Method and Apparatus for Detecting Metal Microstructure Changes
This technology offers a non-contact method and device to detect subtle structural changes in metals, indicative of aging or fatigue. By measuring eddy cur…
1-Second Non-Contact Metal Degradation Detection: Boost Inspection Efficiency by 3x
~$450K/year estimated cost reduction potential per facility (est.)
Method for Detecting Groundwater Level Fluctuations
This technology offers a novel method for highly accurate groundwater level detection by applying surface electrical resistivity principles. It uniquely fi…
Automated Groundwater Monitoring: ~80% Labor Savings, Noise-Free Data
~$170K/year estimated operational cost reduction per facility (est.)
Diagnostic Agent for Measuring Organic Anion Transporter Function
This technology provides a diagnostic agent for easily and accurately assessing Organic Anion Transporter Polypeptide (OATP) function using a radiolabeled …
Personalized Medicine Accelerated: OATP Test Cuts Drug Development by ~10%
~$1.0M/year estimated medical cost reduction per facility (est.).
Method for Analyzing Kidney Tissue Using Fluorescence Imaging
This technology offers a novel 3D fluorescence imaging method for highly accurate kidney tissue analysis, specifically for glomerular damage. It eliminates…
3D Fluorescence Halves Kidney Biopsy Time, Boosts Accuracy by ~30%
~$1.0M/year estimated diagnostic cost reduction and early treatment contribution per facility (est.)
Method for Detecting Ship Draft Line and Draft Line Control System
This technology provides a real-time, high-precision method for detecting a vessel's draft line during navigation, utilizing internal hull temperature sens…
Real-time Draft Detection: Cut Fuel Costs by 15%, Boost Stability
~$150K/year estimated fuel cost reduction per vessel (est.)
Method for Evaluating Crystalline Materials
This technology offers a breakthrough in crystalline material evaluation by precisely removing environmental radiation noise from X-ray diffraction data. I…
2x Accuracy, >90% Noise Reduction for Crystalline Material Evaluation
~$200K/year estimated R&D cost savings per facility (est.)
Estrus Detection Device, Estrus Detection Method, Estrus Detection Program, and Recordin…
This AI-driven system precisely detects livestock estrus by analyzing skeletal changes from camera images. It non-invasively identifies specific behavioral…
AI-Driven Estrus Detection: Boost Farm Productivity by 15%, Cut Labor by 1/3
~$150K/year estimated revenue potential 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.)
Scratching Behavior Detection Sensor and Quantitative Evaluation System
This technology utilizes a discreet wearable sensor with a strain gauge to precisely measure scratching frequency and intensity. It enables objective asses…
Objective Itch Assessment: Accelerate Drug Trials by ~6 Months, Improve Patient QOL
~$2M/year estimated healthcare and development cost reduction (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.)
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.).
Language Identification Apparatus
This technology offers a high-accuracy language identification system for speech signals. By dynamically utilizing multiple models based on partial inputs,…
Up to 20% Faster Language ID, ~15% Lower Error Rate for Multilingual Ops
~$350K/year estimated operational 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.)
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.)
Mass Spectrometry Method for Correcting Evolved Gas Time/Temperature Changes
This technology applies deconvolution analysis to mass spectrometry data, mathematically removing signal broadening and time delays. It enables precise, re…
Mass Spec: 20% More Accurate, 3× Faster Development
~$150K/year estimated R&D cost reduction per facility (est.)
Detection Device and Discharge Detection System
This technology provides high-precision electrical discharge detection using low-cost, low-frequency sampling hardware. It processes waveforms to delay sig…
Cut Industrial Downtime by 20% with Low-Cost, High-Precision Discharge Detection
~$800K/year estimated downtime loss reduction per facility (est.)
Allergy Inhibitor and Degranulation Inhibitor
This technology identifies Ly6G, a neutrophil-specific protein, as a key regulator of mast cell response through mast cell-neutrophil interactions. By cont…
Novel Allergy Treatment: Targets Root Cause, Unlocks >$33.5M Annual Revenue
~$33.5M/year estimated new revenue generation in the allergy market (est.)
Crop-Related Value Derivation Apparatus and Method
This technology enhances remote agricultural monitoring by correcting environmental observation biases in drone and satellite data. It derives highly accur…
Precision Crop Data: ~20% Accuracy Boost, ~30% Labor Savings
~$1.3M/year estimated agricultural cost reduction potential (est.).
Wind Turbine Blade Diagnostic Method
This technology provides a real-time diagnostic method for existing wind turbine blades by retrofitting strain sensors. It accurately calculates loads, ena…
Wind Turbine Blade Real-time Diagnostics: Cut Maintenance Costs by ~20%
~$1.0M/year estimated operational cost reduction per facility (est.)
Sway Detection Device and Sway Detection Program
This technology provides real-time, haptic feedback to golfers, instantly alerting them to "sway" during their swing. By detecting head movement via a wear…
Instant Golf Sway Detection: Head-Mounted Feedback Boosts Swing Improvement by 1.5x
~$0.8M/year estimated revenue increase potential (AI est.)
Method for Prognostic Diagnosis or Prognostic Diagnostic Support for Bone Tumors
This technology offers a novel method for bone tumor prognostic diagnosis by analyzing specific miRNA expression and osteoclast counts from biological samp…
Bone Tumor Prognosis: miRNA & Osteoclast Markers Boost Accuracy by ~20%
~$350K/year estimated national healthcare cost optimization (est.)