Method, Program, and System for Measuring Auditory Characteristics
This technology rapidly measures hearing characteristics by analyzing reflections from random noise emitted into the ear canal. It drastically reduces test…
Hearing Tests Cut by 66%, Boosting Clinic Throughput 1.5x
~$10K/year estimated inspection cost reduction per facility (est.)
Method and System for Predicting Stem Water Potential in Plants
This technology uses non-contact laser measurement to precisely monitor leaf displacement, predicting plant stem water potential in real-time. It enables d…
Precision Water Management: Boost Yields by 15%, Cut Labor 30%
~$150K/year estimated economic impact per facility (est.)
Diagnostic Information Display Device, Diagnostic Information Display Method, and Diagno…
This technology acquires MRI images to generate and display specialized diagnostic information, significantly reducing data processing load and acceleratin…
MRI Diagnostics: ~66% Data Reduction, 10% Faster Diagnosis
~$150K/year estimated diagnostic efficiency improvement per facility (est.)
Non-Contact Temperature Information Presentation System and Method
This non-contact system precisely controls thermal radiation from two heat sources to deliver accurate, airflow-free temperature sensations. It dynamically…
Non-Contact Thermal Haptics: Boost Immersion by 20% with Zero Airflow
~$450K/year estimated revenue increase per facility (est.)
Method for Manufacturing Anatase Titanium Oxide Films
This technology offers a novel solvothermal method to produce highly oriented anatase titanium oxide films. By precisely controlling the titanium-containin…
1.5× Performance Boost, ~30% Cost Cut for Advanced TiO2 Films
~$100K/year estimated manufacturing cost savings per facility (est.)
New Technology for Aortic Aneurysm Diagnosis, Therapeutics, and Therapeutic Screening
This technology identifies novel biomarkers (Nucleoredoxin, Dishevelled) for early, non-invasive aortic aneurysm diagnosis and provides an efficient cell-b…
Early Aortic Aneurysm Detection: Accelerate Drug Development by ~30%
~$1.7M/year estimated healthcare cost reduction and new drug development revenue (est.)
Method and Apparatus for Analyzing Radioisotopes
This technology offers highly accurate, long-term stable analysis of radioisotope radiation doses by chemical form. It utilizes a standard light scintillat…
Precision Radioisotope Analysis: 10% Operational Efficiency, Long-Term Stability
~$350K/year estimated operational cost reduction per facility (est.)
Evaluation Method Using a Transmission Electron Microscope
This technology revolutionizes TEM sample preparation by using Gas Cluster Ion Beam (GCIB) to achieve ultra-thin samples with minimal damage. It significan…
2x TEM Analysis Accuracy, ~90% Damage Reduction for Advanced Materials
~$1.0M/year estimated R&D cost reduction per facility (est.)
Agent and Method for Controlling Soil-Borne Plant Diseases
This technology uses a specific Pseudomonas bacterium as a bio-control agent for soil-borne plant diseases, particularly those caused by Calonectria specie…
Boost Crop Yields by 15% with Sustainable Bio-Pesticide
~$11.5M/year estimated economic benefit per facility (est.)
Method and Kit for Pathogenic Microorganism Detection
This technology offers a highly sensitive and rapid method for detecting pathogenic microorganisms using microfluidic droplet-based enzyme reactions. By pr…
100× Sensitivity Boost: Rapid Pathogen Detection, Faster Decisions
~$350K/year estimated cost reduction per facility (est.)
Measurement Device with Temperature Control Element
This innovative device provides stable, high-precision measurement of soil substance concentration and properties by integrating a temperature control elem…
Boost Soil Analysis Stability by ~90% with Temperature Control
~$100K/year estimated cost savings per facility (est.)
Measurement Device Equipped with a Sensor for Detecting Moisture
This innovative sensor technology accurately measures soil substance concentration and properties even in low-moisture conditions, a challenge for conventi…
Precision Soil Sensing: ~20% Resource Savings, Stable in Dry Conditions
~$10.0M/year estimated agricultural cost reduction potential (est.)
Oligonucleotide for Detecting Potato Cyst Nematodes
This technology precisely detects live potato cyst nematodes (Globodera pallida), a critical potato pest, using a specific oligonucleotide primer set and R…
Potato Blight: 99% Live Pathogen Detection, Cuts Yield Loss by 20%
~$20M/year estimated agricultural loss reduction potential (est.)
Neutron Detector
This technology introduces a novel neutron detector featuring a stacked scintillator structure, significantly improving n/γ selectivity and detection effic…
2× n/γ Selectivity, 20% Efficiency Gain in High-Dose Neutron Detection
~$1.0M/year estimated operational cost savings per facility (est.).
Hydrogen Sensor and Hydrogen Detection Method
This advanced hydrogen sensor utilizes a unique amorphous palladium alloy thin film on a MEMS-based surface stress sensor to achieve 10x higher sensitivity…
Hydrogen Sensor: 10x Sensitivity, Cuts Accident Risk by ~10%
~$200K/year estimated accident risk reduction per facility (est.)
Method and Kit for Detecting Influenza Virus, and Method for Diagnosing Influenza Virus …
This technology uses two distinct probes to differentiate influenza virus neuraminidase from bacterial neuraminidase. By analyzing the ratio of optical sig…
20% More Accurate Flu Diagnosis, Clear Bacterial Differentiation
~$1M/year estimated healthcare cost and opportunity loss reduction per facility (est.)
Method for Producing Cultured Cells
This technology streamlines genome-edited cell production by enabling rapid, marker-free selection of desired cells from colonies. It utilizes single-nucle…
5x Faster Genome-Edited Cell Selection, Marker-Free for Enhanced Safety
~$200K/year estimated cost savings per facility (est.)
Detection Device and Data Collection Method
This technology provides a novel detection device and data collection method for rapidly and non-invasively identifying bacterial anomalies on surfaces. By…
Instant Bacterial Activity Detection: ~90% Faster, 20% Fewer Complications
~$1M/year estimated economic impact per facility (est.)
Diagnostic Device
This patented technology uses an ultra-low-noise accelerometer to capture subtle muscle sounds, enabling non-invasive, high-precision diagnosis. By analyzi…
Myoacoustic Sensor Cuts Noise by 99%, Boosts Early Detection.
~$1M/year estimated medical cost reduction and early intervention effect (est.)
Blood-Tissue Barrier In Vitro Model and Method for Evaluating Drug Permeability Across t…
This technology provides an advanced in vitro model to accurately replicate human blood-tissue barriers, specifically for the brain and liver. By co-cultur…
Accelerate Drug Development by 30% with High-Fidelity Organ Barrier Models
~$350K/year estimated R&D cost reduction per facility (est.)
Differentiation-Inducing Agent with Master Regulator Transcription Factors for Nucleus P…
This technology provides a highly efficient and reproducible method for generating nucleus pulposus progenitor cells from various cell types using a specif…
Spinal Cell Therapy: Cut R&D Costs by ~25%, Accelerate by 4x
~$1.0M/year estimated cell manufacturing cost reduction per facility (est.)
Method for Recovering Platinum Group Metals
This technology offers a novel method for recovering platinum group metals (PGMs) from molten raw materials by immobilizing them onto ceramic materials. It…
PGM Recovery Boost: Up to 15% More Efficient, Redefining Scarce Resources
~$300K/year estimated resource procurement cost reduction per facility (est.)
Compression Hemostasis Attachment and Ultrasound Hemostasis Monitoring System Using the …
This technology provides an ultrasound-guided hemostasis attachment that automates precise compression, eliminating manual dependency. It continuously moni…
Automated Hemostasis: ~50% Faster, Reduces Complications by ~40%
~$1M/year estimated healthcare cost reduction per facility (est.)
Method for Manufacturing Silicon Microparticles with Surface Pores and/or Microprotrusio…
This technology offers a low-cost wet etching method to create precise surface structures on silicon microparticles. It uses hydrofluoric acid and transiti…
1.5x Production, ~20% Cost Reduction for Advanced Silicon Particles
~$150K/year estimated manufacturing cost reduction per facility (est.).