pole body (SPB) movements in the sid4-mCherry and Cut11-GFP expressing S. pombe cells cultured in EMMG medium