Environmental Information Acquisition Device
This technology provides a modular environmental sensing system for plants, utilizing a communication cable along the main stem to gather multi-point data …
Modular Plant Sensing: Boost Crop Yields by ~10%, Optimize Resource Use
~$150K/year estimated revenue increase per facility (est.)
Tea Variety Identification Method, Polynucleotide, Microsatellite Marker, and Primer Set
This technology uses specific DNA markers (microsatellites) for highly accurate and rapid identification of tea varieties. It helps combat food fraud, ensu…
Tea Variety ID: 99% Accuracy, Boosts Brand Value by 2x, Cuts Costs 30%
~$0.7M/year estimated brand value enhancement and loss avoidance per facility (est.)
Method and Kit for Citrus Variety Identification
This technology provides a highly accurate and efficient method for identifying citrus varieties at the DNA level using specific SNP markers. It resolves c…
Citrus Variety ID: 99% Accuracy, 2× Efficiency Boost in Quality Control
~$130K/year estimated quality control cost reduction per facility (est.)
Polyoxazoline-Conjugated Albumin, Artificial Plasma Expander, and Hemorrhagic Shock Resu…
This technology introduces a novel polyoxazoline-conjugated albumin, designed as a highly biocompatible and stable artificial plasma expander. It addresses…
Artificial Plasma: ~20% Lower Costs, Stable Supply for Emergencies
~$100M/year estimated healthcare cost reduction per country (est.).
Novel Halophilic Lactic Acid Bacteria and Method for Producing Recovery-Type Amino Acids…
This technology utilizes a novel halophilic lactic acid bacterium, Tetragenococcus halophilus KA03033, to efficiently produce high concentrations of recove…
4x Faster Recovery Amino Acid Production in High-Salt Foods
~$2M/year estimated revenue increase or cost reduction per facility (est.).
Method and Kit for Detecting Plant Viruses by RT-PCR
This technology offers a rapid, highly specific RT-PCR method to detect the Japanese Pear Chlorotic Spot Associated Virus (JPCSaV), the pathogen behind pea…
Rapid RT-PCR for Pear Virus: Boost Crop Yields by ~20%
~$10M/year estimated agricultural loss reduction per region (est.)
Method and Kit for Detecting Plant Viruses by RT-LAMP Method
This RT-LAMP diagnostic technology rapidly and accurately detects Pear Chlorotic Spot Associated Virus (JPCSaV), a major threat to pear crops. It enables o…
Rapid Plant Virus Detection: Cut Diagnostic Time by 66%, Boost Crop Yields
~$350K/year estimated economic impact per facility (est.)
Pupil Detection Device and Pupil Detection Method
This technology offers highly stable and precise pupil detection by continuously acquiring and differentiating images under varying light conditions. It ef…
2x Accuracy, Stable Pupil Detection for Advanced Industrial & Medical Systems
~$200K/year estimated cost reduction per facility (est.)
Spraying Apparatus
This vehicle-towed precision sprayer accurately applies agrochemicals between crop rows, utilizing a unique divider and oscillating cover unit. It ensures …
Precision Crop Spraying: Cut Material Costs by 20%, Boost Efficiency 30%
~$100K/year estimated cost reduction per facility (est.)
Method for Sterilizing Pollen Used in Solution Pollination
This technology offers a novel method for sterilizing fruit pollen using specific aqueous solutions, maintaining high germination rates while effectively e…
90% Germination Rate, 30% Labor Cut: Revolutionizing Fruit Pollination
~$250K/year estimated cost savings and revenue increase per facility (est.).
Skin Patch with Non-Adhesive Zone for Medical Device Fixation and Pressure Prevention
This multi-layered skin patch features distinct non-adhesive and adhesive zones, designed to securely fix medical devices like catheters while preventing p…
Zero Pressure Medical Patch: 2x Operability, ~30% Skin Trouble Reduction
~$200K/year estimated cost savings per facility (est.)
MRP3-Targeted Gene-Modified T-Cells
This gene-modified T-cell therapy targets advanced liver cancer by introducing a T-cell receptor (TCR) specific to MRP3-HLA-A24 complexes into patient-deri…
MRP3-Targeted T-Cell Therapy: 3x Faster Efficacy for Advanced Liver Cancer
~$1.5M/year estimated medical cost reduction and QOL improvement (est.).
Radical Generating Composition, Sterilization Composition, and Organic Decomposition Com…
This technology utilizes edible mushroom extracts and an iron source to efficiently drive a Fenton reaction, offering superior sterilization and organic de…
~65% Environmental Impact Reduction in Sterilization & Decomposition
~$150K/year estimated environmental cost savings per facility (est.)
Method for Heat Treating Fluid Food Products
This technology offers a breakthrough in heat treating fluid food products with solids, like purees. A unique high-frequency pulse unit prevents impedance …
Puree Heating: 66% Less Degradation, 20% Higher Productivity
~$350K/year estimated waste reduction and 20% productivity increase per facility (est.)
Electric Fence Installation and Management Support System
This AI-powered system streamlines electric fence deployment by automatically calculating optimal materials and costs based on specific area and target ani…
AI-Driven Fence Planning: 15% Cost Reduction, 6x Faster Deployment
~$100K/year estimated loss reduction and labor savings per facility (AI est.)
Method and Kit for Controlling Harmful Arthropods Damaging Plants
This technology offers a non-GMO RNA interference (RNAi) method to control harmful arthropod pests. By introducing specific siRNAs into plants, it suppress…
Non-GMO RNAi boosts crop yield by ~15%, cuts pesticide costs by ~30%.
~$1.0M/year estimated economic impact per facility (est.)
Floating Artificial Wetland
This technology introduces a floating artificial wetland system that significantly enhances water purification. By utilizing granular substrates, it maximi…
1.5x Water Purification, ~30% Cost Reduction with Floating Wetland Tech
~$100K/year estimated maintenance cost reduction per facility (est.)
Method and Apparatus for Evaluating Psychological State and Task Enjoyment During Work
This technology objectively assesses an individual's psychological state during tasks using NIRS brain blood flow data. It quantifies engagement and stress…
Objective Psychological Assessment: Boost Productivity by ~3%
~$1M/year estimated productivity improvement and cost reduction per facility (est.)
Frailty Assessment Support Device, Program, and Method
This technology uses body-worn sensors to analyze gait patterns, enabling objective and early detection of frailty risk. By focusing on specific timings wi…
Gait Analysis Predicts Frailty, Cuts Care Dependency Risk by ~5%
~$1M/year estimated healthcare cost reduction (est.)
Composition for Controlling Soil-Borne Plant Diseases and Method for Controlling Soil-Bo…
This technology offers an innovative, eco-friendly solution for controlling soil-borne plant diseases. Combining alkaline compounds, Qi inhibitors/resistan…
Boost Crop Yields by 10%, Cut Chemical Use by 30% with Bio-Soil Defense
~$150K/year estimated revenue improvement per facility (est.)
Method and Apparatus for Measuring TDP-43 in Biological Samples
This technology offers a highly sensitive method for detecting TDP-43, a key biomarker for neurodegenerative diseases like Alzheimer's and ALS. By optimizi…
5x Higher Sensitivity for TDP-43, Enabling Earlier Neurodegenerative Disease Diagnosis
~$1.5M/year estimated market opportunity per facility (est.)
Culture Insert
This technology is a novel culture insert designed to enhance pipetting accuracy and efficiency in cell culture. It features a unique cylindrical body and …
1.5x Cell Culture Precision, ~80% Less Contamination Risk
~$150K/year estimated research cost savings per facility (est.)
Information Processing Apparatus, Information Processing Method, and Program
This AI-powered system precisely predicts crop growth states by integrating environmental factors, cultivation conditions, and growth days. It derives prog…
Boost Crop Yields by 15%, Cut Resource Use by 20% with AI Prediction
~$1.0M/year estimated revenue opportunity per facility (est.)
Inbred Mouse and Method for Producing Inbred Mouse
This technology introduces a novel inbred mouse model characterized by stably increased eosinophil counts (≥200/μL in peripheral blood at 6-18 weeks). It e…
New Eosinophil Model: Accelerate Research, Cut Drug Dev Time by ~20%
~$950K/year estimated cost reduction per facility (est.).