Spasticity Severity Assessment Support System and Program
This system objectively quantifies spasticity severity by measuring joint angular acceleration during passive movement. It enables precise, high-resolution…
Quantify Spasticity: Boost Rehab Efficacy by 20%, Cut Assessment Time
~$200K/year estimated healthcare resource efficiency per facility (est.)
Colon Epithelial Stem Cell Isolation, Culture, and Transplantation Technology
This patent describes a novel serum-free culture medium and method for efficiently isolating and culturing colon epithelial stem cells. It significantly re…
Gut Disease Breakthrough: ~30% Culture Cost Reduction for Regenerative Therapies
~$200K/year estimated culture cost reduction per facility (est.)
Isolation and Culture Technology for Colonic Epithelial Stem Cells, and Colonic Epitheli…
This technology provides a novel serum-free culture medium and method for efficiently isolating and expanding colonic epithelial stem cells. It offers a pa…
Stem Cell Therapy: ~$7K/Patient Savings for Intractable Bowel Disease
~$2M/year estimated economic impact per licensee (est.)
Therapeutic Agent for Atopic Dermatitis
This technology offers a novel Lipocalin-2 inhibitor for atopic dermatitis, directly targeting the inflammatory and immune mechanisms causing skin lesions.…
New Atopic Dermatitis Therapy: ~10% Healthcare Cost Reduction Potential
~$100M+/year estimated total economic impact (AI est.)
Novel Lactic Acid Bacteria Strain and Its Applications
This technology introduces a novel lactic acid bacteria strain (AL3G1) that selectively ferments oligosaccharides, not sucrose. It significantly improves t…
Boosts Plant-Based Yogurt Flavor, ~$1M Annual Market Potential
~$1M/year estimated new market creation potential (AI est.)
Method for Inducing Matsutake Mushroom Fruiting Body Primordia, Production Method, Mycel…
This technology offers a novel method for artificially inducing Matsutake mushroom fruiting body primordia by optimizing culture solutions with specific pr…
Matsutake Cultivation Breakthrough: 20% Higher Yield, Stable Supply
~$350K/year estimated economic impact per facility (est.)
Pollen Dispersal Suppressant and Method for Cedar, Cypress, and White Birch
This technology offers a highly efficient method to suppress pollen dispersal from cedar, cypress, and birch by applying specific compounds to male flowers…
90% Pollen Reduction: Next-Gen Approach Disrupts Seasonal Allergies
~$1M/year estimated economic benefit per large organization (est.)
Grape Plant, Method for Producing Grape Plant, and Its Utilization
This technology uses DNA markers for rapid breeding of premium red, seedless, and flavorful grape varieties. It reduces development time by up to 66%, enab…
3x Faster Grape Breeding, Deliver Premium Seedless Varieties
~$2M in additional revenue opportunities per new variety due to 5 years earlier market entry (est.).
Method for Detecting Dickeya dadantii and Primer Set Therefor
This technology offers a novel PCR primer set for highly sensitive and specific detection of Dickeya dadantii, a devastating potato pathogen. It enables ea…
Detect Dickeya dadantii 50% faster, cut crop loss by 20%
~$1.5M/year estimated crop damage risk reduction per facility (est.)
Novel Microorganism Derived from Swine
This patent introduces a novel Clostridium microorganism, derived from swine, capable of producing isoallolithocholic acid. It improves gut health, enhance…
Swine Gut Health Boosts Growth by 5%, Cuts Antibiotics by 30%
~$0.8M/year estimated productivity improvement and cost reduction per facility (est.)
Method for Culturing Primate-Derived Taste Bud Organoids and Screening Method for Taste …
This technology offers an efficient method for culturing primate-derived taste bud organoids and using them for taste substance screening. It accurately re…
Replicate Primate Taste In Vitro, Cut New Food Development by 2 Years
~$1M/year estimated R&D cost reduction per facility (est.)
Noodle Products Containing ω-Gliadin and Their Manufacturing Method
This technology incorporates ω-gliadin (0.07 wt%) into noodle ingredients to prevent overcooking, maintaining firmness and texture for 20-30 minutes post-b…
Noodle Quality Extended by 30 Mins, Cutting Food Waste by 50%
~$1M/year estimated food loss and opportunity cost reduction per facility (est.)
Method for Producing Carlactone Using Cyanobacteria
This technology establishes a highly efficient, sustainable method for producing carlactone, a valuable compound for flavors, agriculture, and cosmetics. B…
Cyanobacteria boost carlactone yield 3x, cut costs by ~67%
~$1.5M/year estimated production cost savings per facility (est.)
Synthesis Method for Small Molecule Compound BRD0539
This technology offers a highly efficient, two-step synthesis method for BRD0539, a critical CRISPR-Cas9 inhibitor. By eliminating the need for protective …
BRD0539 Synthesis: 2-Step Process Cuts R&D Time by 6x
~$350K/year estimated cost reduction per facility (est.)
Method for Producing Strigolactone Using Cyanobacteria and Yeast
This biotechnology enables high-efficiency production of strigolactone, a vital plant hormone, through co-cultivation of cyanobacteria and yeast. It overco…
10,000× Strigolactone Yield: Bio-Production Transforms Sustainable Agriculture
~$1.5M/year estimated production cost reduction potential per facility (est.)
Method for Predicting Parturition in Mammals
This technology precisely predicts mammalian birth using non-invasive interstitial fluid glucose monitoring. By combining absolute and relative glucose thr…
Non-Invasive Birth Prediction: Boost Livestock Survival by 5%, Cut Labor Costs
~$20K/year estimated cost reduction per facility (est.)
System and Method for Converting Unavailable Phosphate to Available Phosphate in Soil
This technology electrochemically converts unavailable soil phosphate into forms plants can absorb, significantly reducing the need for traditional phospha…
Boosts Phosphate Efficiency 2x, Cuts Fertilizer Use by ~30%
~$250K/year estimated cost savings and revenue increase per facility (est.)
Method for Extracting Food Ingredients and Food Extracts
This technology precisely controls amino acid extraction from food ingredients by adjusting solvent pH. It optimizes desirable flavors (e.g., umami) while …
pH-Controlled Extraction Doubles Flavor & Functionality in Food Ingredients
~$200K/year estimated product value enhancement per facility (est.)
Method for Preventing Ingredient Disintegration in Packaged Processed Foods and Additive
This technology prevents vegetable disintegration in processed foods during heating, ensuring visual appeal and customizable texture. It uses a two-step ch…
90% Shape Retention, 3x Faster Texture Adjustment in Processed Foods
~$200K/year estimated economic impact per facility (est.)
Heart Rate Variability Measurement System and Method
This technology non-invasively estimates Heart Rate Variability (HRV) from sweat signals using a micro-droplet sensor and a proprietary algorithm. It proce…
Non-Invasive Sweat Sensor Cuts HRV Monitoring Costs by ~50%
~$150K/year estimated cost reduction per facility (est.)
Tissue Forming Agent
This technology utilizes a precisely viscosity-controlled alginate solution for tissue regeneration, significantly reducing post-treatment inflammation. It…
Inflammation-Free Tissue Regeneration. Cuts Medical Costs by ~30%.
~$2M/year estimated medical cost reduction potential per facility (est.)
Anomaly Detection Device
This technology uses machine learning to predict blood flow ranges from time-series data. It automatically detects anomalies when actual blood flow deviate…
AI Blood Flow Monitoring: 10% Earlier Detection, Reduced Complications
~$400K/year estimated medical cost reduction per facility (est.)
Method for Assisting Diagnosis of Crush Syndrome and Program Used Therefor
This technology uses MR Spectroscopy (MRS) to analyze 31P spectral data from compressed tissues, enabling early and objective diagnosis of crush syndrome. …
Crush Syndrome: Early 31P-MRS Diagnosis Cuts Complications by >20%
~$1M/year estimated medical cost reduction per 10 major institutions (est.)
Biologic Tissue Processing Apparatus
This technology automates biologic tissue mincing, linking two syringe devices with an integrated cutting unit. It simplifies preparation, ensures uniform …
Automated Tissue Processing: 3× Faster, ~40% Less Damage
~$200K/year estimated cost reduction per facility (est.)