RESEARCH

PPR (Pentatricopeptide Repeat Protein) is a programmable RNA-binding protein that can specifically recognize target RNA sequences and has potential applications in RNA regulation and gene therapy. Thi [...]

Blocked differentiation in myeloid is a key hallmark of leukemia, and thus therapies that promote differentiation represent a promising strategy for leukemia. Therefore, the development of drugs to tr [...]

Peptide and protein polysulfides formed by sulfur catenation are broadly distributed in biological systems, and are responsible, for example, in energy metabolism (sulfur respiration) of mitochondria. [...]

Study on Landscape Features and Utilization Method Based on the Japanese Modern-Contemporary Landscape Painting

Department of Urban Design, Planning and Disaster Management, Graduate School of Human-Environment Studies

Since landscape law enacted in 2004, local governments has been began to formulate their own landscape planning for the preservation and regeneration of the “good scenery” mentioned in the landscape [...]

This doctoral research focuses on developing mathematical models that describe interactions among tumors, immune cells, and drug treatments, aiming to improve tumor growth prediction. By integrating m [...]

The current energy system is undergoing a significant transformation in pursuit of carbon neutrality. Emerging energy sources such as hydrogen, biomass, and renewables are being introduced to replace [...]

With Japan’s super-aging society, preserving natural teeth—especially dental pulp，has become increasingly important. While direct pulp capping is a common clinical method, the post-treatment pulp resp [...]

Development of translation control tools using artificial PPR proteins

Targeting cell channel in preventing leukemia disease

Development of a Rhodium-Catalyzed Chemical Modification of Peptide Disulfides in Water

Study on Landscape Features and Utilization Method Based on the Japanese Modern-Contemporary Landscape Painting

Analysis of Tumor Growth Dynamics through the Integration of Mathematical Models and Clinical Imaging Data

Multi-time Scale Optimal Management Methods for Integrated Energy System incorporating Hydrogen Energy

Senescent Cells Contribute to Reparative Dentin Formation by Recruiting M2 Macrophages

“Future-Creation (MIRAI)” Course Kyushu University SPRING program

RESEARCH

Development of translation control tools using artificial PPR proteins

Potential of Cell Therapy via Membrane Protein Exchange (Therapeutic Effect of Mesenchymal Stem Cells on Epithelial Cells Derived from an MRONJ Model)

Targeting cell channel in preventing leukemia disease

Development of a Rhodium-Catalyzed Chemical Modification of Peptide Disulfides in Water

Study on Landscape Features and Utilization Method Based on the Japanese Modern-Contemporary Landscape Painting

Analysis of Tumor Growth Dynamics through the Integration of Mathematical Models and Clinical Imaging Data

Multi-time Scale Optimal Management Methods for Integrated Energy System incorporating Hydrogen Energy

Senescent Cells Contribute to Reparative Dentin Formation by Recruiting M2 Macrophages