Nucleotide Construct for Expressing Spider Silk Protein in Photosynthetic Bacteria
This technology offers an innovative nucleotide construct for producing high-strength, lightweight, and biocompatible spider silk protein. By utilizing pho…
Spider Silk: Photosynthesis Cuts Production Costs by ~65%
~$650K/year estimated cost savings per facility (est.)
Method for Producing Polar Olefin Polymers and Copolymers
This technology offers a novel method to stably produce copolymers with over 20 mol% polar olefin content, previously challenging to achieve. It enables th…
New Polymer Method Boosts Polar Olefin Content >20%, Accelerating Material Innovation
~$1.7M/year estimated market expansion and cost savings per facility (est.)
Wadalite and Method for Manufacturing Wadalite
This technology offers an innovative, low-environmental-impact method for producing Wadalite, a next-generation material. It utilizes weathered layered cla…
Cuts environmental impact by ~65%, simplifies Wadalite production
~$130K/year estimated cost reduction per facility (est.)
Electrode Catalyst for Water Electrolysis, Electrochemical Reactor, and Related Manufact…
This technology introduces a novel noble metal-free electrode catalyst for water electrolysis, utilizing amorphous transition metal oxides. It significantl…
Green Hydrogen: Amorphous Catalyst Cuts Costs by 30%, Boosts Efficiency
~$1.0M/year estimated operational cost reduction per facility (est.).
Plant Environmental Stress Mitigator, Plant Growth Promoter, and Methods of Use
This technology combines plant extracts with calcium ions to create a powerful agent that mitigates environmental stress and promotes plant growth. It sign…
Reduce Heat Stress by 20%, Boost Crop Yields by 1.5x
~$800K/year estimated revenue increase per 100 hectares (est.)
Thermopile-Type Temperature Control Element
This technology leverages the anisotropic magnetopeltier effect in a novel thermopile design to significantly enhance cooling and heating capabilities. By …
2x Cooling Power, ~20% Energy Savings for High-Density Electronics
~$350K/year estimated cooling cost reduction per facility (est.)
Self-Healing Polyisoprene via Microstructure Control with Rare-Earth Catalysts
This technology uses rare-earth catalysts to precisely control polyisoprene microstructure, enabling self-healing properties. It significantly extends prod…
Self-Healing Polyisoprene: 3x Product Life, 50% Waste Reduction
~$1.5M/year estimated maintenance cost reduction per facility (AI est.)
GM1 Gangliosidosis Prophylactic or Therapeutic Agent and Composition
This technology identifies known compounds as active ingredients for preventing or treating GM1 Gangliosidosis, a severe neurodegenerative rare disease. By…
Rare Disease Therapy: 4x Faster Development, ~17 Years Exclusivity
~$65M–$650M/year estimated revenue potential (est.)
Rational Processing Method for Spent Nuclear Fuel
This technology offers a groundbreaking method to process spent nuclear fuel, dramatically reducing high-level radioactive waste volume by over 99%. It eff…
99%+ Nuclear Waste Reduction, ~$3.5B Annual Savings Potential
~$3.5B/year estimated reduction in final disposal costs (est.)
Temporary Fastening Device
This technology replaces traditional sewing pins with a specialized tool that interlocks fabric fibers. It significantly enhances safety by eliminating pin…
Pin-free Sewing: Boosts Efficiency by 25%, Eliminates Injury Risk
~$200K/year estimated cost savings and productivity improvement per facility (est.)
PPARδ Activator and Exercise Tolerance Enhancer
This technology introduces a novel PPARδ activator using guanidine or biguanidine derivatives to specifically enhance metabolic activity. It offers a new a…
Boost Exercise Tolerance by 1.5×, Improve Metabolism
~$2M/year estimated healthcare cost reduction (est.)
Resorcinol Derivatives and Tyrosinase Activity Inhibitors Containing Them
This technology introduces novel resorcinol derivatives with significantly enhanced tyrosinase inhibitory activity, a key mechanism for reducing melanin pr…
New Resorcinol Derivative: ~2x Efficacy, 17-Year Market Exclusivity
~$33.5M/year estimated revenue expansion per facility (est.)
Superhydrophobic Surface Structure and Method for Manufacturing a Mold
This technology replicates a termite wing's microstructure to create a superhydrophobic surface that efficiently captures and recovers micro-droplets. It o…
Bio-Inspired Surface Boosts Liquid Recovery by 1.5x, Cuts Maintenance Costs by ~$150K
~$150K/year estimated maintenance cost reduction per facility (est.)
Silage Production Method
This innovative silage production method adds ascorbic acid during fermentation, reducing nitrate nitrogen by over 90%. It significantly improves livestock…
90% Nitrate Reduction: High-Value Silage Production, Healthier Livestock
~$150K/year estimated cost savings and revenue increase per facility (est.)
Resin Foam and Coating Liquid
This innovative resin foam technology prevents fine particle generation during use by applying a specialized surface coating. It dramatically improves air …
Zero Fine Particles: Boost Comfort & Productivity by 20% in Creative Work.
~$150K/year estimated cost savings and productivity improvement per facility (est.).
Composition with Paraprevotella Bacteria as Active Ingredient for Trypsin Activity Inhib…
This technology leverages specific Paraprevotella bacteria to inhibit trypsin activity, providing a novel, microbiome-based approach for treating, improvin…
IBD Treatment: Paraprevotella Reduces Trypsin Activity, ~$65M/year Potential
~$65 million/year estimated new market capture (est.)
Hyaluronic Acid Derivative and Method for Manufacturing Hyaluronic Acid Derivative
This novel hyaluronic acid derivative delivers potent, steroid-free anti-inflammatory action by suppressing inflammatory cytokine production. Engineered fo…
Steroid-Free HA Derivative Cuts Side Effects by ~80%, Boosts Anti-Inflammatory Action
~$3.5M/year estimated healthcare cost reduction market-wide (est.)
Thin-Film Transistor, Display Device, and Method for Manufacturing a Thin-Film Transisto…
This technology stabilizes thin-film transistors (TFTs) by precisely controlling carbon atom concentration within 5nm of the metal oxide semiconductor chan…
2x Display Lifespan, ~30% Maintenance Cost Reduction for High-Reliability TFTs
~$200K/year estimated maintenance and replacement cost reduction per facility (est.)
Gas Sensor
This technology features a novel gas sensor utilizing platinum-group metal nanowires and a distinct metal oxide layer on an insulating substrate. This uniq…
Ultra-Fast Gas Sensor: ~30% Faster Response, ~20% Lower Power Consumption
~$150K/year estimated operational cost savings per facility (est.)
SN-38 Derivatives, Nanoparticles, Pharmaceuticals, and Production Methods
This innovative drug delivery system (DDS) utilizes SN-38 derivative-loaded nanoparticles for highly selective drug release directly within tumor microenvi…
1.5x Efficacy, ~66% Side Effect Reduction for Targeted Cancer Therapy
~$20M/year estimated total healthcare economic impact (AI est.)
Composite Fine Particles, Solar Cells, Photoelectric Conversion Element Members, and Pho…
This technology utilizes multi-layered nanoparticles to efficiently convert near-infrared and infrared light into electricity. By capturing previously unus…
IR Light Conversion Boosts Solar Efficiency by 20%, Unlocking $1.5M/Year
~$1.5M/year estimated revenue increase per 100 GWh solar facility (AI est.)
Ordered Alloy Ferromagnetic Nanowire Structure and Its Manufacturing Method
This technology offers a manufacturing method for ordered alloy ferromagnetic nanowires, enabling sub-100nm structures with superior magnetic properties an…
Ferromagnetic Nanowires: 30% Denser Memory, 20% Less Power
~$10M/year estimated material and operational cost reduction per facility (AI est.).
Structure and Method for Manufacturing the Same
This technology offers a high-efficiency photocatalytic structure based on monoclinic bismuth vanadate, along with a practical manufacturing method. Its un…
3× Photocatalytic Efficiency: Mass-Produce Next-Gen Environmental Materials
~$1M/year estimated operational cost savings per facility (est.)
V-ATPase Activity Inhibitors, Antibacterial Agents, Pharmaceuticals, and Screening Metho…
This technology offers novel V-ATPase inhibitors that selectively disrupt bacterial ion balance, effectively suppressing multi-drug resistant pathogens. Ta…
AMR Breakthrough: Selective V-ATPase Inhibition Cuts Treatment Costs by ~$1.5M Annually
~$1.5M/year estimated medical cost reduction per facility (est.)