Kenichi Yoshikawa

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Doshisha Daigaku - Kyotanabe Campus

Japan

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Kenichi Yoshikawa is a Professor at Doshisha University - Kyotanabe Campus in Japan. His research focuses on topics such as phase separation in materials and biological systems, microfluidics, and the dynamics of cellular structures. Recent articles highlight his work on electrochemical reactions, microdroplet generation, and genomic-thermodynamic interactions affecting cell fate. His contributions to understanding collective motion in catalytic systems and DNA higher-order structure further signify his expertise in the intersection of physical chemistry and biophysics.

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Articles (18)

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2025

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2025

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2025

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2025

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2024

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2024

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2023

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2023

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2023

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2023

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2023

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2023

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2022

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2022

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2022

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2021

Collaborators (11)

Yusuke Sato

Associate Professor

Kyushu Institute of Technology

JAPAN

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Masahiro Takinoue

Professor

Tokyo Institute of Technology

JAPAN

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Kanta Tsumoto

Professor

Mie university

JAPAN

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Michael Hausmann

Heidelberg University

GERMANY

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Miho Yanagisawa

Associate Professor

University of Tokyo

JAPAN

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Yutaka Sumino

Associate Professor

University of Tokyo

JAPAN

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Yuji Goto

Specially Appointed Professor

Osaka University

JAPAN

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Gen Honda

Assistant Professor

University of Tokyo

JAPAN

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Georg Hildenbrand

Heidelberg University

GERMANY

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Chwen-Yang Shew

College of Staten Island

UNITED STATES

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Hiroki Sakuta

University of Tokyo

JAPAN

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Kenichi Yoshikawa

Research Interests

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Recent Grants

Articles (18)

Accelerated amyloid fibril formation at the interface of liquid–liquid phase‐separated droplets by depletion interactions

Traveling wave on a phase-segregated metal composite caused by electrochemical reaction: Direct monitoring for silver-wave

A Facile Platform for One‐Step Generation of Uniform Microdroplets through Dehydration‐Driven Phase Separation in Microfluidics

Genomic-Thermodynamic Phase Synchronization: Maxwell’s Demon-like Regulation of Cell Fate Transition

Collective motion of catalytic particles driven by abiotic aerobic metabolism

Characteristic effect of hydroxyurea on the higher-order structure of DNA and gene expression

Periodic Alignment of Binary Droplets via a Microphase Separation of a Tripolymer Solution under Tubular Confinement

Self-emergent vortex flow of microtubule and kinesin in cell-sized droplets under water/water phase separation

Stiffness of Confinement Controls the Localization of an Object under Crowding: Macroscale Real-World and Microscale Numerical Modelings on the Specificity of Intracellular Positioning

Spontaneous Formation of Uniform Cell‐Sized Microgels through Water/Water Phase Separation

The Anticancer Drug Daunomycin Directly Affects Gene Expression and DNA Structure

Markedly Different Effects of Monovalent Cations on the Efficiency of Gene Expression

Spatial-Temporal Genome Regulation in Stress-Response and Cell-Fate Change

Micro-DC rotary-motor working smoothly with neither contact brush nor fixed-axis

Front Cover: Water‐in‐Water Droplets Selectively Uptake Self‐Assembled DNA Nano/Microstructures: a Versatile Method for Purification in DNA Nanotechnology (ChemBioChem 17/2022)

Water‐in‐Water Droplets Selectively Uptake Self‐Assembled DNA Nano/Microstructures: a Versatile Method for Purification in DNA Nanotechnology

Activation/Inhibition of Gene Expression Caused by Alcohols: Relationship with the Viscoelastic Property of a DNA Molecule

Higher-order structure of DNA determines its positioning in cell-size droplets under crowded conditions

Collaborators (11)

Yusuke Sato

Masahiro Takinoue

Kanta Tsumoto

Michael Hausmann

Miho Yanagisawa

Yutaka Sumino

Yuji Goto

Gen Honda

Georg Hildenbrand

Chwen-Yang Shew

Hiroki Sakuta

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