Introduction of Research

Our group is dedicated to advancing automation technology in life science experiments to enhance efficiency and accuracy. Many biological experiments are traditionally performed manually, making them time-consuming and prone to human error. By leveraging robotics and state-of-the-art imaging technology, we aim to overcome these challenges and accelerate the progress of life science research.

<Research Overview>

The Laboratory Automation Research Group focuses on two main areas: experiment automation and bioimaging technology.

Experiment Automation Technology
– Utilizing the versatile humanoid laboratory automation system “Maholo” to automate processes such as cell analysis and gene expression analysis.
– Developing automated systems for advanced molecular biology techniques, including single-cell RNA sequencing (RamDA-seq) and Hi-C analysis.
– Designing new systems to improve experimental precision and reproducibility.

Bioimaging Technology
– Employing the spinning disk laser confocal super-resolution microscope CSU-W1 SoRa for high-resolution imaging of cells and tissues.
– Advancing super-resolution microscopy to observe fine cellular structures, such as actin filaments and nucleosomes.
– Establishing innovative analytical methods by integrating laboratory automation systems with super-resolution microscopy.

<Research Team>

Our group is led by Guest Professor Dr. Toutai MITSUYAMA and Full-time Researcher Dr. Kaoru KATOH.

– Dr. Toutai MITSUYAMA: A specialist in laboratory automation technology, with a proven track record in automating protocols such as RamDA-seq and Hi-C analysis.
– Dr. Kaoru KATOH: An expert in bioimaging, pioneering research in super-resolution imaging of cellular structures like actin filaments and nucleosomes.

Through close collaboration, our team is committed to developing cutting-edge technologies that support advanced life science research.

<Our Mission>

The Laboratory Automation Research Group aims to create an environment where researchers can perform sophisticated experiments with greater efficiency. By integrating automation technology with bioimaging, we strive to generate new discoveries and contribute to the advancement of life sciences.

We invite you to follow our research and explore the possibilities of laboratory automation!