Research Groups

A01Principles in organ morphogenesis

A01-1

Planned Research Group
Control of root growth dynamics by cellular periodicity and its modulation

Principal Investigator

Keiji Nakajima (Nara Institute of Science and Technology)
A01-2

Planned Research Group
Cellular behaviors which contribute to the robustness and diversity of leaf development

Principal Investigator

Hirokazu Tsukaya (The University of Tokyo)
A01-3

Planned Research Group
Elucidation of the mechanism of spatiotemporal periodicity and plasticity of lateral root formation

Principal Investigator

Hidehiro Fukaki (Kobe University)
A01-4

Publicly Offered Research Group
Elucidation of the mechanism of periodic leaf differentiation and modulation of internal structure in grasses

Principal Investigator

Jun-ichi Itoh (The University of Tokyo)
A01-5

Publicly Offered Research Group
Mechanisms of transcriptional regulation underlying periodicity and modulation in cell proliferation during plant development

Principal Investigator

Masaki Ito (Kanazawa University )
A01-6

Publicly Offered Research Group
Periodicity and its modulation of lateral root primordium formation in rice

Principal Investigator

Yoshiaki Inukai (Nagoya University)
A01-7

Publicly Offered Research Group
Developmental control under the clock transcription network

Principal Investigator

Norihito Nakamichi (Nagoya University)
A01-8

Publicly Offered Research Group
Study on the mechanism of periodicity and its modification controlling root growth

Principal Investigator

Naoki Takahashi (Nara Institute of Science and Technology)
A01-9

Publicly Offered Research Group
Control of cell division plane and anisotropic growth of cell walls that produce regular phyllotactic patterns of bryophytes

Principal Investigator

Masaki Shimamura (Hiroshima University)
A01-10

Publicly Offered Research Group
Pattern formation of lateral organ primordia and its modulation upon phase transition

Principal Investigator

Atsuko Kinoshita (Tokyo Metropolitan University)
A01-11

Publicly Offered Research Group
Functional analysis of peptide hormones that modulate the cell fate of apical cells of Marchantia polymorpha

Principal Investigator

Hidefumi Shinohara (Fukui Prefectural University)
A01-12

Publicly Offered Research Group
Zonation of auxin responsiveness to control the periodicity of stem cell amplification

Principal Investigator

Ryuichi Nishihama (Tokyo University of Science)
A01-13

Publicly Offered Research Group
Mechanisms that generate periodic gene expression patterns in root nodule symbiosis

Principal Investigator

Takashi Soyano (National Institute for Basic Biology)
A01-14

Publicly Offered Research Group
Studies on the mechanism of periodicity and plasticity of root secondary growth

Principal Investigator

Kyoko Ohashi-Ito (The University of Tokyo)
A01-15

Publicly Offered Research Group
Novel mechanisms for regulation of the periodic senescence of plant organs and the senescence of the whole plant body

Principal Investigator

Naoyuki Uchida (Nagoya University)
A01-16

Publicly Offered Research Group
Elucidation of RNA metabolic periodicity to regulate cell potency of proliferation and differentiation in plants

Principal Investigator

Misato Ohtani (The University of Tokyo)
A01-17

Publicly Offered Research Group
Alteration of lateral root developmental programs by modulating plant circadian rhythms

Principal Investigator

Hironaka Tsukagoshi (Meijo University)

Research Groups

A01Principles in organ morphogenesis

Control of root growth dynamics by cellular periodicity and its modulation

Cellular behaviors which contribute to the robustness and diversity of leaf development

Elucidation of the mechanism of spatiotemporal periodicity and plasticity of lateral root formation

Elucidation of the mechanism of periodic leaf differentiation and modulation of internal structure in grasses

Mechanisms of transcriptional regulation underlying periodicity and modulation in cell proliferation during plant development

Periodicity and its modulation of lateral root primordium formation in rice

Developmental control under the clock transcription network

Study on the mechanism of periodicity and its modification controlling root growth

Control of cell division plane and anisotropic growth of cell walls that produce regular phyllotactic patterns of bryophytes

Pattern formation of lateral organ primordia and its modulation upon phase transition

Functional analysis of peptide hormones that modulate the cell fate of apical cells of Marchantia polymorpha

Zonation of auxin responsiveness to control the periodicity of stem cell amplification

Mechanisms that generate periodic gene expression patterns in root nodule symbiosis

Studies on the mechanism of periodicity and plasticity of root secondary growth

Novel mechanisms for regulation of the periodic senescence of plant organs and the senescence of the whole plant body

Elucidation of RNA metabolic periodicity to regulate cell potency of proliferation and differentiation in plants

Alteration of lateral root developmental programs by modulating plant circadian rhythms

A02Principles in cell fate and cell structure determination

Interaction of development-specific periodicity and the circadian clocks during cell-fate determination

Studies of mechanisms of the oil body cycle and its modulation in Marchantia polymorpha

Elucidation of the principle that zygotic periodicity generates cell polarity and body axis

Cell wall pattern formation directed by the modulation of spatiotemporal periodicity in plasma membrane domains

Studies of the mechanisms of polar auxin transport mediated by periodic polarity formation of the cell and its modulation

Molecular mechanisms that control the dynamic changes of the nuclear factor involved in leaf development

How to modulate cell fates in pluripotent callus

How kinesin ensures periodic branching

The study of tip growth and its bending through the curvature analysis

Analysis of stem cell regulation by circadian clock-mediated cycle of sugar metabolism

The coordiated development of idioblast myrosin cells and vascular cells

Control of periodic stomatal movements by light signals and the circadian clock in guard cells

Dynamic oscillatory pattern of calcium signals and plant morphogenesis

Mechanisms underlying the periodicity of stem cells and auxin dynamics causing its periodic modulation

Analyses of the mechanism controlling the periodicity of callose plug formation in Arabidopsis pollen tubes

Elucidating the regulatory mechanism of gene priming that modulates regeneration

A03New methods in theoretical biology and information science

Mathematical study for periodicities in plant development by combining molecular dynamics and cellular mechanics

Analysis of the peculiar movement brought by the modulation of the periodicity of the elongation and the division in roots

Theoretical biology of periodicity in the aerial organ positioning

Model-based approaches to understanding the morphological diversity of plant individuals caused by the spatial periodicity of organs and their modulation

Analysis of peropdocity and its modulation in plant organs based on Image segmentation techniques

Elucidation of circadian rhythm modulation for residual weak environmental signals using the clock silencing method

Image Recognition with High Accuracy and Spatio-Temporal Factorial Analysis by Deep Learning

Accurate Mitotic Cell Detetion and Tracking in 4D Microscopic Images

Theoretical understandings of leaf shape diversity caused by modulations of spatial periodicity on leaf peripherals