Presented at IIBMP2026, the Annual Meeting of the Japanese Society for Bioinformatics
A second-year master’s student presented a poster at IIBMP2026, the Annual Meeting of the Japanese Society for Bioinformatics (Sagamihara, 26–28 August 2026).
A second-year master’s student presented a poster at IIBMP2026, the Annual Meeting of the Japanese Society for Bioinformatics (Sagamihara, 26–28 August 2026).
We hosted the Fukui Caravan 2025 of the Japanese Society for Quantitative Biology at the University of Fukui, Bunkyo Campus.
Kajita presented “Active thermodynamic force-driven mitochondrial alignment” at the Oxford-Japan Symposium on Cell Behaviors in Simple to Complex Environments.
Kajita presented work on how mitochondria control their own arrangement in cells at the 64th Annual Conference of the Japanese Society for Medical and Biological Engineering.
Kajita gave an invited talk, “Active thermodynamic force-driven mitochondrial alignment,” at the 1st India-Japan Workshop on Physical Aspects of Living Systems.
We organized the 11th Annual Meeting of the Japanese Society for Quantitative Biology at the Institute of Industrial Science, the University of Tokyo (6–7 January 2024), and also presented a poster.
Kajita presented work on how mitochondria form equally spaced patterns in neuronal axons at the 7th area meeting (21–22 September 2023, Toki Messe Niigata Convention Center) of the Grant-in-Aid for Scientific Research on Innovative Areas “Information Physics of Living Matters” (area number 8104).
At the 2023 Annual Meeting of the Japanese Society for Mathematical Biology, Kajita presented work on how an effective repulsion arising from active thermodynamic forces moves and arranges intracellular organelles. A second-year master’s student also presented a poster.
Kajita presented work on the alignment of intracellular organelles by an effective repulsion arising from active thermodynamic forces at the research exchange meeting of the Life Science Innovation Center, University of Fukui. A second-year master’s student also gave a talk.
Kajita presented the poster “Active thermodynamic force driven mitochondrial alignment” at Collective Phenomena in complex systems: problems inspired by Ecology and Evolution (CoPhEE2023).
Kajita presented the poster “Noise-induced receptor clustering as a functional role of noise for reducing errors in target ligand detection” at the 28th International Conference on Statistical Physics (STATPHYS28).
Kajita presented work on the movement of intracellular organelles driven by entropic forces at the 2023 Spring Meeting of the Physical Society of Japan.
Kajita presented work on estimating disease progression from patients’ gene expression data, and its applications, at the 7th Workshop on Theoretical Immunology.
At the 10th Annual Meeting of the Japanese Society for Quantitative Biology, Kajita presented a poster on a mathematical model of the spatial dynamics of transcription. A second-year master’s student also presented a poster.
In a workshop at the 94th Annual Meeting of the Genetics Society of Japan, Kajita presented on how to start mathematical and data-science research in the life and medical sciences.
Kajita presented work on inferring biological networks from multivariate data with machine learning at the research exchange meeting of the Life Science Innovation Center, University of Fukui.
Kajita presented work on early, patient-specific prediction of treatment response in chronic myeloid leukemia from disease dynamics at the 6th Workshop on Theoretical Immunology.
At the 39th Chromosome Workshop and the 20th Nuclear Dynamics Meeting, Kajita presented work on combining a mathematical model of RNA polymerase II movement along genes with experimental data.
Kajita gave an invited talk on data-driven mathematical modeling of disease dynamics toward personalized medicine at the research exchange meeting of the Life Science Innovation Center, University of Fukui.
Kajita presented a mathematical model of the spatial distribution of mitochondria in axons at the 2021 Annual Meeting of the Japanese Society for Mathematical Biology.
Kajita presented a mathematical approach to immune and neural functions arising from changes in intracellular localization at the joint workshop of the Aihara and Murakami Moonshot projects.