# IPNEX: licensable US university patents

> Cited, confidence-stamped patent intelligence over US university TTO out-licensing. Patent data: Google Patents (CC BY 4.0) + USPTO (public domain).

## Agent / API access

- [Service descriptor](https://api.ipnex.ai/api): JSON entry point listing every endpoint.
- [Search](https://api.ipnex.ai/search): cited, confidence-stamped results; query with `?institution=&status=&keyword=&min_confidence=&limit=`. Each result carries a `status` interpretation flagging public-domain (term-expired) vs revivable fee-lapsed vs in-force patents, an `expiry` reading of how many years of exclusive term remain (expired / expiring_soon / active_term) -- so a patent marketed as live but nearly out of term is visible -- and a `licensability` score (a gated 0-100 read of whether it is actually licensable, composed from those same ownership + in-force + remaining-term facts, with each component shown openly). The response carries `facets` -- breakdowns over all matches by ownership (how many are licensable from the institution vs assigned-away / third-party / unknown), by institution, by status (in force vs lapsed vs other vs unknown), by status_detail (the finer split: term-expired vs fee-lapsed vs reinstated ...), and by expiry -- without paging.
- [MCP endpoint](https://api.ipnex.ai/mcp): JSON-RPC 2.0 over POST (MCP). Tools: `search_licensable_ip` (what currently-Active US university IP is licensable from X?) and `get_technology` (the full published view of one TTO docket). Every result is cited, confidence-stamped, and carries an `ownership` signal flagging when the patent's current assignee of record is not the marketing institution (so it may not be licensable from that university); pass `licensable_from_institution=true` to exclude those. An unknown docket is honest-unknown, not an error.

## Technologies

- [System and method for sound generation](https://api.ipnex.ai/tech/20000) (assignee: University of California, San Diego; status: Expired - Fee Related)
- [Method and system for near optimal iterative detection of the 2-dimensional ISI channel](https://api.ipnex.ai/tech/20007) (assignee: University of California, San Diego; status: Expired - Lifetime)
- [Method and system for monitoring reverse osmosis membranes](https://api.ipnex.ai/tech/20266) (assignee: University of California, San Diego; status: Active)
- [Method for inpainting of images](https://api.ipnex.ai/tech/20280) (assignee: University of California; status: Active)
- [Electron injection nanostructured semiconductor material anode electroluminescence method and device](https://api.ipnex.ai/tech/20567) (assignee: University of California, San Diego; status: Active)
- [Nucleic acid detection methods using universal priming](https://api.ipnex.ai/tech/20616) (assignee: University of California; status: Expired - Lifetime)
- [In vivo RFID chip](https://api.ipnex.ai/tech/20651) (assignee: University of California, San Diego; status: Active)
- [Nonlinearity robust successive requantizer](https://api.ipnex.ai/tech/20658) (assignee: University of California, San Diego; status: Active)
- [Markerless geometric registration of multiple projectors on extruded surfaces using an uncalibrated camera](https://api.ipnex.ai/tech/20707) (assignee: University of California, San Diego; status: Active)
- [MR compatible compression based nuclear imaging system for breast cancer](https://api.ipnex.ai/tech/20777) (assignee: University of California, San Diego; status: Active)
- [Nanofibers and morphology shifting micelles](https://api.ipnex.ai/tech/20952) (assignee: University of California, San Diego; status: Active)
- [Single photon IR detectors and their integration with silicon detectors](https://api.ipnex.ai/tech/21155) (assignee: University of California, San Diego; status: Expired - Fee Related)
- [Searching digital information and databases](https://api.ipnex.ai/tech/21169) (assignee: University of California, San Diego; status: Expired - Lifetime)
- [Anti-inflammatory and quorum sensing inhibition compounds and methods of making and using them](https://api.ipnex.ai/tech/21372) (assignee: Rhode Island Department of Elementary and Secondary Education; status: Active)
- [Methods and devices for adjunctive local hypothermia](https://api.ipnex.ai/tech/21414) (assignee: University of California, San Diego; status: Active)
- [Enhanced multi-core beamformer algorithm for sensor array signal processing by combining data from magnetoencephalography](https://api.ipnex.ai/tech/21449) (assignee: United States Department of Veterans Affairs; status: Active)
- [Lower-complexity layered belief propagation decoding LDPC codes](https://api.ipnex.ai/tech/21610) (assignee: University of California; status: Active)
- [Endoscopic long range fourier domain optical coherence tomography (LR-FD-OCT)](https://api.ipnex.ai/tech/21652) (assignee: University of California, San Diego; status: Active)
- [Decellularized extracellular matrix](https://api.ipnex.ai/tech/21715) (assignee: University of California, San Diego; status: Active)
- [Polymeric nanocarriers with linear dual response mechanism](https://api.ipnex.ai/tech/21771) (assignee: University of California, San Diego; status: Active)
- [Compositions and methods for quadricyclane modification of biomolecules](https://api.ipnex.ai/tech/21890) (assignee: University of California, San Diego; status: Active)
- [Membrane template synthesis of microtube engines](https://api.ipnex.ai/tech/21897) (assignee: University of California, San Diego; status: Active)
- [Magnetic navigation system for diagnosis, biopsy and drug delivery vehicles](https://api.ipnex.ai/tech/21960) (assignee: University of California; status: Expired - Lifetime)
- [Method and device for restoring and maintaining superhydrophobicity under liquid](https://api.ipnex.ai/tech/22142) (assignee: University of California, San Diego; status: Active)
- [Methods for sensitizing a quiescent cancer stem cell to a BCR-ABL inhibitor](https://api.ipnex.ai/tech/22170) (assignee: University of California, San Diego; status: Active)
- [Use of IL-17D for the treatment and prevention of cancers](https://api.ipnex.ai/tech/22177) (assignee: University of California, San Diego; status: Active)
- [Glycosphingolipids for use in modulating immune responses](https://api.ipnex.ai/tech/22205) (assignee: Harvard University; status: Active)
- [Detection of low concentration biological agents](https://api.ipnex.ai/tech/22233) (assignee: University of California, San Diego; status: Active)
- [Method of inducing a T lymphocyte response using T-cell immunogens derived from anti-viral proteins](https://api.ipnex.ai/tech/22282) (assignee: University of California, San Diego; status: Active)
- [Sorafenib derivatives as p21 inhibitors](https://api.ipnex.ai/tech/22303) (assignee: University of California, San Diego; status: Active)
- [Semiconductor device](https://api.ipnex.ai/tech/22317) (assignee: Samsung Electronics Co Ltd; status: Active)
- [Printed biofuel cells](https://api.ipnex.ai/tech/22380) (assignee: University of California, San Diego; status: Active)
- [Fast diagnosis and personalized treatments for acne](https://api.ipnex.ai/tech/22464) (assignee: University of California, San Diego; status: Active)
- [Gyroscopes based on nitrogen-vacancy centers in diamond](https://api.ipnex.ai/tech/22506) (assignee: University of California, San Diego; status: Active)
- [Indication for use of niacin (nicotinic acid) for treatment and reversal of fatty liver disease](https://api.ipnex.ai/tech/22541) (assignee: Kamanna Shobha V; status: Active)
- [Oxidative biomarkers in predicting risk of stroke, transient ischemic attack (TIA) and peripheral arterial disease (PAD)](https://api.ipnex.ai/tech/22611) (assignee: University of California, San Diego; status: Active)
- [Proteins that fluoresce at infrared wavelengths or generate singlet oxygen upon illumination](https://api.ipnex.ai/tech/22716) (assignee: Centre National de la Recherche Scientifique; status: Active)
- [Method and system for a real time adaptive system for effecting changes in cognitive-emotive profiles](https://api.ipnex.ai/tech/22730) (assignee: Individual; status: Expired - Lifetime)
- [Methods and systems for determining a likelihood of adverse prostate cancer pathology](https://api.ipnex.ai/tech/22737) (assignee: University of California, San Diego; status: Active)
- [Method and compositions comprising small RNA agonist and antagonists to modulate inflammation](https://api.ipnex.ai/tech/22814) (assignee: Office of General Counsel of VA; status: Active)
- [Sub-volt drive 100 GHz bandwidth electro-optic modulator](https://api.ipnex.ai/tech/22863) (assignee: University of California, San Diego; status: Active)
- [Dynamic infrared-reflective materials based on reflectin films](https://api.ipnex.ai/tech/22898) (assignee: University of California, San Diego; status: Active)
- [Proximal degas driven microfluidic actuation](https://api.ipnex.ai/tech/22933) (assignee: University of California, San Diego; status: Active)
- [Low voltage transistors](https://api.ipnex.ai/tech/22947) (assignee: University of California, San Diego; status: Active)
- [Glycopeptides and methods of making and using them](https://api.ipnex.ai/tech/23024) (assignee: University of California, San Diego; status: Active)
- [Methods for in vitro inhibition of fibroblast proliferation](https://api.ipnex.ai/tech/23101) (assignee: University of California, San Diego; status: Active)
- [Micro electromagnetically actuated latched switches](https://api.ipnex.ai/tech/23115) (assignee: University of California, San Diego; status: Active)
- [Bioactive agent delivery devices and methods of making and using the same](https://api.ipnex.ai/tech/23129) (assignee: University of California, San Diego; status: Active)
- [Method and systems for detecting and isolating hardware timing channels](https://api.ipnex.ai/tech/23220) (assignee: Arteris Inc; status: Active)
- [Non-thermal cycling for polymerase chain reaction](https://api.ipnex.ai/tech/23227) (assignee: University of California, San Diego; status: Active)
- [Superhydrophobic and superoleophobic nanosurfaces](https://api.ipnex.ai/tech/23234) (assignee: University of California, San Diego; status: Active)
- [Prevention of rosacea inflammation](https://api.ipnex.ai/tech/23458) (assignee: University of California, San Diego; status: Active)
- [Olefin metathesis for effective polymer healing via dynamic exchange of strong carbon-carbon bonds](https://api.ipnex.ai/tech/23528) (assignee: University of California, San Diego; status: Active)
- [MPS peptides and use thereof](https://api.ipnex.ai/tech/23619) (assignee: University of California, San Diego; status: Active)
- [Cardiosphere derived cell population and methods of use](https://api.ipnex.ai/tech/23647) (assignee: University of California, San Diego; status: Active)
- [Smart electric vehicle (EV) charging and grid integration apparatus and methods](https://api.ipnex.ai/tech/23787) (assignee: University of California; status: Active)
- [Nanowire nanoelectromechanical field-effect transistors](https://api.ipnex.ai/tech/23794) (assignee: University of California, San Diego; status: Active)
- [Synergy-based biocontrol of plant pathogens](https://api.ipnex.ai/tech/23822) (assignee: University of California, San Diego; status: Active)
- [Plant growth-promoting microorganisms and methods of use thereof](https://api.ipnex.ai/tech/23836) (assignee: BG Negev Technologies and Applications Ltd; status: Active)
- [Fermented wheat germ proteins (FWGP) for the treatment of cancer](https://api.ipnex.ai/tech/23913) (assignee: REGENTS O F UNIVERSITY OF CALIFORNIA; status: Active)
- [Catalytic scavengers of organophosphates to potentiate butyrylcholinesterase (hBChE) as a catalytic bioscavenger and methods for making and using them](https://api.ipnex.ai/tech/23948) (assignee: University of California, San Diego; status: Active)
- [Multi view synthesis method and display devices with spatial and inter-view consistency](https://api.ipnex.ai/tech/23983) (assignee: University of California, San Diego; status: Active)
- [Microfluidic device having regulated fluid transfer between elements located therein](https://api.ipnex.ai/tech/24074) (assignee: University of California, San Diego; status: Active)
- [Saturation-tolerant electrophysical recording interface](https://api.ipnex.ai/tech/24207) (assignee: University of California, San Diego; status: Active)
- [Selective activators of the intermediate conductance CA2+activated K+ channel KCa3.1 and their methods of use](https://api.ipnex.ai/tech/24214) (assignee: University of California, San Diego; status: Active)
- [Biological platform for production of commodity chemicals](https://api.ipnex.ai/tech/24319) (assignee: University of California, San Diego; status: Active)
- [Sonification systems and methods for auditory display of physiological parameters](https://api.ipnex.ai/tech/24375) (assignee: NEW TECHNOLOGY SOUNDINGS LLC; status: Active)
- [Layerless bioprinting via dynamic optical projection and uses thereof](https://api.ipnex.ai/tech/24382) (assignee: University of California, San Diego; status: Active)
- [Photoactivatable voltage sensitive dyes](https://api.ipnex.ai/tech/24459) (assignee: University of California, San Diego; status: Active)
- [Treatment of spinal cord injury or traumatic brain injury by inhibition of synuclein protein aggregation](https://api.ipnex.ai/tech/24466) (assignee: Marine Biological Laboratory; status: Active - Reinstated)
- [Illuminator with adjustable beam direction and divergence](https://api.ipnex.ai/tech/24508) (assignee: University of California, San Diego; status: Active)
- [Method and device for detection and spatial mapping of mercury concentration in water samples](https://api.ipnex.ai/tech/24529) (assignee: University of California, San Diego; status: Active)
- [Cleavable probes for isotope targeted glycoproteomics and methods of using the same](https://api.ipnex.ai/tech/24557) (assignee: University of California, San Diego; status: Active)
- [Self-latching piezocomposite actuator](https://api.ipnex.ai/tech/24585) (assignee: National Aeronautics and Space Administration; status: Expired - Fee Related)
- [CRISPR/Cas transcriptional modulation](https://api.ipnex.ai/tech/24613) (assignee: University of California, San Diego; status: Active)
- [Bioactive delivery vehicles](https://api.ipnex.ai/tech/24655) (assignee: University of California, San Diego; status: Active)
- [Multiple spatial resolution scintillation detectors](https://api.ipnex.ai/tech/24669) (assignee: University of California, San Diego; status: Active)
- [Metal-organic frameworks for aromatic hydrocarbon separations](https://api.ipnex.ai/tech/24676) (assignee: University of California, San Diego; status: Active)
- [Chimeric antigen receptor and methods of use thereof](https://api.ipnex.ai/tech/24753) (assignee: University of California, San Diego; status: Active)
- [Semi-passive control system and method for assistive orthoses](https://api.ipnex.ai/tech/24788) (assignee: University of California, San Diego; status: Active)
- [High index contrast grating structure for light manipulation and related method](https://api.ipnex.ai/tech/24844) (assignee: University of California, San Diego; status: Active)
- [Referenceless clock recovery circuit with wide frequency acquisition range](https://api.ipnex.ai/tech/24851) (assignee: University of California, San Diego; status: Active)
- [High spatial and temporal resolution dynamic contrast-enhanced magnetic resonance imaging](https://api.ipnex.ai/tech/24928) (assignee: University of California, San Diego; status: Active)
- [Automated comparison of 3D images](https://api.ipnex.ai/tech/24977) (assignee: University of California, San Diego; status: Active)
- [High dynamic range sensing front-end for neural signal recording systems](https://api.ipnex.ai/tech/24998) (assignee: University of California, San Diego; status: Active)
- [Preference learning with clustering](https://api.ipnex.ai/tech/25040) (assignee: University of California, San Diego; status: Active)
- [Fusion constructs as protein over-expression vectors](https://api.ipnex.ai/tech/25110) (assignee: University of California, San Diego; status: Active)
- [Compositions for expanding regulatory T cells (Treg), and treating autoimmune and inflammatory diseases and conditions](https://api.ipnex.ai/tech/25131) (assignee: University of California, San Diego; status: Active)
- [High performance thin films from solution processible two-dimensional nanoplates](https://api.ipnex.ai/tech/25180) (assignee: University of California, San Diego; status: Active)
- [Direct drive micro hearing device](https://api.ipnex.ai/tech/25215) (assignee: University of California, San Diego; status: Active)
- [Multiple-use renewable electrochemical sensors based on direct drawing of enzymatic inks](https://api.ipnex.ai/tech/25257) (assignee: University of California, San Diego; status: Active)
- [Systems, apparatus and methods for cryogenic 3D printing](https://api.ipnex.ai/tech/25341) (assignee: University of California, San Diego; status: Active)
- [Bulk acoustic wave mediated multiferroic antennas](https://api.ipnex.ai/tech/25355) (assignee: University of California, San Diego; status: Active)
- [Battery control methods and circuits, and energy storage to grid connection systems](https://api.ipnex.ai/tech/25460) (assignee: University of California, San Diego; status: Active)
- [Antibodies to the surface of Toxoplasma gondii oocysts and methods of use thereof](https://api.ipnex.ai/tech/25467) (assignee: University of California, San Diego; status: Active)
- [Bio-inspired method to obtain multifunctional dynamic nanocomposites](https://api.ipnex.ai/tech/25551) (assignee: University of California, San Diego; status: Expired - Fee Related)
- [Conditionally active heterodimeric polypeptides and methods of use thereof](https://api.ipnex.ai/tech/25565) (assignee: University of California, San Diego; status: Active)
- [Device for global and targeted delivery of brachytherapy to the bladder lumen](https://api.ipnex.ai/tech/25663) (assignee: University of California, San Diego; status: Active)
- [Macrocyclic polyphenols for universal coatings](https://api.ipnex.ai/tech/25698) (assignee: University of California, San Diego; status: Active)
- [Optical sensing with critically coupled planar waveguide with optional integration of layered two-dimensional materials](https://api.ipnex.ai/tech/25733) (assignee: University of California, San Diego; status: Active)
- [III-nitride tunnel junction with modified P-N interface](https://api.ipnex.ai/tech/25740) (assignee: King Abdulaziz City for Science and Technology; status: Active)
- [Three-dimensional shaped microparticles having protected regions for holding cells and uses thereof](https://api.ipnex.ai/tech/25824) (assignee: University of California, San Diego; status: Active)
- [Methods for inhibiting HIV or HCV infection by administering TIM-3 binding inhibitors](https://api.ipnex.ai/tech/25852) (assignee: Altor Bioscience LLC; status: Active)
- [Methods for bone stabilization](https://api.ipnex.ai/tech/25873) (assignee: Individual; status: Active)
- [Brassinosteroid mimetics](https://api.ipnex.ai/tech/25915) (assignee: University of California, San Diego; status: Active)
- [Quantitative analysis of MRNA and protein expression](https://api.ipnex.ai/tech/25978) (assignee: University of California; status: Active)
- [High efficiency continuous-flow production of radioisotopes](https://api.ipnex.ai/tech/25985) (assignee: University of California, San Diego; status: Active)
- [Interfacial concentration and orientation of droplet contents for enhanced detection using electrical impedance spectroscopy](https://api.ipnex.ai/tech/27049) (assignee: University of California, San Diego; status: Active)
- [Method for finding low abundance sequences by hybridization (FLASH)](https://api.ipnex.ai/tech/27070) (assignee: University of California, San Diego; status: Active)
- [Series elastic power modulation for robotic locomotion](https://api.ipnex.ai/tech/27105) (assignee: University of California, San Diego; status: Active)
- [Integration of direct-bandgap optically active devices on indirect-bandgap-based substrates](https://api.ipnex.ai/tech/27119) (assignee: University of California, San Diego; status: Active)
- [Systems and methods to encapsulate and preserve organic matter for analysis](https://api.ipnex.ai/tech/27147) (assignee: Pioneer Hi-Bred International Inc; status: Active)
- [Methods for detection of RNase activity](https://api.ipnex.ai/tech/27161) (assignee: University of California, San Diego; status: Active)
- [Electro-optic device having nanowires interconnected into a network of nanowires](https://api.ipnex.ai/tech/27210) (assignee: University of California, San Diego; status: Active)
- [Methods and compositions to increase the rate of ligation reactions catalyzed by a sortase](https://api.ipnex.ai/tech/27217) (assignee: University of California, San Diego; status: Active)
- [Touchscreen with group filtering](https://api.ipnex.ai/tech/27231) (assignee: University of California, San Diego; status: Active)
- [Tubulin-binding compounds, compositions and uses related thereto](https://api.ipnex.ai/tech/27245) (assignee: University of California, San Diego; status: Active)
- [Nondestructive method of identifying concealed damage in nuts](https://api.ipnex.ai/tech/27329) (assignee: University of California, San Diego; status: Active)
- [High-efficiency frequency doubler with a compensated transformer-based input balun](https://api.ipnex.ai/tech/27343) (assignee: California Institute of Technology; status: Active)
- [Multiferroic transducer for audio applications](https://api.ipnex.ai/tech/27399) (assignee: University of California, San Diego; status: Active)
- [Method and system for ultra-high dynamic range nucleic acid quantification](https://api.ipnex.ai/tech/27420) (assignee: University of California, San Diego; status: Active)
- [Methods of producing acetoin and 2,3-butanediol using photosynthetic microorganisms](https://api.ipnex.ai/tech/27427) (assignee: University of California, San Diego; status: Active)
- [Light-driven ion-pumping membrane systems](https://api.ipnex.ai/tech/27462) (assignee: University of California, San Diego; status: Expired - Fee Related)
- [Systems and methods for controlling and monitoring medication dispensation](https://api.ipnex.ai/tech/27469) (assignee: University of California, San Diego; status: Active)
- [Compound libraries made through phosphine-catalyzed annulation/Tebbe/Diels-Alder reactions](https://api.ipnex.ai/tech/27511) (assignee: University of Connecticut; status: Active)
- [Biomass-derived polymers and copolymers incorporating monolignols and their derivatives](https://api.ipnex.ai/tech/27588) (assignee: University of California, San Diego; status: Active)
- [Stretchable, conductive interconnect and/or sensor and method of making the same](https://api.ipnex.ai/tech/27609) (assignee: University of California, San Diego; status: Active)
- [Method for diagnosing risk for inflammatory disease through glycan profiling](https://api.ipnex.ai/tech/27616) (assignee: University of California, San Diego; status: Active)
- [Torque-compensating assistive wrist braces](https://api.ipnex.ai/tech/28743) (assignee: University of California, San Diego; status: Expired - Fee Related)
- [Ultrasound-guided delivery system for accurate positioning/repositioning of transcatheter heart valves](https://api.ipnex.ai/tech/28764) (assignee: University of California, San Diego; status: Active)
- [Assessment of blood coagulation using an acoustic radiation force based optical coherence elastography (ARF-OCE)](https://api.ipnex.ai/tech/28771) (assignee: University of California, San Diego; status: Active)
- [Multi-level adiabatic charging methods, devices and systems](https://api.ipnex.ai/tech/28834) (assignee: University of California, San Diego; status: Active)
- [Method and molecules](https://api.ipnex.ai/tech/28855) (assignee: MedImmune LLC; status: Active)
- [High-efficiency particle encapsulation in droplets with particle spacing and downstream droplet sorting](https://api.ipnex.ai/tech/28925) (assignee: University of California, San Diego; status: Active)
- [Selective chemical bath deposition of iridium oxide on thin film flexible substrates](https://api.ipnex.ai/tech/28988) (assignee: National Yang Ming Chiao Tung University; status: Active)
- [Single-pixel optical technologies for instantly quantifying multicellular response profiles](https://api.ipnex.ai/tech/28995) (assignee: University of California, San Diego; status: Active)
- [Magneto-electric logic devices using semiconductor channel with large spin-orbit coupling](https://api.ipnex.ai/tech/29002) (assignee: Intel Corp; status: Active)
- [Semi-quantitative lateral-flow immunoassay for the detection of CSF leaks](https://api.ipnex.ai/tech/29009) (assignee: University of California, San Diego; status: Active)
- [Noncrushable pill formulations](https://api.ipnex.ai/tech/29023) (assignee: University of California, San Diego; status: Active)
- [Space-time-state block coded MIMO communication system using reconfigurable antennas](https://api.ipnex.ai/tech/29058) (assignee: Avago Technologies International Sales Pte Ltd; status: Expired - Fee Related)
- [Compositions and methods for delivery of macromolecules](https://api.ipnex.ai/tech/29065) (assignee: University of California, San Diego; status: Active)
- [Method of neural intervention for the treatment of affective neuropsychiatric disorders](https://api.ipnex.ai/tech/29072) (assignee: University of California, San Diego; status: Active)
- [Near-realistic sports motion analysis and activity monitoring](https://api.ipnex.ai/tech/29100) (assignee: University of California, San Diego; status: Active)
- [Ultrasonic anemometers systems for sensing air flows in rooms and ducts](https://api.ipnex.ai/tech/29191) (assignee: University of California, San Diego; status: Active)
- [Miniature device for ultra high sensitivity and stability probing in vacuum](https://api.ipnex.ai/tech/29324) (assignee: University of Michigan (System); status: Active)
- [Quarter-rate serial-link receiver with low-aperture-delay samplers](https://api.ipnex.ai/tech/29338) (assignee: University of California, San Diego; status: Active)
- [Method and system for production of porous graphitic carbon materials embedded with active components](https://api.ipnex.ai/tech/29352) (assignee: University of California, San Diego; status: Active)
- [Optical coherence tomography for cancer screening and triage](https://api.ipnex.ai/tech/29373) (assignee: University of California, San Diego; status: Active)
- [Method to synthesize bulk iron nitride](https://api.ipnex.ai/tech/29387) (assignee: National Technology and Engineering Solutions of Sandia LLC; status: Active)
- [Apparatus and method for boundary learning optimization](https://api.ipnex.ai/tech/29415) (assignee: University of California, San Diego; status: Active)
- [Hepatic inflammation analysis with dynamic PET](https://api.ipnex.ai/tech/29520) (assignee: University of California, San Diego; status: Active)
- [Facile, low-energy routes for the production of hydrated calcium and magnesium salts from alkaline industrial wastes](https://api.ipnex.ai/tech/29541) (assignee: University of California, San Diego; status: Active)
- [Boroxine based dynamic thermosetting polymers](https://api.ipnex.ai/tech/29569) (assignee: University of California, San Diego; status: Active)
- [Stable cyclic (alkyl)(amino) carbenes as ligands for transition metal catalysts](https://api.ipnex.ai/tech/29604) (assignee: University of California; status: Expired - Lifetime)
- [Wireless microelectromechanical systems (MEMS) pressure sensor with built-in calibration](https://api.ipnex.ai/tech/29618) (assignee: University of California; status: Active)
- [Codon-optimized lentiviral vector for stem cell reprogramming](https://api.ipnex.ai/tech/29744) (assignee: University of California, San Diego; status: Active)
- [Compositions and methods related to hematologic recovery](https://api.ipnex.ai/tech/29772) (assignee: University of California, San Diego; status: Active)
- [Phase transform for object and shape detection in digital images](https://api.ipnex.ai/tech/29786) (assignee: University of California, San Diego; status: Active)
- [Thiophosphorodichloridate reagents for chemoselective histidine bioconjugation](https://api.ipnex.ai/tech/29856) (assignee: University of California, San Diego; status: Active)
- [Generation of haploid plants](https://api.ipnex.ai/tech/29877) (assignee: University of California, San Diego; status: Active)
- [System for optimizing electricity use from an electric grid and related method](https://api.ipnex.ai/tech/29884) (assignee: University of California, San Diego; status: Active)
- [Heterocyclyl polymethine IR chromophores](https://api.ipnex.ai/tech/29912) (assignee: University of California, San Diego; status: Active)
- [Soft robotic device with fluid emission for burrowing and cleaning](https://api.ipnex.ai/tech/29968) (assignee: University of California, San Diego; status: Active)
- [Spectroscopic biological material characterization](https://api.ipnex.ai/tech/29975) (assignee: University of California, San Diego; status: Active)
- [Real-time, parallel x-ray tomosynthesis](https://api.ipnex.ai/tech/30003) (assignee: University of California, San Diego; status: Active)
- [Stereo imaging acquisition by lens translation](https://api.ipnex.ai/tech/30024) (assignee: Intelligent Optical Systems Inc; status: Expired - Fee Related)
- [Systems and methods for automatic activity tracking](https://api.ipnex.ai/tech/30080) (assignee: University of California, San Diego; status: Active)
- [Selective deposition of diamond in thermal vias](https://api.ipnex.ai/tech/30129) (assignee: University of California; status: Active)
- [Ultrasound-based volumetric particle tracking method](https://api.ipnex.ai/tech/30157) (assignee: University of California, San Diego; status: Active)
- [Double-negative-index ceramic aerogels for thermal superinsulation](https://api.ipnex.ai/tech/30234) (assignee: University of California, San Diego; status: Active)
- [Composite materials with adjustable spectral properties](https://api.ipnex.ai/tech/30402) (assignee: University of California, San Diego; status: Active)
- [Whole heart assist device](https://api.ipnex.ai/tech/30542) (assignee: University of California, San Diego; status: Active)
- [Microfluidics planar placement and routing algorithm](https://api.ipnex.ai/tech/30591) (assignee: University of California, San Diego; status: Active)
- [Reticulation of macromolecules into crystalline networks](https://api.ipnex.ai/tech/30605) (assignee: University of California, San Diego; status: Active)
- [Ultrasound-based volumetric particle tracking method](https://api.ipnex.ai/tech/31732) (assignee: University of California, San Diego; status: Active)
- [Pulsed-coherent electronic front end for lidar and radar detection and ranging](https://api.ipnex.ai/tech/31739) (assignee: University of California, San Diego; status: Active)
- [Method for removal of devices using a trench](https://api.ipnex.ai/tech/31802) (assignee: University of California; status: Active)
- [Label-free spectral pathology for in vivo diagnosis](https://api.ipnex.ai/tech/31816) (assignee: University of California, San Diego; status: Active)
- [Acene-based transmitter molecules for photon upconversion](https://api.ipnex.ai/tech/31830) (assignee: University of California, San Diego; status: Active)
- [Method for genetic manipulation of sap-feeding insects](https://api.ipnex.ai/tech/31837) (assignee: University of California, San Diego; status: Active)
- [Negative regulator of plant immunity against nematodes](https://api.ipnex.ai/tech/31844) (assignee: University of California, San Diego; status: Active)
- [Pepper plants bearing fruit having a low destemming force](https://api.ipnex.ai/tech/31886) (assignee: University of California, San Diego; status: Active)
- [Apparatus with a repeating trapezoidal mechanism that enables an alternating pressure support surface for preventing pressure injury](https://api.ipnex.ai/tech/31921) (assignee: K Medical LLC; status: Active)
- [Technology for sustaining pluripotency and improved growth of stem cells in culture](https://api.ipnex.ai/tech/31956) (assignee: University of California, San Diego; status: Active)
- [Three-dimensional printing of reactive materials using intersecting jets](https://api.ipnex.ai/tech/3d_printer_that_uses_intersecting_inkjets_to_fabricate_biological_structures) (assignee: University of Florida Research Foundation Inc; status: Active)
- [3D printing mechanical hold build plate](https://api.ipnex.ai/tech/3d_printing_using_build_plate_with_mechanical_hold) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Generation of higher harmonics of monochromatic electromagnetic radiation](https://api.ipnex.ai/tech/a_device_that_generates_higher_harmonics_at_nanoscale_for_more_efficient_manufacturing_of_laser_products) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Rollable metamaterial screen for magnetic resonance coupling based high efficiency wireless power transfer](https://api.ipnex.ai/tech/a_high-efficiency_wireless_power_transfer_system_using_a_rollable_metamaterial_screen_for_improving_power_transfer_efficiency) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Morphing aircraft](https://api.ipnex.ai/tech/a_small_aerial_drone_for_covert_surveillance_that_can_change_appearance) (assignee: University of Florida Research Foundation Inc; status: Active)
- [rAAV vector compositions, methods for targeting vascular endothelial cells and use in treatment of type I diabetes](https://api.ipnex.ai/tech/aav_gene_therapy_for_complications_with_diabetes_and_vascular_diseases) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Use of AAV-expressed M013 protein as an anti-inflammatory therapeutic](https://api.ipnex.ai/tech/aav_vector-based_anti-inflammatory_therapeutic_for_macular_degeneration_and_other_tissue-specific_inflammatory_diseases) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Delivery of Nrf2 as therapy for protection against reactive oxygen species](https://api.ipnex.ai/tech/aav_vector_that_promotes_antioxidant_production_for_treatment_of_age-related_macular_degeneration) (assignee: University of Florida Research Foundation Inc; status: Active)
- [AAV delivery of shRNA for treatment of pancreatic cancer](https://api.ipnex.ai/tech/aav_vectors_for_direct_delivery_of_shrna_into_islet_cells_to_treat_pancreatic_cancer) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Architecture for Absorption Based Heaters](https://api.ipnex.ai/tech/absorption-based_heater_for_more_efficient_residential_water_heating) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Highly accurate and efficient forward and back projection methods for computed tomography](https://api.ipnex.ai/tech/accurate_and_efficient_image_reconstruction_algorithm_for_computed_tomography) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Adaptive background estimation](https://api.ipnex.ai/tech/adaptive_background_estimation_filter_for_video_sequences) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method and apparatus for pervasive patient monitoring](https://api.ipnex.ai/tech/ai_monitoring_system_that_provides_continuous_sensing_of_patient_status_in_real-time) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Collecting device for gases and aerosol, methods of making, and methods of use](https://api.ipnex.ai/tech/air_sampler_accurately_measures_aerosols_and_gases_from_same_airspace) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Using customer premises to provide ancillary services for a power grid](https://api.ipnex.ai/tech/algorithm_and_software_for_existing_hvac_systems_to_provide_ancillary_services_to_the_power_grid) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Adaptive systems using correntropy](https://api.ipnex.ai/tech/algorithm_for_robust_training_of_adaptive_systems_using_correntropy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Layout-driven method to assess vulnerability of ICs to microprobing attacks](https://api.ipnex.ai/tech/algorithm_to_evaluate_vulnerability_of_integrated_circuits_to_microprobing_attacks) (assignee: University of Connecticut; status: Active)
- [Fabrication of thermally stable nanocavities and particle-in-cavity nanostructures](https://api.ipnex.ai/tech/anodized_alumina_template_that_fabricates_thermally_stable_nanostructures) (assignee: University of Florida Research Foundation Inc; status: Active)
- [N-arylated analogues and uses thereof](https://api.ipnex.ai/tech/antibacterial_and_antifungal_disinfecting_agents_that_rapidly_kill_antibiotic-resistant_bacteria) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Allosteric inhibitors of thymidylate synthase](https://api.ipnex.ai/tech/anticancer_compound_that_is_more_effective_and_less_toxic_than_available_treatments) (assignee: University of Florida Research Foundation Inc; status: Active)
- [HDAC inhibitor compounds and methods of treatment](https://api.ipnex.ai/tech/anticancer_compounds_that_selectively_target_and_destroy_cancer-related_proteins) (assignee: University of Florida Research Foundation Inc; status: Active)
- [System and method for automated model calibration, sensitivity analysis, and optimization](https://api.ipnex.ai/tech/architecture_for_software-assisted_calibration_of_traffic_analysis_tools) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Deep learning for characterizing unseen categories](https://api.ipnex.ai/tech/artificial_intelligence_system_that_unifies_deep_learning_with_conceptual_reasoning) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Automatic sharpness adjustment for imaging modalities](https://api.ipnex.ai/tech/automated_algorithms_for_faster_integrated_circuit_imaging_and_easier_reverse_engineering) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method for measuring bi-directional reflectance distribution function (BRDF) and associated device](https://api.ipnex.ai/tech/automated_device_for_measuring_bidirectional_reflectance_distribution_function) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Hardware deprocessing using voltage imaging for hardware assurance](https://api.ipnex.ai/tech/automated_system_for_identifying_printed_circuit_board_components) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Automated systems and methods for monitoring and mapping insects in orchards](https://api.ipnex.ai/tech/automated_system_for_insect_monitoring_and_management_in_citrus_groves) (assignee: University of Florida Research Foundation Inc; status: Active)
- [High electron mobility transistors with improved heat dissipation](https://api.ipnex.ai/tech/backside_source_field_plate_method_that_uses_via_hole_to_better_dissipate_heat) (assignee: University of Florida Research Foundation Inc; status: Active)
- [HDAC inhibitor compounds and methods of treatment](https://api.ipnex.ai/tech/benzoylhydrazide_hdac_inhibitors_with_low_toxicity_for_treating_cancer) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method and apparatus for vetting universal serial bus device firmware](https://api.ipnex.ai/tech/binary_analysis_of_usb_device_firmware_to_detect_malicious_activity) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Artificial self-sufficient cytochrome P450s](https://api.ipnex.ai/tech/biocatalysts_for_generating_nitroaromatics_in_an_environmentally-friendly_manner) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Poly(dihydroferulic acid) a biorenewable polyethylene terephthalate mimic derived from lignin and acetic acid and copolymers thereof](https://api.ipnex.ai/tech/biodegradable_plastic_made_from_plant_materials) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Augmented reality coordinated with nerve stimulation to enhance performance](https://api.ipnex.ai/tech/biofeedback_system_for_user-optimized_nerve_stimulation_therapy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Lignin solvation using aqueous biologically compatible buffers](https://api.ipnex.ai/tech/biologically_compatible_lignin_solution_used_to_overcome_bacterial_resistance_to_antibiotics) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Biometric locking methods and systems for internet of things and the connected person](https://api.ipnex.ai/tech/biometric_recognition_system_for_secure_and_private_internet_of_things_usage) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Device and methods for biphasic pulse signal coding](https://api.ipnex.ai/tech/brain_machine_interface_that_coadapts_to_translate_neural_activity_into_physical_behaviors) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Highly accessible, nanotube electrodes for large surface area contact applications](https://api.ipnex.ai/tech/carbon_nanotube_film_fabrication_for_more_effective_electrodes) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Control to output dynamic response and extend modulation index range with hybrid selective harmonic current mitigation-PWM and phase-shift PWM for four-quadrant cascaded H-bridge converters](https://api.ipnex.ai/tech/cascaded_h-bridge_using_selective_harmonic_current_mitigation-pwm_technique) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Catalyst for ring expansion metathesis polymerization of cyclic monomers](https://api.ipnex.ai/tech/catalyst_as_a_composition_of_matter_that_produces_cyclic_polymers) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Car based immunotherapy](https://api.ipnex.ai/tech/chimeric_antigen_receptors_t-cell_therapeutics_for_better_cancer_therapy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [EMI energy mitigation](https://api.ipnex.ai/tech/circuit_designs_to_lower_harmonic_and_electromagnetic_noise) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Common mode (CM) electromagnetic interference (EMI) filters for reducing radiated EMI in power converters](https://api.ipnex.ai/tech/common_mode_electromagnetic_filter_for_power_converters) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Fractal-rectangular reactive impedance surface for antenna miniaturization](https://api.ipnex.ai/tech/compact_high-gain_antennas_for_high-efficiency_wireless_communications) (assignee: Electronics and Telecommunications Research Institute; status: Active)
- [Polyamine sulfonamides and uses thereof](https://api.ipnex.ai/tech/compounds_for_treating_cancer_and_cancer_stem_cells) (assignee: Torrey Pines Institute For Molecular Studies; status: Active)
- [Device for efficient continuous electrokinetic dewatering of phosphatic clay suspensions](https://api.ipnex.ai/tech/continuous_electrokinetic_dewatering_system_for_use_in_phosphate_mining_cleanup) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method and systems for bandwidth scheduling and path computation for connection-oriented networks](https://api.ipnex.ai/tech/control_plane_system_to_safely_and_accurately_transfer_large_amounts_of_data) (assignee: UT Battelle LLC; status: Active)
- [Practical end-to-end cryptographic authentication for telephony over voice channels](https://api.ipnex.ai/tech/convenient_caller_id_verification_protocol_for_all_telephony_networks) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Payment card overlay skimmer detection](https://api.ipnex.ai/tech/credit_card-sized_device_that_tests_for_skimmers_in_card_readers) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Low ohmic loss radial superlattice conductors](https://api.ipnex.ai/tech/cylindrical_radial_superlattice_conductor_for_low_loss_radio_frequency_components) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Distributive hierarchical model for object recognition in video](https://api.ipnex.ai/tech/deep_learning_object_recognition_algorithm_for_video) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Point symmetric complementary meander line slots for mutual coupling reduction](https://api.ipnex.ai/tech/design_for_compact_antenna_arrays_that_maintains_high_gain_and_efficiency) (assignee: Electronics and Telecommunications Research Institute; status: Active)
- [Finishing of surfaces of tubes](https://api.ipnex.ai/tech/device_for_improved_efficiency_of_tubes_used_in_stents_and_other_medical_devices) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Dielectric coatings for fixed and removable oral prosthetic restorations](https://api.ipnex.ai/tech/dielectric_coatings_for_more_durable_fixed_and_removable_dental_prosthetic_restorations) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Techniques for skin illumination of radiation therapy treatment region using non-coaxial digital projector](https://api.ipnex.ai/tech/digital_projector_to_illuminate_areas_of_skin_receiving_radiation_therapy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Digitally tunable acoustic wave resonators](https://api.ipnex.ai/tech/digitally_tunable_acoustic_resonator_for_5g_communication_systems) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Glass interposer integrated high quality electronic components and systems](https://api.ipnex.ai/tech/dual-functioning_glass_interposer_with_low_substrate_loss) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Earth-toned photovoltaic devices](https://api.ipnex.ai/tech/earth-toned_photovoltaic_device_for_camouflaged_solar_power) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Fabrication of nanoporous membrane](https://api.ipnex.ai/tech/efficient_device_for_manufacturing_nanoporous_membranes_and_3-d_scaffolds_for_tissue_culture) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Electroactive polymers containing pendant pi-interacting/binding substituents, their carbon nanotube composites, and processes to form the same](https://api.ipnex.ai/tech/electroactive_polymers_for_enhancing_the_mechanical_and_electrical_contact_to_graphene_or_carbon_nanotubes) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Continuous electrokinetic dewatering of phosphatic clay suspensions](https://api.ipnex.ai/tech/electrokinetic_dewatering_system_that_effectively_removes_water_from_phosphatic_clay_slurries) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Electronic gate enhancement of Schottky junction solar cells](https://api.ipnex.ai/tech/electronically_gated_carbon_nanotube-semiconductor_junction_for_more_efficient_solar_cells) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Magnetic nanoparticle embedded nanofibrous membrane](https://api.ipnex.ai/tech/electrospun_magnetic_nanofibrous_membrane_for_active_tissue_scaffolding) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Ground-engaging vehicle braking system and methods for using the same](https://api.ipnex.ai/tech/emergency_brake_that_prevents_runaway_semi-trucks_from_jackknifing) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Pulse based automatic gain control for analog and pulse domain regulation](https://api.ipnex.ai/tech/energy_efficient_automatic_gain_control_for_electronics_and_sensors) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Compositions and methods relating to insecticides](https://api.ipnex.ai/tech/essential_oils_to_enhance_efficacy_of_insect_repellents) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Magnetic field effect transconductors](https://api.ipnex.ai/tech/ferromagnetic_transconductor_for_better_tunability_and_greater_conductivity) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Fiber reinforced elastomeric sheets with tunable strain relationships](https://api.ipnex.ai/tech/fiber-reinforced_elastomeric_material_for_soft_robotic_applications) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Flush-mount micromachined transducers](https://api.ipnex.ai/tech/flush-mount_sensor_packaging_for_superior_aeroacoustics_instrumentation) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Four-quadrant modulation technique to extend modulation index range for multilevel selective harmonic elimination / compensation](https://api.ipnex.ai/tech/four-quadrant_modulation_design_for_more_controlled_and_efficient_power_conversion) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Endoscopic OCT probes with immersed MEMS mirrors](https://api.ipnex.ai/tech/full-angle_oct_probe_for_360-degree_view_in_endoscopic_scanning) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Loop noise balance technique for CM EMI noise reduction of the full bridge LLC resonant converter](https://api.ipnex.ai/tech/full_bridge_llc_resonant_converter_to_reduce_interference_in_electrical_devices) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Three-dimensional printing of hydrophobic materials in fumed silica suspension](https://api.ipnex.ai/tech/fumed_silica_support_bath_for_3d_printing_freeform_structures_from_hydrophobic_materials) (assignee: University of Florida Research Foundation Inc; status: Active)
- [LncRNA serves as a biomarker and therapeutic target](https://api.ipnex.ai/tech/gene_therapy_for_reducing_lung_cancer_progression) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Materials and methods for modifying Wolbachia and paratransformation of arthropods](https://api.ipnex.ai/tech/genetically_modified_wolbachia_for_biocontrol_of_insect_bacterial_disease_vectors) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method, apparatus, and system for teleoperated, motorized rehabilitative cycling](https://api.ipnex.ai/tech/hand-cycling_system_improves_rehabilitation_from_neuromuscular_disorders) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Hardware trojan scanner](https://api.ipnex.ai/tech/hardware_trojan_detection_tool_for_integrated_circuits) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Dual function helix antenna](https://api.ipnex.ai/tech/helix_antenna_that_powers_and_communicates_with_implanted_medical_devices) (assignee: University of Florida Research Foundation Inc; status: Active)
- [High-performance CNN inference model at the pixel-parallel CMOS image sensor](https://api.ipnex.ai/tech/hierarchical_hardware_architecture_to_accelerate_machine_vision_applications) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Antennas for small satellites](https://api.ipnex.ai/tech/high-gain_antenna_for_improving_satellite_communication_link_coverage) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Water-insensitive gas sensor using polymer-encapsulated Pt - AlGaN/GaN diodes](https://api.ipnex.ai/tech/hydrogen_sensors_that_are_impervious_to_water_but_sensitive_to_gas) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Nuclear reactor having efficient and highly stable thermal transfer fluid](https://api.ipnex.ai/tech/improved_heat_transfer_fluid_for_nuclear_reactors) (assignee: University of Florida Research Foundation Inc; status: Expired - Fee Related)
- [Joint fountain coding and network coding for loss-tolerant information spreading](https://api.ipnex.ai/tech/improved_joint_fountain_and_network_coding_for_loss-tolerant_data_transmission) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method for producing nanoparticles and the nanoparticles produced therefrom](https://api.ipnex.ai/tech/improved_nanoparticle_production_that_uses_in-situ_magnetic_processing) (assignee: UT Battelle LLC; status: Active)
- [Method and apparatus for shadow aperture backscatter radiography (SABR) system and protocol](https://api.ipnex.ai/tech/improved_radiography_system_that_generates_3d_images_from_2d_access) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Vestibular dynamic inclinometer](https://api.ipnex.ai/tech/inclinometer_for_more_accurate_measurement_of_dynamic_inclination_and_motion_of_objects) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Integrated common mode and differential mode inductors with low near magnetic field emission](https://api.ipnex.ai/tech/integrated_inductors_that_achieve_low_near-magnetic_field_emission) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Drug delivery integrated circuit (IC) and system](https://api.ipnex.ai/tech/integrated_wireless_drug_delivery_circuit_for_more_convenient_therapy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Gatoreye system for smart transportation](https://api.ipnex.ai/tech/intelligent_transportation_system_for_an_on-road_communications_network) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Ionic liquid-based absorption cooling system with high coefficient of performance](https://api.ipnex.ai/tech/ionic_liquid-based_absorption_cooling_system) (assignee: University of Notre Dame; status: Active)
- [Joint fountain code and network coding for multiple-source-multiple-destination wireless communication](https://api.ipnex.ai/tech/joint_fountain_and_network_coding_for_multiple-input_multiple-output_wireless_communication) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Modified bacteria for production of nitroaromatics](https://api.ipnex.ai/tech/large-scale_production_of_pharmaceutically_essential_nitroaromatics_using_non-toxic_biocatalysts) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Catalysts containing N-heterocyclic carbenes for enantioselective synthesis](https://api.ipnex.ai/tech/ligands_for_catalyzing_chemical_reactions) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Optical scrambler with nano-pyramids](https://api.ipnex.ai/tech/light_scattering_nanostructures_to_secure_integrated_circuits_against_optical_probing_attacks) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Organic light-emitting diodes comprising grating structures and light extraction layers](https://api.ipnex.ai/tech/low_refractive_index_layer_for_extremely_efficient_oleds) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Magnetic nanoparticle spectrometer](https://api.ipnex.ai/tech/magnetic_particle_spectrometer_that_evaluates_nanoparticles_for_biomedical_applications) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Maximization of side-channel sensitivity for trojan detection](https://api.ipnex.ai/tech/maximization_of_side-channel_sensitivity_for_trojan_detection) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Common-mask guided image reconstruction for enhanced four-dimensional cone-beam computed tomography](https://api.ipnex.ai/tech/medical_imaging_software_that_improves_image_quality_without_exposing_patient_to_longer_x-rays) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method and apparatus for eliminating crosstalk effects in high switching-speed power modules](https://api.ipnex.ai/tech/method_and_apparatus_to_eliminate_crosstalk_effect_in_semiconductor_devices) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Detecting SS7 redirection attacks with audio-based distance bounding](https://api.ipnex.ai/tech/mobile_phone_security_system) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Analogs of vincamine and uses thereof](https://api.ipnex.ai/tech/molecular_antagonist_that_may_be_effective_treatment_for_opioid_addiction) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Modified gal-1 proteins and uses thereof](https://api.ipnex.ai/tech/more_stable_and_potent_galectin-1_homodimer_for_therapeutic_use_in_inflammatory_diseases) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Phononic frequency synthesizer](https://api.ipnex.ai/tech/multi-band_synchronous_frequency-reference_chain_for_carrier-aggregated_5g_networks) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Room temperature multiferroic thin films](https://api.ipnex.ai/tech/multiferroic_thin_film_material_that_controls_magnetization_and_ferroelectricity_at_room_temperature) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Intelligent fitness and sports mouthguard](https://api.ipnex.ai/tech/multifunctional_smart_denture_that_remotely_monitors_health) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Control to output dynamic response and extend modulation index range with hybrid selective harmonic current mitigation-PWM and phase-shift PWM for four-quadrant cascaded H-bridge converters](https://api.ipnex.ai/tech/multilevel_power_conversion_with_hybrid_modulation_for_four-quadrant_converters) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Low OHMIC loss superlattice conductors](https://api.ipnex.ai/tech/nano-superlattice_metaconductor_for_low_loss_radio_and_microwave_applications) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Methods and systems of three dimensional printing](https://api.ipnex.ai/tech/nanoclay_colloid_for_improved_extrusion_3d_printing_of_hydrogels) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Methods and systems of three dimensional printing](https://api.ipnex.ai/tech/nanoclay_support_bath_for_liquid_build_material_extrusion_3d_printing_without_rapid_phase_change) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Cryogenic heat transfer by a nanoporous surface](https://api.ipnex.ai/tech/nanoporous_aluminum_oxide_surface_for_enhanced_cryogenic_heat_transfer) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Sweetness enhancing volatile compositions and methods of increasing perceived sweetness of a comestible](https://api.ipnex.ai/tech/natural_compounds_that_enhance_the_perception_of_sweetness) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Joint fountain coding and network coding for loss-tolerant information spreading](https://api.ipnex.ai/tech/network_algorithm_for_communication_over_lossy_connections) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Nickel titanium alloys, methods of manufacture thereof and article comprising the same](https://api.ipnex.ai/tech/nickel-titanium_shape_memory_alloy_for_more_durable_aircraft) (assignee: University of Florida Research Foundation Inc; status: Active)
- [N-antigenic form poliovirus virus-like particles comprising thermostable mutations](https://api.ipnex.ai/tech/non-infectious_vlp_vaccine_for_global_eradication_of_polio_virus) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Micro-electro-mechanical resonators](https://api.ipnex.ai/tech/non-reciprocal_frequency_limiter_to_meet_high_data_requirements_of_emerging__wireless_communication_systems) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Optimum nonlinear correntropy filter](https://api.ipnex.ai/tech/nonlinear_correntropy_filter_for_improved_signal_processing) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Eye tracking apparatuses configured for degrading iris authentication](https://api.ipnex.ai/tech/obscuring_high-frequency_iris_features_to_improve_security_of_eye_tracking_devices) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Buckled organic light emitting diode for light extraction without blurring](https://api.ipnex.ai/tech/oled_buckling_structure_for_blur-free_light_extraction) (assignee: University of Florida Research Foundation Inc; status: Active)
- [System and method for electronics timing delay calibration](https://api.ipnex.ai/tech/on-chip_delay_calibration_and_tracking_circuit) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Optical privatizing device, system and method of use](https://api.ipnex.ai/tech/optical_device_to_protect_privacy_in_3d_time-of-flight_tof_cameras) (assignee: University of Florida Research Foundation Inc; status: Active)
- [High-speed, high-resolution, photonic-based analog-to-digital converter](https://api.ipnex.ai/tech/photonic_analog-to-digital_converter_for_high-speed_optical_processing) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Photonic synthesis of large aperture telescopes from multi-telescope arrays](https://api.ipnex.ai/tech/photonic_synthesis_of_multiple_telescopes_that_inexpensively_replicates_large_aperture_telescopes) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Composition of lactobacillus and berry extract](https://api.ipnex.ai/tech/phytophenol_compounds_to_improve_survival_and_stability_of_lactobacillus_species_during_processing) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Personalized treatment of pancreatic cancer](https://api.ipnex.ai/tech/point-of-care_test_to_personalize_treatment_for_pancreatic_cancer) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Sulfonated polyethylene](https://api.ipnex.ai/tech/polymer_for_heat-tolerant_fuel_cell_membranes) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Polymeric particles, method for cytosolic delivery of cargo, methods of making the particles](https://api.ipnex.ai/tech/polymeric_microparticle_blends_for_enhanced_cytosolic_drug_delivery) (assignee: Vanderbilt University; status: Active)
- [Portable spectrograph for high-speed phenotyping and plant health assessment](https://api.ipnex.ai/tech/portable_spectrograph_for_high-speed_crop_phenotyping_and_plant_health_assessment) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Calibrated pneumatic otoscope](https://api.ipnex.ai/tech/pressure-calibrated_pneumatic_otoscope_for_assessing_ear_function) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Lactobacillus supplement for alleviating type 1 diabetes](https://api.ipnex.ai/tech/probiotic_supplement_for_delaying_or_preventing_the_onset_of_type_1_diabetes) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Mechanistic bacterial efector to prevent apoptosis of human beta cells](https://api.ipnex.ai/tech/probiotic_treatment_for_type_1_diabetes) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Devices for the detection of the presence and/or activity of proteases in biological samples](https://api.ipnex.ai/tech/protease_detection_devices_to_improve_chronic_wound_treatment) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Vanishing via for hardware IP protection from reverse engineering](https://api.ipnex.ai/tech/protective_framework_for_preventing_intellectual_property_theft_in_electronic_devices) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Comprehensive framework for protecting intellectual property in the semiconductor industry](https://api.ipnex.ai/tech/protective_framework_for_preventing_theft_of_intellectual_property_for_integrated_circuits) (assignee: University of Connecticut; status: Active)
- [Pulsed based arithmetic units](https://api.ipnex.ai/tech/pulse-based_unit_that_improves_digital_signal_processing_for_mobile_computing) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Pulse-based automatic speech recognition](https://api.ipnex.ai/tech/pulse-based_unit_that_improves_digital_speech_processing) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Recombinant adeno-associated virus vectors to target medullary thyroid carcinoma](https://api.ipnex.ai/tech/raav_vector_gene_therapy_for_medullary_thyroid_carcinoma) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Interferometric doppler radar and method for wave and water level measurement](https://api.ipnex.ai/tech/radar-based_water_detection_device_for_highly_accurate_real-time_measurements) (assignee: Texas Tech University; status: Active)
- [Malware detection via data transformation monitoring](https://api.ipnex.ai/tech/ransomware_protection_through_data_transformation_monitoring) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Engineered receptor/ligand system for delivery of therapeutic agents](https://api.ipnex.ai/tech/receptor-ligand_combination_for_specific_drug_delivery_to_the_brain) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Methods and apparatuses for freeform additive manufacturing of engineering polymers](https://api.ipnex.ai/tech/room_temperature_additive_manufacturing_to_3d_print_precision_plastics) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Knowledge-based object localization in images for hardware assurance](https://api.ipnex.ai/tech/scanning_electron_microscope_search_algorithm_that_locates_defects_or_trojans_in_integrated_circuits) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method for error correction in scanning probe microscopy](https://api.ipnex.ai/tech/scanning_tunneling_microscope_stm_algorithm_that_increases_accuracy_of_scan_results) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Method and structure for magnetically-directed, self-assembly of three-dimensional structures](https://api.ipnex.ai/tech/self-assembly_of_microscale_parts_using_integrated_micromagnets) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Shape-memory-self-healing polymers (SMSHPS)](https://api.ipnex.ai/tech/self-healing_polymers_with_shape_recovery) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Self-healing semiconductor transistors](https://api.ipnex.ai/tech/self-repairing_semiconductor_for_radio_frequency_communication_and_dc_power) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Corrosion detection in structural tendons](https://api.ipnex.ai/tech/sensor_to_detect_corrosion_in_post-tensioned_bridges_and_buildings) (assignee: University of Florida Research Foundation Inc; status: Active)
- [System for hydrogen sensing](https://api.ipnex.ai/tech/sensor_to_detect_explosive_or_polluting_gases_and_liquids_with_greater_speed_and_accuracy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Fast and precise detection of an internal short circuit on a lithium-ion battery](https://api.ipnex.ai/tech/short-circuit_resistance_test_for_single-cell_lithium-ion_batteries) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Glaucoma drainage implant venting assembly](https://api.ipnex.ai/tech/shunt_to_regulate_ocular_pressure_for_glaucoma_implant_surgery) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Device and methods for enhanced matched filtering based on correntropy](https://api.ipnex.ai/tech/signal_processing_system_for_detecting_low-level_signals_in_high-level_noise) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Detection of sinkholes or anomalies](https://api.ipnex.ai/tech/sinkhole_detection_that_uses_seismic_waves_to_determine_subterranean_conditions) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Small angiotensin peptide expression system in mammalian cells](https://api.ipnex.ai/tech/small_peptide_expression_system_in_mammalian_cells) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Intelligent fitness and sports mouthguard](https://api.ipnex.ai/tech/smart_mouth_guard_for_fitness_monitoring_and_sports_injury_prevention) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Optimal transactions sharding for scalable blockchain](https://api.ipnex.ai/tech/smart_transaction_sharding_to_increase_efficiency_of_blockchain_systems) (assignee: Virginia Commonwealth University; status: Active)
- [Elastic computing](https://api.ipnex.ai/tech/software_for_improved_application_performance_and_power_on_heterogeneous_computers) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Stable monolithic interferometer for wavelenghth calibration](https://api.ipnex.ai/tech/stable_monolithic_interferometer_for_high_precision_calibration) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Spherical monopole antenna](https://api.ipnex.ai/tech/super_wideband_spherical_antenna_for_omnidirectional_communication) (assignee: Electronics and Telecommunications Research Institute; status: Active)
- [Durable superhydrophobic surfaces](https://api.ipnex.ai/tech/superhydrophobic_and_oleophobic_surface_treatment_that_outlasts_available_coatings) (assignee: Early Stage Technologies LLC; status: Active)
- [Overlay architecture for programming FPGAs](https://api.ipnex.ai/tech/supernet_overlay_with_high-level_synthesis_that_provides_software_developers_fpga_benefits) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Synthetic MBNL proteins for treatment of repeat expansion disease](https://api.ipnex.ai/tech/synthetic_proteins_for_muscular_dystrophy_treatment) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Computer controlled guidance of a biopsy needle](https://api.ipnex.ai/tech/system_for_controlling_the_guidance_of_biopsy_needles) (assignee: University of Florida; status: Expired - Lifetime)
- [Monitoring system for perishable or temperature-sensitive product transportation and storage](https://api.ipnex.ai/tech/temperature_monitoring_system_for_storage_and_transport_of_perishable_items) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Determination of methylation state and chromatin structure of target genetic loci](https://api.ipnex.ai/tech/test_kit_that_simultaneously_measures_dna_methylation_and_chromatin_structure_to_identify_cancer_and_other_diseases) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Use of relaxin to restore maternal physiology in pregnancies conceived by assisted reproductive technologies](https://api.ipnex.ai/tech/therapeutic_use_of_relaxin_to_reduce_risk_in_pregnancies_aided_by_assisted_reproductive_technologies) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Triple flywheel assembly with attitude jitter minimization](https://api.ipnex.ai/tech/three-flywheel_assembly_for_reduction_of_attitude_jitter_in_satellites) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Transfer of vertically aligned ultra-high density nanowires onto flexible substrates](https://api.ipnex.ai/tech/transfer_of_nanowires_onto_flexible_substrates) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Inductor designs for reducing magnetic interference](https://api.ipnex.ai/tech/two-cored_inductor_reduces_near_magnetic_field_couplings) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Compositions for the treatment of pancreatic cancer and uses thereof](https://api.ipnex.ai/tech/two-target_treatment_that_inhibits_cancer_growth) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Integrate and fire pulse train automation for QRS detection](https://api.ipnex.ai/tech/ultra_low_power_ambulatory_diagnostic_algorithm_for_the_qrs_complex_in_ekg) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Detection of recycled integrated circuits and system-on-chips based on degradation of power supply rejection ratio](https://api.ipnex.ai/tech/universal_detection_system_to_expose_counterfeit_electronic_components) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Universal small insect vector trap](https://api.ipnex.ai/tech/universal_trap_that_attracts_and_captures_multiple_species_of_insects_for_analysis) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Accelerated segmentation for reverse engineering of integrated circuits](https://api.ipnex.ai/tech/unsupervised_segmentation_of_scanning_electron_microscope_images_for_reverse_engineering_of_integrated_circuits) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Photovoltaic cell enhancement through UVO treatment](https://api.ipnex.ai/tech/uv-ozone_treatment_of_zinc_oxide_film_for_fabricating_more_efficient_inverted_solar_cells) (assignee: University of Florida Research Foundation Inc; status: Active)
- [AAV capsid variants for gene therapy](https://api.ipnex.ai/tech/variant_aav_particles_for_improved_gene_therapy) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Cross-linkable microgel composite matrix bath for embedded bioprinting of perfusable tissue constructs](https://api.ipnex.ai/tech/versatile_embedded_3d_bioprinting_to_create_thick_biomedical_tissue_structures) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Uniquified FPGA virtualization approach to hardware security](https://api.ipnex.ai/tech/virtual_architecture_overlay_for_computer_hardware_security) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Multi-phase coupled inductor having compensation windings](https://api.ipnex.ai/tech/winding_design_that_balances_asymmetric_three-phase_coupled_inductors) (assignee: University of Florida Research Foundation Inc; status: Active)
- [Comfortable, energy-efficient control of a heating, ventilation, and air conditioning system](https://api.ipnex.ai/tech/wireless_sensor_network_for_energy_efficient_real-time_control_of_indoor_climate) (assignee: University of Florida Research Foundation Inc; status: Active)