Kiyoshi Katou - My portal - researchmap

Profile Information

Affiliation: Graduate School of Science, Division of Biological Science, Nagoya University

Degree: (BLANK)

J-GLOBAL ID: 200901024723429239
researchmap Member ID: 1000023770

Research Interests

2

Education

2

- 1966

School of Science, Nagoya University
- 1966

Faculty of Science, Nagoya University

Committee Memberships

1

1999 - 2002

評議員, 日本植物学会

Misc.

19

Molecular cloning of yieldins regulationg the yield threshold of cowpea cell walls

Plant Cell and Environment, 23(2) 155-164, 2000
Calcium chelator and channel blockers suppress the IAA-Induced membrane hyperpolarization without inhibiting the following growth promotion in hypocotyl sections of Vigna unguiculata under xylem perfusion

K Yuasa, K Takahashi, K Katou

PLANT AND CELL PHYSIOLOGY, 39(9) 978-986, Sep, 1998
IAA-dependent adjustment of the in vivo wall-yielding properties of hypocotyl segments of ┣DBVigna(/)-┫DB ┣DBunguiculata(/)-┫DB during adaptive growth recovery from osmotic seress

Plant and Cell Physiology, 39(6) 627-631, 1998
Adaptive growth responses to osmotic stress of hypocotyl sections of Vigna unguiculata: Roles of the xylem proton pump and IAA

S Kitamura, A Mizuno, K Katou

PLANT AND CELL PHYSIOLOGY, 38(1) 44-50, Jan, 1997
Regulation of plant elongation growth by surface and xylem proton pumps

A Mizuno, K Katou

JOURNAL OF PLANT RESEARCH, 109(1093) 85-91, Mar, 1996
Membrane function and growth regulation in plants

Journal of Plant Research, 109(1093) 67, 1996
Cause of blue petal color

Nature, 373(6512) 291, 1995
Acid-induced changes in the in vivo wall-yielding properties of hypocotyl sections of ┣DBVigna(/)-┫DB ┣DBunguiculata(/)-┫DB

Physiologia Plantarum, 89(4) 693-698, 1993
SYMPLAST AS A FUNCTIONAL UNIT IN PLANT-GROWTH

K KATOU, H OKAMOTO

INTERNATIONAL REVIEW OF CYTOLOGY-A SURVEY OF CELL BIOLOGY, 142 263-304, 1992
Computer Simulation of the Apoplast Canal Model on the Rapid Adaptation of Elongation Growth to Osmotic Stress in Cowpea Stem Segments

Plant and Cell Physiology, 32 3, 1991
Auxin Changes both the Extesibility and the Yield Threshold of the Cell Wall of ┣DBVigna(/)-┫DB Hypocotyl

Plant and Cell Physiology, 32 1, 1991
Mechanism of Pressure-Induced Water Flow across Plant Roots

Protoplasma, 150 2-3, 1989
A Model for Radial Water Transport across Roots

Protoplasma, 144 2-3, 1988
Movement of Solute and Water in the Cell Wall apoplast as a Fundamental Process for Respiration-Dependent Water Transport in Higher Plants

Protoplasma, 144 1, 1988
A MECHANISM OF RESPIRATION-DEPENDENT WATER-UPTAKE ENHANCED BY AUXIN

K KATOU, M FURUMOTO

PROTOPLASMA, 133(2-3) 174-185, 1986
The Role o Electrogenic Xylem Pumps in K⁺-Absorption from the Xylem of ┣DBVigna(/)-┫DB ┣DBunguiculata(/)-┫DB : the Effects of auxin and Fusicoccin

Plant Cell and Environment, 8 8, 1985
The Electrogenic Proton Pumping from Parenchyma Symplast into Xylem - Direct Demonstration by Xylem Perfusion

Plant Cell and Environment, 8 7, 1985
Effects of Carbon Dioxide on the Spatially Separate Electrogenic Ion Pumps and the Growth Rate in the Hypocotyl of ┣DBVigna(/)-┫DB ┣DBsesquipedalis(/)-┫DB

Planta, 155 6, 1982
Radial Electrogenic Activity in the Stem of ┣DBVigna(/)-┫DB ┣DBsesquipedalis(/)-┫DB : Involvement of Spatially Separate Pumps

Plant Cell and Environment, 1(4) 279-284, 1978

Professional Memberships

2

Research Projects

2