HOME Research Projects 3D Cell Atlas Project
3D Cell Atlas Project
This project utilizes in-house technology to accurately capture 3D images of tissue morphology in resin/paraffin blocks. Specifically, a combination of cameras and sensors is used to semi-automatically acquire serial sections and serial photographs of the block surface. This enables the analysis of the position of the obtained tissue sections in relation to the entire tissue. Using this technology, we are developing a "3D cell atlas" that includes information on cell membranes, which is difficult to obtain using other methods. Additionally, by collecting histology data alongside the correct 3D morphology of tissues, we are using these datasets as training data for machine learning, with the end goal of reconstructing the morphology of specimens from microtome data for which the 3D shape is unknown, and combining it with spatial proteome analysis.
Publication
-
JETI, Vol. 70, No. 2 (2022)
- Scientific reports, 11, 13108 (2021)
Josephine GALIPON
Project Associate Professor
(Yamagata University Faculty of Engineering
Associate Professor)
Takeshi Masuda
Project Assistant Professor
Taro Maeda
Project Research Associate
Yuki Tajika
advisor
(Gunma Prefectural College of Health Sciences
Associate Professor)
- List of research projects
- Molecular Anhydrobiology Project
- Protein Materials Project
- 3D Cell Atlas Project
- Environmental systems biology Project
- Stolen-phenotype biology Project
- Functional RNA Analysis Project
- Bacterial regulatory RNA project
- Synthetic Biology Project
- Bio-Functional Design Project
- Metabolomics Project
- Extracellular vesicle molecular function research Project
- Bioenergetic regulation Project
- DNA damage response Project
- Molecular Oncology Project
- Cancer Metabolism Project
- Tsuruoka Metabolomics Cohort Study (TMCS) Project