Technology Offers Site map description
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CSIC - Consejo Superior de Investigaciones CientíficasCSIC - Consejo Superior de Investigaciones CientíficasCSIC - Consejo Superior de Investigaciones Científicas posted this:
High resolution paterning in organic semiconductorsCSIC has developed a new a method for high resolution structural and/or compositional modification in a molecular organic semiconductor film. This method has applications in the production of electronic, optoelectronic and photonic devices, among others. Industrial partners are being sought to collaborate through a patent license agreement. An offer for Patent Licensing
Alfonso del Rey PérezICMAB-CSICAlfonso del Rey Pérez posted this:
High resolution patterning in organic semiconductorsIcmab researchers have developed a new method for high resolution structural and/or compositional modification in a molecular organic semiconductor film. This method has applications in the production electronic, optoelectronic and photonic devices, among others.
Technology Transfer Officer at ICMAB-CSIC
Georgetown UniversityGeorgetown UniversityGeorgetown University posted this:
High sensitivity detection system for measuring Terahertz frequenciesThis invention presents a method of detecting terahertz frequencies using a substrate with improved temperature dependence, high electrical performance and exhibits high variation of resistance with temperature which is crucial for thermal detection applications. The strong temperature dependence increases responsiveness enabling superior performance in thermal detection systems compared to conventional technologies.
University of WaterlooUniversity of WaterlooUniversity of Waterloo posted this:
High throughput protein isolation & purification systemBackground The global protein purification and isolation market size was valued at USD 7.8 billion in 2021 and is expected to grow at a compound annual growth rate (CAGR) of 10.5% from 2022 to 2020, reaching USD 19.16 billion by 2030. Drug discovery relies on the structural information of a protein to predict its potential efficacy. Common technologies used during this process include mass spectroscopy, amino acid sequencing, x-ray crystallography, nuclear magnetic resonance, and surface plasmon resonance. Most of these methods require highly purified protein samples, and often in large quantities ranging from ug to mg. However, current purification technologies involving chromatography or gel/capillary electrophoresis are batch modes rather than continuous, and this limits the throughput. Furthermore, they may require harsh solvents or detergents that will damage the protein or alter its structural properties.
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
High UV efficiency lightingResearchers at the University of Waterloo have created a low-cost hybrid nanomaterial, “NanoLite”, which illuminates pure white light and can be processed into light emitting structures and devices from liquid (i.e. solution) or solid (i.e. powder) forms. This NanoLite material makes full use of the UV light (absorbs broadly in the UV spectral range) and converts it into visible light. This allows for very energy efficient fluorescent lighting to be made using NanoLite. Additionally it is possible to create fluorescent lights that do not require the use of mercury. Because of its versatility and chemical compatibility, this material can be used in various configurations and devices and can also be tuned to produce any colour of light.
RAMOT at Tel Aviv University Ltd.RAMOT at Tel Aviv University Ltd.RAMOT at Tel Aviv University Ltd. posted this:
High Voltage Photovoltaic Cells with High EfficiencyA novel photovoltaic cell is described for converting sunlight to electricity at higher efficiency relative to existing cells, and with improved flexibility for integration in modules, both one-sun and concentrating. The new cell contains many small sub-cells, which are internally connected in series. Such configurations are called Monolithic Integrated Modules (MIM) and they are capable of providing very high open circuit voltage. Our MIM design is based on a monolithic device with vertical PN junctions with significant expected advantages in performance relative to existing MIM designs: higher voltage; smaller contact area and no front metallization grid, leading to higher efficiency; better utilization of the solar spectrum; and better matching to integration in modules including concentrator modules. High-voltage cells can be electrically connected in parallel instead of series, leading to nearly independent operation (voltage-coupled instead of current-coupled) even under non-uniform illumination and even partial shading conditions. This will improve the overall performance of a photovoltaic system, and permit a less demanding and less expensive optical design. Project ID : 6-2011-180FUNDITEC posted this:
High-added value products from Agro-Food residuesTechnology for development of valuable products for the food and packaging industry that applies to hygienic design of facilities and food safety and Circular Economy (Life cicle, Eco design, Reuse of food by-products including water) Looking for Research co-operation and Commercial agreement with technical assistancePatrick Van De Vyver posted this:
High-definition respiratory monitoring tool - Bainisha's Twin Chest SystemCurrent technology Current systems for measuring/monitoring respiratory movements (such as Thorax displacement) @ medical level, rely on one single technology: Inertial Measurement Units (IMU) aka "accelerometry". The resulting data of such measurements however are very often inadequate & hard or impossible to interpret. Problem E.g. the raw IMU-data output of coughing may look exactly the same as the raw IMU-data of riding a bike on really bumpy road ! When such type of confusion arises, it is impossible to distinguish between very different events. Solution A second sensor technology is added: a very thin, ultra-stretchable, very accurate displacement sensor. This sensor is fixed to the body as a simple self-adhesive patch. The fixation is of such a high quality and "integrates" with the skin so thoroughly, that it is nick-named a "Second Skin"-sensor. Together with the on-board IMU the "Second Skin" sensor forms a Sensor Fusion System. I.e. by cross-linking the raw data of two very different sensor concepts all uncertainties, "grey"-zones and impossible to interpret situations are eliminated. The sensor-fusion concept also widens and multiplies the capabilities for capturing a multitude of different types of "body language/events"
CEO Bainisha at Bainisha
Meghan Meyer posted this:
High-Frequency Nasal Cannula (HIFINC)- Innovative High-Frequency Nasal Cannula (HIFI-NC) used for spontaneously breathing infants to avoid intubation or - postextubation respiratory support. - Portable, lunch box-sized, battery-operated, positive end-expiratory pressure (PEEP), and adjustable device. - Generates adjustable frequency vibrations to transmit to the nearest point of a nasal cannula, aiding infants in faster recovery from respiratory distress.
Other at Georgetown University
Airable Research Lab, business line of Ohio Soybean CouncilAirable Research Lab, business line of Ohio Soybean CouncilAirable Research Lab, business line of Ohio Soybean CouncilSmall and Medium Enterprise
Airable Research Lab, business line of Ohio Soybean Council posted this:
High-melting soy-based waxesAirable Research Lab has synthesized a range of polyurethane-based, higher-melting waxes with a variety of distinctive properties. These bio-derived waxes provide an alternative to high-performing carnauba, paraffin, and montanic waxes. Airable’s singular wax is made from widely available resources, allowing for effective and stable supply chains.
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
High-performance air suspension systemSuspension systems are used to reduce vibrations/shocks transmitted to the vehicle body from the road/terrain being travelled in order to enhance driver/passenger comfort and protect cargo and chassis. Typical designs are a compromise between performance measures such as vehicle ride, handling, load capacity, size constraints and energy consumption. The University of Waterloo is actively seeking automotive suppliers and manufacturers interested in commercializing an innovative, highly tunable air suspension system.
Universitat Politècnica de Catalunya - UPCUniversitat Politècnica de Catalunya - UPCUniversitat Politècnica de Catalunya - UPC posted this:
High-performance CMOS-MEMS manufacturing technologyA new technology for low-cost and high-performance MEMS sensor design using a standard CMOS process has been patented. This allows for virtually any microprocessor and integrated circuit to become aware of its physical operating environment thanks to the multiple sensory information that it provides at minimum additional cost. Partners to further develop the system and/or to establish commercial agreements along with technical cooperation are sought.
Yeda posted this:
High-Performance Electrochromic DevicesHigh-performance electrochromic materials that exhibit a practical combination of low-voltage operation and efficient color-switching, as well as long-term stability have been developed by the group of Prof. van der Boom. Electrochromic materials that are currently available in the market offer a broad range of colors and a fair electrochromic activity. For the incorporation of such materials into a wide range of real-world applications, there is a need for more intense coloration, shorter switching times and improved stability.
BSUIR R&D Department posted this:
High-precision radio altimeters of low heights in the millimeter wavelength range for use in vehiclesUniversity has developed a range of radio altimeters of low heights in the millimeter wavelength range. Delivery of the finished product. Product development for specific customer requirements.UNIVERSIDAD DE BURGOS posted this:
High-strength self-compacting siderurgic concreteSelf-compacting concrete with electric arc furnace slag in all fractions that is composed of Portland cement as primary binder, ground granualted blast furnace slag as secondary binder and ladle furnace slag as ternary binder, in addition to aggregate, water and admixtures, metallic and/or synthetic fibers. Due to its innovative composition and installation procedure, it achieves excellent results of durability, sustainability and aesthetics.BSUIR R&D Department posted this:
High-temperature cavitometer (up to 1000° C.)Designed for recording changes and monitoring the activity of cavitation in liquids and metal melts at temperatures up to 1000° C. Cavitation meter is equipped with a USB output and a memory card and comes with a data processing software.
Sayali WaradUniversity of Alberta, Technology Transfer ServicesSayali Warad posted this:
High-temperature multivariable microwave sensors for Oil-Sand applicationsSensor for multivariable analysis of oil sands at high-temperature and high-pressure environmental conditions. The sensor is fabricated and tested in the microwave and millimeter-wave research lab.
IP Market Analyst at University of Alberta, Technology Transfer Services
Universidade de Santiago de CompostelaUniversidade de Santiago de CompostelaUniversidade de Santiago de CompostelaTechnology Transfer Office
Universidade de Santiago de Compostela posted this:
HIGH-THROUGHPUT CALORIMETRY. Thermal Microsensor with Improved Temporal and Spatial ResolutionThe prototype developed within ERC-PoC "ANTS" project, has demonstrated its sensitivity for a new concept of microcalorimeters, as well as providing advantages in microfluidics. We aim to: a) Integrate this technology within microfluidic devices or applications where size and fast response time are crucial. b) Develop a High-Throughput Calorimetry going beyond the current capabilities on ITC. > Sensing element. Ferromagnetic permalloy line 4x28 µm x 20 nm thick: affordable, miniaturization… Sensor was fabricated in a single deposition. > Temporal response. Milliseconds, to stimulus >10 microwatts; further improvements are in progress. > Easy adoption. Compatible with standard configuration of microcalorimeters. > IPR: EP, US, CN, KR, JP
Covid-19 Innovation Challenges by InnogetCovid-19 Innovation Challenges by InnogetCovid-19 Innovation Challenges by Innoget posted this:
High-Throughput Sequencing Methods to Test SamplesHighly parallel test for the presence of SARS-CoV-2 The currently used test for SARS-CoV2 virus uses molecular methods for detecting the presence of viral RNA sequences in subject samples. This is the approved gold standard in the field. The current application of this test requires several cumbersome steps that are labor intensive and require non-trivial reagents (which are becoming a global bottleneck). It is clear that during the next stage of managing the COVID19 pandemic, large scale testing will be needed. Project ID : 47-2020-10893
University of Alberta, Technology Transfer ServicesUniversity of Alberta, Technology Transfer ServicesUniversity of Alberta, Technology Transfer Services posted this:
High-Yield, Highly Reactive Polyols for Polyurethane ProductionNew method to create higher polyols yields that eliminates toxic solvent use, reduces operational costs, and process integration. Enables improved physical properties (e.g., increased functionality, higher reactivity, low viscosity)
Yeda posted this:
Higher Efficiency of CRISPR Gene Editing Using Chimeric Cas9CRISPR-Cas9 is a powerful tool for genome editing, widely used for basic research and the development of treatments for genetic diseases. However, its efficiency is currently limited. The current technology is a new chimeric Cas9 fused to a domain that recruits DNA repair factors directly to the genomic site that is being edited, thus doubling the efficiency of ‘error-free’ genome editing. This novel and highly efficient chimeric version of the Cas9 endonuclease is thus particularly relevant for clinical gene therapy applications.
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
Highly conductive covalently bonded electrodes for fast charging Li-ion batteriesTraditional battery electrode architecture utilizes polymer binding of active particles with conductive additives. Waterloo researchers have developed a replacement architecture that utilizes covalent bonding to form a network of bound active particles. This architecture provides a method for increasing electronic conductivity as well as bonding strength (to the current collector) using functional covalent bonding of heterogeneous material including carbonaceous, metallic, and metalloid materials. The covalently joined electrode architecture is compatible with current materials and electrolytes, and it enhances their electrochemical performance compared to reference slurry architecture anodes.
Meghan Meyer posted this:
Highly Efficient Query Processing via Temporal Caching- Method for highly efficient query processing through search engine cache optimization. - Improves the main efficiency-performance metrics of search engines, such as latency and throughput, and reduces energy consumption. - Method adapts the cache-space utilization to the popularity of the various topics represented in the query stream.
Other at Georgetown University
Yeda posted this:
Highly Selective Fluorescent Biosensor for Labeling His-Tagged ProteinsA rapid, label-free biosensor for detecting specific conformation of His-tag labeled proteins, accessible for use in both academic- and commercial-R&D was invented at the Weizmann Institute of Science. This fluorescent biosensor detects and labels His-tagged proteins in complex environments, such as living cells, while offering high sensitivity, speed, and cost-effectiveness. Fluorescent biosensing has become a valuable tool in analytical research, while at the same time the poly-histidine tag (His-tag) has become the most commonly used tag for protein labeling. However, commercial products for labeling and detecting conformational changes in His-labeled proteins suffer from three main limitations: First is their inability to identify specific changes in the protein conformation. Second, even if such changes are detected, labeling of His-tag proteins is usually very laborious. Third, commercial probes tend to be large and consequently can interfere with the proteins function. Therefore, there is a need for a small, direct, and non-interfering fluorescent probe for detection of conformational changes. Prof. Margulies and his team have developed a first of its kind fluorescent molecule that provides detection of changes to the surface of His-labeled proteins. Subsequently, labeling proteins only if they are in a specific conformation. The biosensor exhibits high affinity, excellent signal-to-noise ratio and can be easily applied with no fixation or tedious protocols. Using the technology, many proteins and specific conformations can now be labeled and studied for the first time (proteins that were already successfully labeled using the biosensor: Calmodulin, B-cell lymphoma 2, G-protein).
Yeda posted this:
Highly Sensitive Nanoscale Scanning Magnetic and Thermal SensorA new technology developed by a group of researchers from the Weizmann Institute is a nanoscale sensor-on-tip for local magnetic signals and thermal dissipation with state-of-the-art sensitivity and spatial resolution. Detecting a signal as low as the magnetic moment of a single electron is of key technological importance for applications ranging from electronics (e.g., hard discs, magnetic RAM and spin valves) to biotechnology applications, including enhanced tissue and organ imaging and MRI. Furthermore, investigation of energy dissipation on the nanoscale is of major interest in quantum systems in which the dissipation mechanism is related to preservation of quantum information, which is of particular importance in the field of quantum computing. To date, there are several local magnetic imaging methods, such as scanning superconducting quantum interference devices (SQUID), magnetic force microscopy and Lorentz microscopy. Scanning SQUID microscopy is a promising technology, having the highest field sensitivity (1 micro-Gauss), however, it has a rather poor spatial resolution (of several microns). Energy dissipation is another important imaging parameter, which is not readily measurable on the nanometer scale and existing thermal imaging methods are not sensitive enough for studying quantum systems and are unsuitable for low temperature operation. Here, we propose a novel sensor device comprising a nanoscale SQUID-based probe. The fabrication method, enables the miniaturization of the sensor to an effective diameter of 1 ?B/Hz1/2) and micro-Kelvin thermal resolution, whereas commercially available thermal scanning systems are limited to an order of 10 milli-Kelvin.
UNIVERSIDAD DE BURGOSUNIVERSIDAD DE BURGOSUNIVERSIDAD DE BURGOS posted this:
Highly useful lactate carrier molecules in cancer treatmentA group of researchers from the University of Burgos, in collaboration with the University of Barcelona and IDIBELL, has patented a family of molecules that have the ability to transport lactate in living cells. The ability of these molecules to alter the lactate concentration in cells can have a significant impact on cancer therapy, as it has been observed that high levels of lactate in the tumor microenvironment are associated with progression and treatment resistance in some cancer cases. This technology represents a new advancement in the search for therapeutic strategies against cancer.
SUSANA CÁMARA DECIMAVILLA posted this:
Highly useful lactate carrier molecules in cancer treatmentA group of researchers from the University of Burgos, in collaboration with the University of Barcelona and IDIBELL, has patented a family of molecules that have the ability to transport lactate in living cells. The ability of these molecules to alter the lactate concentration in cells can have a significant impact on cancer therapy, as it has been observed that high levels of lactate in the tumor microenvironment are associated with progression and treatment resistance in some cancer cases. This technology represents a new advancement in the search for therapeutic strategies against cancer.
CEO at UNIVERSIDAD DE BURGOS
Taras MaiulaOtava Research InstituteTaras Maiula posted this:
Histone Deacetylases (HDAC) Targeted Libraries. Screening compounds for epigenetic drug discovery.The design of selective #HDACs inhibitors requires more exploration due to the multifunctional mechanistic nature of cancer and still remains a great challenge. Dedicating to this promising class of epigenetic anti-cancer drug targets, HDACs Targeted Library (https://bit.ly/3xdJLWw) were kindly prepared by Otava scientists.
Head of the QC department at Otava Research Institute
Universidad de AlicanteUniversidad de AlicanteUniversidad de Alicante posted this:
Holographic sensor for detection of adulterants in essential oilsThe research group of Holography and Optical Processing of the University of Alicante has developed a holographic technique for the detection of adulterants in essential oils. This technique is able to detect different types of adulterants qualitatively. In addition, a quantitative measurement of the degree of adulteration of an essential oil can also be performed by means of pre-calibration of the sensor for a particular adulterant. The sensor could be miniaturized and manufactured at a low cost compared to traditional methods of analysis such as gas chromatography and high performance liquid chromatography. The sensor can be used by unqualified personnel.
- Universidad de AlicanteUniversidad de Alicante
Universidad de Alicante posted this:
Home automation and smart environmentsThe Group has been working in the development of technologies that integrate the management of the entire set of electronic devices existing in a home. The group is specialized in providing home automation solutions to people with mobility problems, such as elderly people, children or disabled people. It also is experienced in the development of computer systems for energy management of housing. Innovative aspects The research group has significant experience in developing automated systems for all types of environments. The possibility to develop specific integration solutions for any type of device used in a home (lighting, security system, wireless appliances and entertainment equipment, sensor network environment, etc.). They can also integrate all kinds of control systems and power generation to facilitate saving and energy efficiency of buildings. The group is able to develop new solutions based on the requirements and user needs. Main advantages of the technology The technology developed by the research group is established in the project metalTIC - Digital Home. This project, conducted for the Federation of Employers of the Metal of the Province of Alicante (FEMPA), has been the design and development of a set that simulates a house with the latest innovations in TICC to provide services at home. The 50 square meters house has a living room with kitchen, bedroom and bathroom, showing key concepts such as energy control, monitoring and security, comfort and leisure, communications, accessibility and management.
