Technology Offers Site map description
S
CSIC - Consejo Superior de Investigaciones CientíficasCSIC - Consejo Superior de Investigaciones CientíficasCSIC - Consejo Superior de Investigaciones Científicas posted this:
Sowing deviceSowing device CSIC, through INIA-CSIC, has developed a manual device for sowing seeds in the laboratory for application in researches related to plant varieties. The device allows optimization of the sowing process, facilitating the homogeneous development of the crop and allowing the results obtained to meet with the objectives defined in the research. Companies from the agricultural sector interested in the development, manufacture and commercial exploitation of the device are sought. An offer for Patent Licensing
Airable Research Lab, business line of Ohio Soybean CouncilAirable Research Lab, business line of Ohio Soybean CouncilAirable Research Lab, business line of Ohio Soybean Council posted this:
Soy - Based Leather ConditionerAirable Research Lab has formulated a soy-based leather conditioner that can extend the life of leather products. This eco-friendly treatment is as effective as its petroleum-based competitors.
Barry McGrawAirable Research Lab, business line of Ohio Soybean CouncilBarry McGraw posted this:
Soy-Based Antistatic Additive (ASA) for Polyurethane CoatingsAirable has synthesized a soy-based antistatic additive (ASA) for polyurethane coatings, which are inherently electrically insulative. ASAs are added to materials to reduce or eliminate static electricity, which may be desirable for aesthetics, safety, or product performance, depending on the application. The Airable product has broad applicability, from painting in the house to industrial mold presses.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Cationic Surfactant with CO2 SequestrationAirable Research Lab has synthesized a bio-based cationic surfactant that can replace more toxic products. The Airable product provides a secondary environmental benefit: a unique technology that sequesters greenhouse gases by consuming CO2 in synthesis.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Corrosion Inhibitor for Ferrous MetalsAirable Research Lab has developed a soy-based additive that inhibits corrosion in water-based systems, showing as much as 89% corrosion inhibition in in-house studies. Corrosion inhibitors are necessary across industries, from manufacturing to construction, to protect metal equipment and materials from deteriorating. The Airable product, a bio-based formulation with 54% soy content, targets ferrous metals that can be found in oil-producing wellbores, water systems involving cooling tower evaporators, heating systems, and steam generators.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Epoxy Alternatives to BPA and Similar (Hazardous) Industrial FeedstocksAirable is developing a series of bio-based epoxy alternatives to hazardous industrial feedstocks, such as bisphenol-A (BPA), whose pervasiveness raises health concerns. Airable’s innovative bio-based chemicals are derived from soybean oil and use polyketonate functionality to grant reactivity similar to traditional aliphatic epoxies. Our environmentally friendly products may be formulated into adhesives, coatings, and composites for industrial and consumer applications.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Odorant for Carbon Dioxide PipelinesAirable Research Lab has synthesized a soy-based odorant for leak detection in carbon dioxide (CO2) pipelines. Typical odorants in the industry are mercaptans, which present a range of hazards and health concerns. The Airable product is safe for workers and the environment.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Paste Wax to Replace CarnaubaAirable Research Lab has synthesized a soy-based wax that can replace carnauba wax in formulations. Carnauba wax is sourced from the carnauba palm tree, which grows only in Brazil. Carnauba has useful properties such as a high melting point, UV ray protection, water resistance, and extreme density, making this source material popular across multiple industries. However, today’s supply chain issues encourage the use of local sources. In addition, harvesting and transporting the raw material has a history of environmental and social implications within Brazil. Furthermore, the very density that makes the raw material attractive also necessitates that synthetic chemicals (usually petroleum-based) be added to form a wax paste that can be easily applied. With these challenges in mind, the Airable team produced a bio-based, locally and ethically sourced wax to replace carnauba wax. The Airable product can be used for home DIY products and industrial applications.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Polyols for Flame-Retardant PolyurethanesResearchers have demonstrated the use of soybean oil in developing eco-friendly, flame-retardant polyurethane (PU) foams. PU foams are overtly flammable, and when they combust (or decompose), they form carbon monoxide, hydrogen cyanide, and other toxic products. Researchers developed soy-based polyols to replace traditional petroleum-based polyols, used the soy-based polyols to develop several foams, and tested their combustion behavior. Results indicate a quality product.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Polyurethane DispersionAirable has formulated a soy-based, non-isocyanate polyurethane dispersion that shows good adhesion to wood, leather, and aluminum metal. The waterborne resin has no volatile organic compounds (VOCs). Airable has investigated the soy dispersion as a coating and is exploring other applications such as adhesives, sealants, and elastomers.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-based rust remover for metalsAirable Research Lab has developed a soy-based rust remover. Rust and rust stains have been a perennial problem for most ferrous materials that are exposed to the elements. The soy-based rust remover removes rust from iron and steel quickly and effectively, without damaging the underlying metal surface. The product is versatile, making it suitable for a range of materials across industrial and household applications, including machinery, tools, automotive parts, and other metal items.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-Based Shrinkage Reducing AdditiveAirable Research Lab has synthesized a soy-based shrinkage-reducing additive (SRA) for concrete that can replace petroleum-based SRAs in formulations.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
SOY-BASED SURFACTANTSBattelle, in partnership with the Ohio Soybean Council, has developed a soy-based alternative and is looking for a commercial partner to license the technology. The global surfactant market is set to grow at about 4.6% through 2023, when it will reach $1.09 billion.*
CEO at Airable Research Lab, business line of Ohio Soybean Council
Airable Innovation teamAirable Research Lab, business line of Ohio Soybean CouncilAirable Innovation teamInnovation manager at Airable Research Lab, business line of Ohio Soybean Council
View ProfileAirable Innovation team posted this:
Soy-based Waterproofing Wax EmulsionAirable Research Lab has formulated a soy-based wax emulsion for all waterproofing applications. Water-repellant coatings are important for outdoor clothing and equipment. Textiles for outdoor use (e.g., hiking and camping) are generally treated with a hydrophobic coating that, over time, loses its efficacy. Protective coatings can be reapplied, but the common ones include a silicone or fluorinated compound, both of which may release toxic chemicals. The Airable wax emulsion is bio - based. In addition, it provides protection after one simple spray application and subsequent drying.
Innovation manager at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soy-PK: Bio-Based Alternative to Epoxy ResinsThe Soy-PK reactive oligomer cross-linker resin (Soy-PK) offers a practical, cost-effective drop-in replacement for epoxy resins containing bisphenol-A (BPA). Such resins are widely used in coatings, especially in metal beverage and food container coatings that present serious mutagenicity and health concerns. The new technology offers a viable option to displace fossil-based BPA-containing epoxy resins with a renewable source raw material, improving the industry’s environmental footprint.
CEO at Airable Research Lab, business line of Ohio Soybean Council
- Barry McGrawAirable Research Lab, business line of Ohio Soybean Council
Barry McGraw posted this:
Soybean Dermal Antioxidant CreamSoybean-oil-based antioxidant dermal care cream, enriched with Vitamin E, green tea extract, goji berry extract, and natural preservatives, provides a good shelf life without compromising anti-microbial/fungal properties.
CEO at Airable Research Lab, business line of Ohio Soybean Council
University of WaterlooUniversity of WaterlooUniversity of Waterloo posted this:
Spatial atomic layer deposition systemBackground Atomic layer deposition (ALD) is the best technique for producing films with nanometer-scale thickness control, as it deposits a film one atomic layer at a time. As feature sizes continue to decrease in applications such as integrated circuits and memory devices, ALD is becoming the only option for depositing some thin-film components which are not possible using CVD and PVD processes. Conventional ALD operates by sequentially inserting two chemical precursor gases into a vacuum chamber, with evacuation and purge steps in between the exposures. A single atomic layer of the material is formed after each sequence, and the sequence is repeated multiple times to build up a film. Hence conventional ALD separates the two precursor gases in time. In contrast, spatial atomic layer deposition (SALD) techniques have been developed, which separate the two precursors in space, rather than in time. The substrate is moved back and forth between the two precursor gases to replicate the sequential exposures. This eliminates the evacuation and purge steps that make SALD slow. Since it can operate in atmospheric conditions, it is often referred to as atmospheric pressure spatial ALD (APSALD). AP-SALD can produce thin-film layers of materials (typically metal oxides) that are compact and pinhole-free. AP-SALD can deposit thin films at low temperatures (typically 100 to 350°C), is 1-2 orders of magnitude faster than conventional ALD, and is scalable (roll-to-roll compatible).
Leading BiologyLeading BiologyLeading Biology posted this:
Special Functional Antibody ServiceFor different experimental uses of antibodies, to fully meet the customer's experimental needs, our technicians doing objective research for different purposes of each customer's experiment, trying to provide efficient and accurate antibody preparation technology services for customers with the most reliable qualities.
Business Development Manager at Leading Biology
UNIVERSIDAD DE BURGOS posted this:
Speciment for characterization tests under direct tension of concrete and other materialsResearchers from the University of Burgos, in collaboration with other research centers, have described a new invention that consists of the geometric definition of a specimen to carry out characterization tests of the tensile strength of concrete and other secondary binding materials, specific for the direct tensile test.
Alfonso del Rey PérezICMAB-CSICAlfonso del Rey Pérez posted this:
Spectral shaper illumination deviceA new illumination device suitable for optical spectroscopic characterization of optical and/or optoelectronic materials and devices. The device can tune shape and intensity of light spectrum.
Technology Transfer Officer at ICMAB-CSIC
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
Speech and natural language processing and synthesis AI softwareBackground The global voice recognition and synthesis software market is forecasted to reach 31.82 billion USD by 2025, at an annual compound growth rate of 17.2%. This market is influenced by the rapid adoption of artificial intelligence and Internet of Things. Particularly, intelligent personal assistants on smartphones and the increase in the commercial value of voice user interfaces in smartphone design, architecture and manufacturing. Companies across the telecommunication, automotive, banking, healthcare, and military industries have growing interest in speech and natural language processing and synthesis software. Voice activated systems including voice-enabled devices and virtual assistants are readily adopted in the automotive industry and call centres. These technologies have become increasingly valuable in countering fraudulent activities and enhancing security in the banking industry through the adoption of voice biometrics for user authentication. Voice recognition and synthesis is also highly valuable in the healthcare sector as it enables efficiencies and cost savings in patient interaction and clinical documentation. University of Szeged posted this:
Speech Gap Test – novel automatic speech recognition of Mild Cognitive ImpairmentThe recognition of Mild Cognitive Impairment (MCI) is usually regarded as a prodromal stage of Alzheimer’s disease, which mental disorder may take years to develop and is really hard to diagnose therefore it is a really difficult task for the insurance company when they screen the health status of the potential customer. The existing diagnostic test procedures (MMSE, Clock-Drawing, ADAS-Cog) are not able to accurately recognize the subclinical phase of the MCI. The main problem in the diagnosis of MCI is that the current tests are very time and labor consuming, complicated, furthermore they can be applied only by experts and cannot be used as a screening test. However recent studies reported that MCI causes slight changes in the speech of the patient. The technology called Speech Gap Test is a mobile application developed by the researchers of the University of Szeged, which is able to help its users independent of their language and education to determine the chance of dementia with around 80-90 % accuracy by applying novel automatic speech recognition (ASR) using the latest deep learning technologies. It can inform the insurance company about the risk factor of dementia and also recommend visiting the nearest specialist to the patient in order to get proper diagnosis.
Larisa SheloukhovaKyoto UniversityLarisa Sheloukhova posted this:
Spider silk-based sustainable materialsBackground Spider silk, particularly dragline silk, has exceptional mechanical properties which make it an attractive source of natural fiber for different materials. Dragline silk is strong, tough, light, wettable, biodegradable and biocompatible. However, the adoption of spider dragline silk as a widely used natural material is hindered by its water sensitivity, i.e. embrittlement in dry environments, structure complexity, and unclear spinning mechanism of production. Attempts to produce synthetic spider silk are ongoing but large-scale manufacturing is still problematic. The present invention is a production method of artificial dragline silk using photosynthetic bacteria.
Global Tech Commercialization at Kyoto University
Yeda posted this:
Spin Controlled Water Electrolysis for Efficient Production of HydrogenThe chiral-induced spin selectivity [1](CISS) effect, discovered in recent years by Prof. Ron Naaman from the Weizmann Institute of Science, implies that electrons transferred through chiral molecules possess a specific spin orientation. Since then, the CISS effect has been investigated in different applicative systems. The present innovation applies anodes coated by chiral molecules for hydrogen production through water electrolysis, leading to 30% increase in the efficiency of the electrolysis process compared to the procedure performed with uncoated electrodes.
- Harshada WadkarBinghamton University
Harshada Wadkar posted this:
Spontaneous Facial Expression DatabasesSpontaneous facial expression were induced through well-validated methods to elicit expressions of emotion. Facial features were tracked in both 2D and 3D domains and in a diverse array of subjects.
Graduate Assitant at Binghamton University
Tech Transfer CIIMARCIIMAR - Interdisciplinary Centre of Marine and Environmental ResearchTech Transfer CIIMARBusiness Development Manager at CIIMAR - Interdisciplinary Centre of Marine and Environmental Research
View ProfileTech Transfer CIIMAR posted this:
Sporeforming probiotic strains for aquacultureThe technology relates to the isolation, identification and characterisation of sporeforming probiotic strains with NSPase activity. The strains are able to hydrolise non-starch polysaccharides and access their potential as probiotics for aquafeeds.
Business Development Manager at CIIMAR - Interdisciplinary Centre of Marine and Environmental Research
- Airable Research Lab, business line of Ohio Soybean CouncilAirable Research Lab, business line of Ohio Soybean Council
Airable Research Lab, business line of Ohio Soybean Council posted this:
Sprayable Bio-Based Agricultural BalmAirable Research Lab has formulated a sprayable bio-based balm for agricultural applications such as cow udders, which are exposed to all weather extremes. The product heals damaged or chapped skin. The sprayable formulation allows for contact-free application. Diseases of the udder are typically spread by contact with hands, towels, vectors (bugs), or milking equipment, so this approach minimizes direct contact and lowers the risk of transmitting infectious diseases that may lead to mastitis.
University of Porto posted this:
Sprelive - a functional olive oil-based spreadable creamSprelive is a functional spreadable vegetable cream whose formulation is a mixture of olive oil and an olive-derived functional ingredient (OFI) obtained from olive pomace. The product results from two processing stages: i) OFI production, and ii) formulation of the vegetable cream Sprelive. OFI is a natural extract obtained after the separation of the water from two-phases olive pomace using an eco-friendly and chemical-free procedure (patent granted) with a high content of water-soluble phenolic compounds such as hydroxytyrosol, tyrosol, and others. The food matrix is an emulsion constituted by a lipid basis and an aqueous phase and stabilized by technological improvement agents. The final product (Sprelive) has an olive oil content of more than 70% that is functionalized with the OFI.
Biomedical Research Center Sant Pau (IIB)Biomedical Research Center Sant Pau (IIB)Biomedical Research Center Sant Pau (IIB) posted this:
SS-31 peptide for treatment and preventing abdominal aortic aneurysm (AAA)The patent-protected compound (SS-31) has shown beneficial effects on a murine model of an aneurysm, where it was capable of inhibiting the development of aortic aneurysms and increasing a 20% survival rate by targeting specifically mitochondrial stress.
Ricardo AzueroBiomedicine and Biotechnology Center - Leipzig UniversityRicardo AzueroResearch Assistant at Biomedicine and Biotechnology Center - Leipzig University
View ProfileRicardo Azuero posted this:
Stable inhibitors of the 5-lipoxygenase pathway for treating Asthma and CancerThe University of Leipzig has patented a series of Carborane-Based Inhibitors of the 5-LO Lypoxygenase pathway. These inhibitors are selectively cytotoxic towards several leukotriene-dependend melanoma and colon cancer cell lines., while leaving non-malignent cells intact. Furthermore, these inhibitor analogues have shown co-inhibition of heat shock proteins necessary for tumor development in such cell lines. Experimental results on mice showed promising results. Moreover, since these compounds have a high content of boron, they may also be suitable for Boron Neutron Capture Therapy (BNCT), a binary cancer therapy that uses selective boron compounds and thermal neutrons. Furthermore, leukotriene inhibition could be useful in the treatment of asthma, as their production is related to inflammatory responses. The BBZ is looking for organzations interested in acquiring this technology offer, helping perform precilinical and clinical studies, and ultimately leading to the licensing of it.
Research Assistant at Biomedicine and Biotechnology Center - Leipzig University
