Method for Identifying and Producing Eustoma Plants, and Eustoma Plant
This technology offers a genomic method to identify Fusarium wilt resistance in Eustoma (Lisianthus) plants at the genetic level, eliminating the need for …
Genome-Based Selection Slashes Eustoma Breeding Time by 50% for Disease Resistance
~$1M/year estimated agricultural loss reduction per region (est.)
Fruit Measurement Ring and Fruit Measurement Method
This technology introduces an innovative fruit measurement ring and method that dramatically streamlines fruit thinning. By using two adjustable, overlappi…
Double Fruit Sorting Efficiency, Cut Thinning Costs by ~50%
~$100K/year estimated thinning cost reduction per facility (est.)
Fruit Measurement Sheet and Fruit Measurement Method
This technology provides a simple sheet-based measurement tool and method for fruit thinning. By using two sheets with different sized cut-out circles, it …
2x Fruit Thinning Efficiency, ~50% Labor Time Reduction
~$120K/year estimated economic impact per facility (est.)
Antibody against Marek's Disease Virus Meq Protein
This technology offers a high-precision monoclonal antibody for detecting the Meq protein of Marek's Disease Virus in formalin-fixed paraffin-embedded (FFP…
Poultry Disease Diagnostics: 99% Accuracy, 33% Cost Reduction
~$1.5M/year estimated economic loss avoidance per facility (est.)
Sericin-Containing Powder and Method for Manufacturing Sericin-Containing Powder
This technology delivers a novel sericin powder that combines the superior properties of high-molecular-weight sericin with excellent water dispersibility.…
High-Molecular-Weight Sericin: 70% Faster Product Development, Superior Dispersibility
Up to 70% reduction in new product development time, potentially increasing annual sales by ~$1.5M–$…
Detection Method, Method for Producing Dried Algae, Dried Algae, and Quality Control Met…
This technology uses specially L-dried algae to rapidly detect heavy metals in samples. By measuring changes in delayed luminescence when algae contact a s…
Detect Heavy Metals 10x Faster, Cut Inspection Costs by ~65%
~$100K/year estimated inspection cost reduction per facility (est.)
Protein Derived from Brown-Winged Green Stink Bug, Nucleotide Encoding It, and Detection…
This technology introduces a novel protein that precisely binds to specific insect pheromones, enabling highly accurate and selective pest detection. It of…
Pest Detection 5x More Accurate, Cuts Crop Damage by ~10%
~$1.5M/year estimated agricultural damage reduction potential (est.)
Analysis Apparatus and Method
This technology revolutionizes isotope analysis by ensuring stable, high-precision results regardless of sample input volume. It intelligently measures tar…
Automated Isotope Analysis: ~20% More Stable, Cuts Re-analysis by ~25%
~$200K/year estimated cost savings per facility (est.)
Novel Superovulation Induction Method for Animal Breeding
This technology revolutionizes non-human mammalian breeding by inducing superovulation with anti-inhibin antibodies, entirely replacing traditional eCG/hCG…
Boost Animal Breeding by 20%, Cut Costs with Antibody Tech
~$350K/year estimated breeding cost reduction and research acceleration per facility (est.)
Method for Diagnosing Soil Physical Properties in Fields
This technology objectively diagnoses soil physical properties using 3D hardness contour maps derived from depth-specific data. It distinguishes topsoil fr…
Precision Soil Diagnostics: 3D Mapping Drives 15% Crop Yield Increase
~$100K/year estimated cost savings and revenue increase per facility (est.)
New Method for Decomposing Polytetrafluoroethylene
This technology offers a novel method for safely and efficiently decomposing difficult-to-recycle polytetrafluoroethylene (PTFE) using tin powder and heat.…
PTFE Recycling Breakthrough: Zero Harmful Emissions, 30-Minute Decomposition
~$1M/year estimated cost savings and resource recovery per facility (est.)
Grape Variety Identification Method, Polynucleotide, Microsatellite Marker, and Primer S…
This technology offers a groundbreaking method for easily determining grape variety genotypes. By identifying polymorphic patterns in microsatellite region…
Grape Variety ID: ~95% Accuracy, Reduce Fraud Costs by ~$300K/year
~$300K/year estimated fraud prevention and quality control cost reduction per facility (est.)
Static Trunk Balance Measurement Device
This technology provides an objective and quantitative system for measuring static trunk balance. By combining a foot pressure plate with a controlled down…
Quantify Core Strength: Boost Performance by 10%, Reduce Falls by 30%
~$50K/year estimated cost savings and revenue increase per facility (est.)
Method for Enhancing Plant Environmental Stress Resilience
This technology uses ethanol to enhance plant resilience against major environmental stressors like salt, drought, and heat. Applying a low concentration (…
Boost Crop Resilience by ~30% with Low-Cost Ethanol
~$1M/year estimated agricultural productivity improvement per facility (est.)
Radiation Monitoring Device for Real-time Aquatic Contamination Detection
This technology offers a simplified, real-time solution for monitoring radioactive substance concentrations in water. By encasing a radiation detector in a…
Real-time Aquatic Radiation Monitoring: Cut Operational Costs by ~70%
~$150K/year estimated operational cost savings per facility (est.)
Method for Producing Sterile Lepidopteran Insects and Sterilization Composition for Lepi…
This biotechnology offers a novel method to sterilize lepidopteran insects by specifically suppressing nanosO and nanosP gene expression in germline cells.…
Genetic Pest Control: Cut Chemical Use by 20%, Secure 16.5-Year Exclusivity
~$1.5M/year estimated pesticide-related cost reduction per facility (est.)
Contamination Detection Method
This technology offers a novel, high-precision method for detecting minute contamination in biological products. It identifies unique 'deletion sequences' …
99% Detection of Trace Contamination in Bio-Products: New Quality Standard
~$200K/year estimated economic impact per facility (est.)
Radiation Analysis Method and Apparatus
This technology precisely analyzes radiation energy spectra from mixed radioactive nuclides, especially in high-dose environments. It accurately estimates …
Boost Radiation Analysis Accuracy by 30% in High-Dose Environments
~$75K–$350K/year estimated operational cost reduction and risk mitigation per facility (est.)
Method and Apparatus for Detecting Internal Defects
This technology non-destructively detects internal defects, such as void-free un-welded areas, by comparing calculated and measured surface residual stress…
Detect Invisible Defects Non-Destructively with 99% Accuracy, Transforming Quality Assurance
~$80K/year estimated defect cost reduction per facility (est.)
Medium Additive Containing Zwitterions
This technology introduces a zwitterionic compound as a superior cell culture additive, replacing toxic DMSO. It significantly improves cell viability and …
10x Lower Cytotoxicity, 20% Faster Drug Screening with Novel Additive
~$150K–$350K/year estimated R&D cost reduction per facility (est.)
Method for Detecting Small Cell Lung or Bile Duct Cancer Risk, and Probes
This technology offers a highly accurate, non-invasive method for early detection of small cell lung and bile duct cancers. By analyzing specific oligonucl…
Nanopore Tech Boosts Early Cancer Detection Accuracy by ~30%
~$50M/year estimated healthcare cost reduction per country (est.)
Substance Detection Device
This technology uses dual neutron detectors and time-difference histogram analysis to quantitatively and precisely identify nuclear materials within variou…
Neutron Detection Boosts Security by 50%, Cuts Inspection Costs by ~$1.5M Annually
~$1.5M/year estimated inspection cost reduction per facility (est.)
Composition for Hepatitis B Treatment and Method for Evaluating Hepatitis B Virus Replic…
This technology provides a safe, rapid, and cost-effective system to evaluate Hepatitis B virus (HBV) DNA replication without infectious viruses. It direct…
HBV Drug Discovery Accelerated by 20%, ~$2.5M Annual Savings
~$2.5M/year estimated cost reduction per facility (est.)
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.)