Shimada Takashi

Name	Shimada Takashi
URL
Affiliation	Chiba University
Section	大学院園芸学研究院
Job title	准教授
Degree	博士（理学）(京都大学)
Other Affiliation	植物分子科学研究センター
Research funding number	10713828
J-Global ID	201601009663895380

Research Areas

Environmental science/Agricultural science / Conservation science (plants) /
Life sciences / Plants: molecular biology and physiology /
Life sciences / Applied molecular and cellular biology /

Research Interests

遺伝学 ,細胞生物学 ,分子生物学 ,植物病理 ,オイルボディ・リピッドボディ ,植物脂質

Research History

12 3 >

Apr 2023

Today

Chiba University

Nov 2022

Today

Chiba University

Oct 2022

Today

千葉大学植物分子科学研究センター准教授

Oct 2022

Nov 2022

千葉大学大学院園芸学研究院准教授

Apr 2021

Sep 2022

Chiba University

Education

Apr 2008

Mar 2011

Kyoto University Graduate School of Science

Apr 2006

Mar 2008

Kyoto University Graduate School of Science

Apr 2002

Mar 2006

Kyoto University Faculty of Science

Papers

12 3 4 >

Lipid droplets in Arabidopsis thaliana leaves contain myosin-binding proteins and enzymes associated with furan-containing fatty acid biosynthesis

Yuto Omata Reina Sato Emi Mishiro-Sato Keiko Kano Haruko Ueda Ikuko Hara-Nishimura Takashi L. Shimada

Frontiers in Plant Science 15 Mar 2024 [Refereed]

Lipid droplets (LDs) are lipid storage organelles in plant leaves and seeds. Seed LD proteins are well known, and their functions in lipid metabolism have been characterized; however, many leaf LD proteins remain to be identified. We therefore iso...

Domesticating Vigna stipulacea: Chromosome-Level genome assembly reveals VsPSAT1 as a candidate gene decreasing hard-seededness.

Yu Takahashi Hiroaki Sakai Hirotaka Ariga Shota Teramoto Takashi L Shimada Heesoo Eun Chiaki Muto Ken Naito Norihiko Tomooka

Frontiers in plant science 14 1119625-1119625 2023 [Refereed]

To increase food production under the challenges presented by global climate change, the concept of de novo domestication-utilizing stress-tolerant wild species as new crops-has recently gained considerable attention. We had previously identified ...

Excess sterol accumulation affects seed morphology and physiology in Arabidopsis thaliana

Takashi L. Shimada Takashi Ueda Ikuko Hara-Nishimura

Plant Signaling & Behavior 16(4) 1872217-1872217 Jan 2021 [Refereed]

The liverwort oil body is formed by redirection of the secretory pathway

Takehiko Kanazawa Hatsune Morinaka Kazuo Ebine Takashi L. Shimada Sakiko Ishida Naoki Minamino Katsushi Yamaguchi Shuji Shigenobu Takayuki Kohchi Akihiko Nakano Takashi Ueda

Nature Communications 11(1) 6152-6152 Dec 2020 [Refereed]

<title>Abstract</title>Eukaryotic cells acquired novel organelles during evolution through mechanisms that remain largely obscure. The existence of the unique oil body compartment is a synapomorphy of liverworts that represents lineage-specific ac...

Excess sterols disrupt plant cellular activity by inducing stress-responsive gene expression

Takashi L. Shimada Katsushi Yamaguchi Shuji Shigenobu Hiro Takahashi Masataka Murase Shuichi Fukuyoshi Ikuko Hara-Nishimura

Journal of Plant Research 133(3) 383-392 May 2020 [Refereed]

© 2020, The Botanical Society of Japan. Sterols are important lipid constituents of cellular membranes in plants and other organisms. Sterol homeostasis is under strict regulation in plants because excess sterols negatively impact plant growth. HI...