Faculty Information - Tanaka Shotaro

Published papers

Academic conference presentation

Research areas

Education

Rsearch funding number

（Last updated : 2024-06-17 10:50:25）

Tanaka Shotaro
Department School of Medicine, School of Medicine Department of Biochemistry

Position Assistant Professor

■ Published papers

1.	Original article	Exploring the bio-functional break point of living tissue against outside physical pressure 2022/04/20
2.	Original article	One‑step visualization of natural cell activities in non‑labeled living spheroids 2022/01/27
3.	Original article	A method for detailed analysis of the structure of mast cell secretory granules by negative contrast imaging 2016/03
4.	Original article	A novel method to visually determine the intracellular pH of xenografted tumor in vivo by utilizing fluorescent protein as an indicator. 2015/09
5.	Review article	Study of intracellular molecular interaction using fluorescence correlation spectroscopy (FCS) 2015/03
6.	Review article	Recent Development of Live Cell Imaging for Secretory Granules of Mast Cells 2015/01
7.	Original article	Intracellular interactions between protein 4.1 and glycophorin C on transport vesicles, as determined by fluorescence correlation spectroscopy 2012/02
8.	Original article	In vivo imaging of HIF-active tumors by an oxygen-dependent degradation protein probe with an interchangeable labeling system. 2010/12
9.	Original article	Noninvasive tracking of donor cell homing by near-infrared fluorescence imaging shortly after bone marrow transplantation. 2010/06
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■ Academic conference presentation

1.	Contribution of collagen as a structural element of tissue elucidated by new imaging technology 2023/12/08
2.	The Contribution of Fibronectin to the Mechanical Properties and Strain of 3D Cultured Cell 2024/06/15
3.	Direct observation of stiffness and strain in 3D cultured cells with specific ECM protein genes knocked down 2023/06/24
4.	Fibronectin contributes to increased spheroid stiffness 2022/06/26
5.	Characterization of novel cargo proteins of mast cell secretory granules identified by proteomic analysis. 2020/09/14
6.	Characterization and separation of secretory granules of mast cells based on the cargo protein 2019/09/19
7.	Characterization and separation of secretory granules of mast cells based on the cargo protein 2018/09/24
8.	A novel method for detailed analysis of living cell structure in spheroid 2018/05/25
9.	A novel method for detailed analysis of living cell structure in spheroid 2018/01/19
10.	Characterization and separation of secretory granules of mast cells based on the cargo protein 2017/12/06
11.	A novel method for detailed analysis of living cell structure in spheroid 2017/09/14
12.	Separation and collection of mast cell secretory granules by cell sorter 2017/06/13
13.	A novel method for detailed analysis of living cell structure by GFP-negative contrast imaging 2016/09/29
14.	Characterization and separation of secretory granules of mast cells based on the cargo protein. 2016/09/26
15.	A method for detailed analysis of the structure of mast cell secretory granules by GFP-negative contrast imaging 2016/06/17
16.	Secretory granules of mast cells are equally distributed to the daughter cells in cytokinesis. 2016/05/10
17.	Characterization of secretory granules of mast cells based on the structural information and reference of the cargo protein 2015/12/01
18.	Characterization of secretory granules of mast cells based on the structural information and reference of the binding protein. 2015/05/15
19.	Observation of individual secretory granules in living mast cells using confocal microscopy 2014/12/08
20.	Development of a new imaging method utilizing confocal microscopy for analyzing structural information of secretory granule in living mast cells 2014/10/17
21.	Development of a novel method to observe secretory granule of mast cells 2014/05/12
22.	Development of a novel fluorescent imaging method of intracellular endogenous protein utilizing fluorescent dye-labeled Fab 2013/06/21
23.	Formation of the ternary complex of protein 4.1R, p55 and glycophorin C on the transport vesicles, as determined by fluorescence correlation spectroscopy (FCS). 2012/05/30
24.	Analysis of intrinsically disordered domain in protein 4.1R and 4.1G binding to calmodulin by solution X-ray scattering 2011/06/07
25.	A Fluorescence Correlation Spectroscopy (FCS) study about the self-organization mechanism of membrane skeleton complex conducted by protein 4.1 2010/12/07
26.	Analysis of intracellular movement of transporting vesicles by Fluorescence Correlation Spectroscopy (FCS) 2010/05/19
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■ Research areas

Cell biology

■ Education

1999/04～2002/03

〔Doctoral course〕, Hiroshima University, Completed,

■ Rsearch funding number

90380667