Novel Compounds for Artificial Receptor Imaging, Agonists/Antagonists, Therapeutics, and…
This technology introduces novel compounds for highly specific imaging of genetically modified muscarinic acetylcholine receptors (hM4D/hM3D) in the living…
Neuro-Imaging Breakthrough: 13 Years Exclusive, 20% Faster Drug Development
~$1.5M/year estimated R&D cost reduction per facility (est.).
Hydrogel for Cell Culture, Gel Kit, and Methods for Manufacturing Cell Culture Products …
This technology offers a radiation-crosslinked hydrogel for cell culture that minimizes interference from unknown growth factors. It enables precise contro…
Precision Hydrogel: ~20% Higher Cell Purity, ~30% Faster Cultured Meat Production
~$100K/year estimated R&D cost reduction per facility (est.)
Pulse Wave Signal Analysis Device, Pulse Wave Signal Analysis Method, and Computer Progr…
This technology non-invasively analyzes pulse wave signals using a unique, shifted Fourier transform to generate frequency spectra, enabling high-accuracy …
High-Accuracy, Non-Invasive AFib Detection Cuts Medical Costs by ~30%
~$1M/year estimated healthcare cost reduction per facility (est.)
Blood-Brain Barrier Permeable Peptide
This technology provides a novel peptide that efficiently crosses the blood-brain barrier (BBB), a major obstacle for neurological drug delivery. By enabli…
20x Brain Drug Delivery Efficiency Boost for Neurological Therapies
~$6.5B/year estimated new market opportunity (est.)
Agent and Method for Detecting Dynamics of Neural Functional Modulators
This technology employs novel compounds for high-sensitivity detection of neural functional modulator uptake and cellular responses. It enables earlier dia…
Accelerate Drug Discovery by 30% with Rapid Neural Dynamics Detection
~$1.5M/year estimated drug discovery development cost reduction per project (est.)
Aβ Protein-Specific Production Inhibitor
This technology centers on S4' and S4'' peptides that specifically inhibit amyloid-beta (Aβ) protein production, a key pathological feature of Alzheimer's …
Alzheimer's Breakthrough: Novel Peptide Accelerates Time-to-Market by 3.5 Years
~$80M–$500M/year estimated new revenue creation per market segment (est.)
Suction Body and Suction Apparatus
This technology provides a novel suction body and apparatus for stably gripping flexible, deformable objects. It forms a sealed space with the object, usin…
Automate Flexible Item Handling: 1.5× Stability, 66% Cost Savings
~$350K/year estimated automation cost savings per facility (est.)
Light-Activatable Tet Expression Control System
This light-activatable system offers precise, spatiotemporal control over gene expression, enabling ON/OFF switching of target genes with specific light wa…
Precise Gene Control by Light: Accelerate R&D by 30%
~$80K/year estimated R&D cost reduction per facility (est.)
Measurement Device and Evaluation Method
This innovative measurement device uses a biosensor to directly detect the electron transfer function of microorganisms or their derived particles. By appl…
Rapid Microbial Detection: ~4x Faster, Cuts Labor Costs by ~$65K/year
~$200K/year estimated inspection cost reduction and loss mitigation per facility (est.)
Adhesion Prevention Material
This technology introduces a novel two-part sprayable adhesion barrier based on a specific gelatin derivative. It effectively prevents postoperative adhesi…
Sprayable Adhesion Barrier: Cut Re-operations by ~20%, Reduce Costs by ~65%
~$350K–$650K/year estimated medical cost reduction per facility (est.)
Diagnostic Support Device, Diagnostic Support Method, and Diagnostic Support Program
This technology provides an AI-powered diagnostic support system for cerebral artery dissection. It analyzes brightness distribution in vascular cross-sect…
Boost Cerebral Artery Dissection Diagnosis by 30% with AI Imaging
~$350K/year estimated medical cost reduction per facility (est.)
Cell-Permeable Peptide
This technology introduces a novel cell-permeable peptide, under 40 amino acids, designed for highly selective intracellular and intranuclear delivery. It …
Targeting Cell Nuclei: High-Selectivity Peptide, <40 Amino Acids
~$1M/year estimated drug development cost reduction per facility (est.)
Cell Culture Device and Its Method of Use
This innovative cell culture device features two culture dishes with adjustable gaps and membranes, optimizing cell growth conditions. It simplifies handli…
Boost Cell Culture Efficiency by 30%, Halve Handling Time
~$200K/year estimated cost savings per facility (est.)
Prion Disease Therapeutic Agent
This technology introduces a novel compound (Formula I) designed to effectively inhibit the production of abnormal prions, the root cause of prion disease.…
Prion Disease: Novel Drug Accelerates Development by 3 Years, Unlocking Billions
~$10B/year estimated R&D cost and opportunity loss avoidance, plus billions in revenue opportunity (…
Method for Enhancing Lentiviral Vector Production
This technology dramatically enhances lentiviral vector production in 293T cells by co-transfecting specific plasmids with promoter-activating factors. It …
2x Lentiviral Vector Yield, Accelerating Gene Therapy Scale-Up
~$1.0M/year estimated manufacturing cost reduction per facility (est.)
Pharmaceutical Composition for Cancer Treatment
This technology presents a novel pharmaceutical composition for cancer treatment, combining existing antifungal agents with HMG-CoA reductase inhibitors. I…
Novel Compound Boosts Cancer Treatment Efficacy by 1.5×
~$6.5M/year estimated new revenue per specific cancer market (est.)
Angiogenesis Promoter and Treatment Method
This technology introduces a novel gelatin derivative that promotes angiogenesis without the need for costly growth factors. It offers a safer, more econom…
Growth Factor-Free Angiogenesis: Cuts PAD Treatment Costs by ~50%
~$20M/year estimated healthcare cost reduction per country (est.)
Method for Cultivating Freshwater Microalgae
This technology enables robust cultivation of freshwater microalgae in challenging low pH (1.0-6.0) and high sodium ion (0.1-0.4M) environments. It signifi…
1.5× Productivity, ~20% Cost Reduction in Microalgae Cultivation
~$200K/year estimated cost savings and revenue increase per facility (est.)
Method for Inducing IgA Production by Targeting ILC2
This technology utilizes specific bacteria to activate Type 2 Innate Lymphoid Cells (ILC2) in the stomach, promoting IgA production. This enhances mucosal …
Targeted Gastric ILC2 Activation Cuts Infection Risk by ~33%
~$330M/year estimated healthcare cost reduction (est.)
PPARδ Activator
This technology offers a novel PPARδ activator, leveraging guanidine or biguanidine derivatives to enhance transcriptional activity. This mechanism could s…
PPARδ Activation: 1.5× Exercise Endurance, ~30% Metabolic Improvement
~$20M/year estimated new market creation potential (est.)
Heart Rate Reduction Agent
This technology utilizes orotic acid (excluding magnesium orotate) as an active ingredient for a heart rate reduction agent. It aims to provide a safer alt…
Safe Heart Rate Reduction: Boost Exercise Endurance by ~20%
~$10M/year estimated market creation potential (est.)
Fluorescent Nucleic Acid Molecule and Method for Fluorescently Labeling Target RNA
This technology offers a novel fluorescent nucleic acid molecule for ultra-sensitive, real-time mRNA visualization directly within live mammalian cells. It…
Live-Cell mRNA Visualization: Accelerate R&D by ~20%, cut costs by ~$1M/year
~$1M/year estimated R&D cost reduction per facility (est.)
Comprehensive Sequence Analysis Method for Pharmacokinetics-Related Genes and Associated…
This technology offers a novel method for comprehensive sequence analysis of pharmacokinetics-related genes, utilizing specialized primer sets for high-pre…
Accelerates Drug Development by up to 2 Years with Comprehensive Pharmacogenomics
~$1.5M/year estimated drug development cost reduction per facility (est.)
V-ATPase Activity Inhibitor, Antibacterial Agent, Pharmaceutical, Antibacterial Method, …
This technology provides a novel antibacterial agent that selectively inhibits bacterial Na+-transporting V-ATPase, suppressing pathogen growth. It address…
Novel V-ATPase Inhibitor: Cuts Drug Discovery Time by 20%, ~$1M Annual Savings
~$1.0M/year estimated healthcare cost reduction and 20% development time reduction (est.)