Elucidating Myosin Molecular Dynamics During Sarcomere Morphological Changes In Situ
― Funding Source: JSPS KAKENHI — Grant‑in‑Aid for Scientific Research (C)
― Period: Apr 2025 – Mar 2028
― PI: Seine A. Shintani | Co‑Investigator: Kazuyoshi Murata
Flash‑Frozen 3‑D Cryo‑EM Analysis of Sarcomere and Myosin Dynamics in Living Cardiomyocytes
― Funding Source: National Institutes of Natural Sciences, National Institute for Physiological Sciences — Planned Collaborative Research
― Period: Apr 2025 – Mar 2026
― PI: Seine A. Shintani | Co‑Investigator: Kazuyoshi Murata
Deciphering Emergent Cardiac Function via Next‑Generation Photo‑Electron Correlative Microscopy
― Funding Source: Chubu University Special Research Fund (Category K, FY 2024)
― Period: Apr 2024 – Mar 2025
AI‑Supported Customized Training Program for Clinical Laboratory Technologists
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2024)
― Period: Apr 2024 – Mar 2025
Preparatory Study for the “Dark and Baryon Emulator (DaBE)” Project
― Funding Source: Nagoya University Global Trailblazer Development Program (T‑GEx) — Seed Collaborative Research Grant
― Period: Oct 2023 – Mar 2024
― PI: Hironao Miyatake | Co‑Investigators: Masato Shirasaki, Jun Nishizawa, Seine A. Shintani
Live‑Imaging Analysis of Mitochondrial Metabolism–Driven Control of Cancer Metastasis
― Funding Source: Nagoya University T‑GEx — Seed Collaborative Research Grant
― Period: Aug 2023 – Mar 2024
― PI: Kazuki Hirashima | Co‑Investigators: Yuki Hattori, Seine A. Shintani
Applying AI to Nurture “Skills That Should Be Enhanced” — Concept and Practice
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2023)
― Period: Apr 2023 – Mar 2024
Detecting Early Precursors of Heart Disease by Defining Normal Heartbeat Modes Based on Contraction‑Rhythm Characteristics
― Funding Source: Yokoyama Clinical Pharmacology Research Foundation — General Research Grant
― Period: Nov 2022 – Jun 2023
Streamlining Education and Research in Biomedical Science with “Artificial Intelligence to Learn (AIL)”
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2022)
― Period: Apr 2022 – Mar 2023
Development of an SEM Live‑Imaging Sample Holder for Pre‑disease Diagnostics
― Funding Source: Chubu University Center for Manufacturing Technology Development — FY 2022 Project
― Period: Apr 2022 – Mar 2023
Industrialization of In Situ High‑Precision Nano‑Scale Bio‑Dynamics Measurement
― Funding Source: NEDO — Young Researcher Career Development Program (Matching Support Phase)
― Period: Mar 2022 – Mar 2023
Tracking‑Integrated Raman Spectroscopy to Measure Myosin State Distributions Inside Sarcomeres Under Physiological Conditions
― Funding Source: JSPS KAKENHI — Grant‑in‑Aid for Young Scientists
― Period: Apr 2020 – Mar 2023
Curriculum Development for AI Technologies to Improve Quality and Productivity in Clinical Settings
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2021)
― Period: Apr 2021 – Mar 2022
Development of an Electron‑Microscopy Sample Holder for Pre‑disease Diagnosis
― Funding Source: Chubu University Center for Manufacturing Technology Development — FY 2021 Project
― Period: Apr 2021 – Mar 2022
Introducing Programming and AI Techniques into Biomedical Education and Research
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2020)
― Period: Apr 2020 – Mar 2021
Bio‑Actuator Exploiting Heat in Cardiac Muscle
― Funding Source: Casio Science Promotion Foundation — 37th Research Grant
― Period: Dec 2019 – Dec 2020
Real‑Time Coded Imaging for Low‑Invasive In Vivo Nano‑Measurement of the Heart
― Funding Source: JSPS KAKENHI — Grant‑in‑Aid for Young Scientists (B)
― Period: Apr 2017 – Mar 2020
Development of a Multi‑Modal Non‑Linear Optical Microscope Driven by Femtosecond IR Pulses
― Funding Source: Chubu University Life & Health Sciences Short‑Term Research Project (FY 2019)
― Period: Sep 2019 – Mar 2020
Building Educational Environments to Teach Programming and AI to Life‑Science Students
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2019)
― Period: Apr 2019 – Mar 2020
Curriculum Design to Equip Life‑Science Students with Programming and AI Skills
― Funding Source: Chubu University Special Research Fund (Category CP, FY 2018)
― Period: Apr 2018 – Mar 2019
Elucidating Cardiac Contraction Mechanisms via Multi‑Scale Live‑Electron Microscopy
― Funding Source: Chubu University Special Research Fund (Category P, FY 2018)
― Period: Apr 2018 – Mar 2019
Hierarchical Cross‑Sectional Measurements from Single Molecules to the Heart to Reveal the Role of High‑Speed Self‑Oscillations
― Funding Source: JSPS KAKENHI — Research Fellowship for Young Scientists (PD)
― Period: Apr 2015 – Mar 2018
Development of a Dual‑Wavelength Fluorescent Thermometer Sheet for Non‑Invasive Cellular Temperature Mapping
― Funding Source: JSPS KAKENHI — Challenging Exploratory Research
― Period: Apr 2014 – Mar 2017
― PI: Kotaro Oyama | Co‑Investigator: Seine A. Shintani
Chemical‑Mechanical Feedback Loops Underlying Biological Motion Control
― Funding Source: JSPS KAKENHI — Grant‑in‑Aid for Scientific Research (S)
― Period: Apr 2010 – Mar 2016
― PI: Shin’ichi Ishiwata | Multiple Co‑Investigators including Seine A. Shintani
High‑Precision Single‑Sarcomere Length Measurement to Clarify Regulation of Contraction Oscillations in Neonatal Rat Cardiomyocytes
― Funding Source: Waseda University Grant for Special Research Projects
― Period: Apr 2013 – Mar 2014
Evaluating the Differentiation Status of iPSC‑Derived Cardiomyocytes via Contraction Characteristics
― Funding Source: The Japan Science Society — Sasakawa Scientific Research Grant (FY 2013)
― Period: Apr 2013 – Mar 2014
Elucidating “Autonomous Cardiac Rhythm Control” via Analysis of Sarcomere Self‑Oscillations (SPOC) in Neonatal Rat Cardiomyocytes
― Funding Source: The Japan Science Society — Sasakawa Scientific Research Grant (FY 2012)
― Period: Apr 2012 – Mar 2013