91探花

The 91探花 Seeds Collection

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│日本语│贰苍驳濒颈蝉丑│

The 91探花 Seeds Collection

The 91探花 Seeds Collection aims to promote new collaborations with industry and local governments by introducing overviews of research conducted at 91探花, along with related academic publications and intellectual property. 
Each research seed also includes its potential applications and commercialization prospects, making it a useful resource for exploring themes for joint research and new business initiatives.

  For inquiries regarding the Seeds Collection, please contact: 
The Center for Research Administration & Collaboration, 91探花 
TEL: +81-88-656-7592 / E-mail: rac-info@tokushima-u.ac.jp 
  Links to the researchers’ names direct you to MATCI (Matching Information System for Industry–Academia Collaboration Support), a database that provides research and technology information from the five national universities in Shikoku: 91探花, Naruto University of Education, Kagawa University, Ehime University, and Kochi University ().
  Technology Developement Stages |  Classi?cation Criteria
Basic Research |  A stage focused on discovering new phenomena, functions, and mechanisms.
Applied Research | A stage focused on establishing proof of concept (POC) for speci?c applications based on knowledge obtained from basic research
Demonstration Research |A stage focused on increasing readiness for social implementation through validation in non-clinical and clinical studies, feasibility models, and other veri?cation activities.

Life Sciences / Engineering / Food Science

Life Sciences

No. Title/Subtitle Researcher(s) Classi?cation
L-01 An Innovative Immunization Technique for Efficient Induction of Antibodies Against Membrane Proteins 
— Development of an Innovative Antibody Induction Platform Using Spleen-Targeted DDS Technology —
Basic Research
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L-02 Toward Widespread Clinical and Societal Adoption of Ultra-High-Sensitivity MRI
— Nuclear Spin Polarization Technology via Eutectic and Co-Crystal Methods —
Basic Research
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L-03 A Platform Technology to Accelerate Biopharmaceutical Development
—    Toward Integrated Development of Protein Therapeutics, Production Cell Lines, and Bioprocesses —
Basic Research
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L-04 NMR-Based Technologies for Analyzing Biomolecule Dynamics
— Investigating Protein Interactions, 3D Structures, and Dynamics in Solution at Atomic Resolution —
Basic Research
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L-05 Application of PET Imaging to Theranostics
— From Non-Invasive “Seeing” Cancer to Truly “Diagnosing” It —
Basic Research
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L-06 Drug Repositioning for Chronic Pain
— Efficacy of Tranilast in Trigeminal Neuropathic Pain —
Basic Research
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L-07 Rapid Development Technology for Humanized Single-Domain Antibodies
— A New Modality for Biosensor and Therapeutic Antibody Development —
Basic Research
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L-08 Development of Novel Drug Discovery Technologies Based on the Epitranscriptome
— Elucidation of New Homeostatic Mechanisms of Methylated RNA through Comprehensive Analyses and Exploration of Novel Drug Discovery Seeds —
Nazere Keyoumu

Basic Research
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L-09 Lysoplasmalogen as a Biomarker for Skin Inflammation and Barrier Function
— A Novel Bioactive Lysophospholipid Involved in Skin Homeostasis and Chronic Inflammatory Skin Diseases —
Basic Research
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L-10 Development of a Novel Clear Index System for Direct Composite Restoration
— Standardizing High-Quality Direct Composite Restoration to Advance Minimally Invasive Dentistry —

Demonstration Research
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L-11 A Non-Contact, Non-Invasive Technology for Intradermal Delivery of Macromolecules
— Widespread Skin Penetration of Pharmaceuticals and Cosmetic Ingredients Using an “Electric Bath” —
Basic Research
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L-12 Lipid Nanoparticle Formulation Technology Exhibiting High Translocation and Accumulation in Pancreatic Islets and Exocrine Pancreatic Tissue
— Development of a Delivery Platform for Pancreas-Targeted Therapeutics —
Basic Research
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L-13 “Mimamoru-kun II”: Realizing System and Human Collaboration Between Dental Care, Medical Care, and Welfare/Care Services
— An AI Engine Aimed at Behavioral Change Through Lifestyle Improvement Recommendations —
Basic Research
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L-14 Development of a Dental Caries Prevention Tool Using Cross-Modal Perception
— A Predictive Experience of Toothache Caused by Dental Caries —

Naoya Tanigaki
Basic Research
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L-15 Regulation of Fibrocytes by Clock Gene Inhibitors and Their Application to Cancer Therapy
— Toward the Development of Novel Treatments to Overcome Resistance to Immunotherapy —

Basic Research
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L-16 Manufacturing Method of Zwitterionic Compounds with Superior Protein Adsorption Resistance
— Water-Soluble Antithrombotic Materials with Covalent Binding Capability to Metal and Glass Substrates —
Basic Research
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L-17 Development of a VR-Based Tailor-made Toothbrushing Training Tool
— A Self-Check Gamified System for Achieving Better Oral Health —

Kotone Yamashita

Basic Research
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L-18 Automated Image Analysis Technology for Quantifying the “Connectivity” of Liver Fibrosis Lesions
― Toward the Establishment of a Diagnostic Support System for Pathology ―
Basic Research
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Machinery / Environment / Energy / Civil Engineering / Architecture

No. Title/Subtitle Researcher(s) Classi?cation
E-01 Miniaturization and High-Power Output of Small Hydropower Generation Using a Contra-Rotating Rotor
 — Effective Utilization of Energy Losses through a Pressure-Reducing Valve Equipped with an Inline Small Hydroturbine —
Demonstration Research
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E-02 High-Precision Positioning Control Technology for Pneumatic Actuators
— Achieving Both Contact Safety and Nanometer-Scale Precision in Collaborative Robot Applications —
Demonstration Research
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E-03 Development of a High-Accuracy, High-Speed Tsunami Simulator (JAGURS)
— For Probabilistic Evaluation of Tsunami Events Toward Optimal Disaster countermeasures—
Demonstration Research
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E-04 Application of Multimodal Emotion Estimation Technology for Supporting the Diagnosis of Mental Disorders
— Achieving Emotion Estimation with Interpretability and Causal Inference —
Demonstration Research
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E-05 Large-Area Nondestructive Inspection Technology Using Infrared Active Thermography
 — Nondestructive Inspection Contributing to the Maintenance of Large-Scale Structures —
Demonstration Research
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Food / Agriculture, Forestry, and Fisheries

No. Title/Subtitle Researcher(s) Classi?cation
B-01 Research on Extending Shelf Life and Reducing Food Loss Using a Library of Food Spoilage Bacteria
 — We aim to achieve rapid, low-cost microbial identification and the construction of a highly reliable library of food spoilage bacteria —
Basic Research
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B-02 Visualization of Food Components by High-Sensitivity Mass Spectrometry Imaging
— Contributing to Food Safety and Quality Improvement through Mass Spectrometry Imaging —
Applied Research
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Last updated date:October 15, 2026

 

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