Technology Offers Site map description
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Iproteos S.L. posted this:
Platform for the discovery of protein-protein or protein-ligand interaction modulators based on peptidomimetics (IPROTech)The IPROTech is a proprietary platform of Iproteos, a biotech settled in Barcelona. The IPROTech technology combines in silico drug design, peptide chemistry and medicinal chemistry and allows the obtaining of peptidomimetics. These molecules are more specific and less toxic than traditional drugs and more permeable and less immunogenic than biologics; and are able to disrupt protein-protein interactions. We are looking for pharma and biotechs interested in exploiting the IPROTechGeorgetown University posted this:
PLGA compositions prepared with non-toxic glycofurol for extended drug releaseThis invention introduces a novel method for preparing poly(D,L-lactide-co-glycolide) copolymer (PLGA) compositions using non-toxic glycofurol as a solvent. The resulting PLGA constructs exhibit very low residual glycofurol and provide unexpectedly prolonged in vitro and in vivo release of incorporated drugs. This approach eliminates the need for toxic solvents like chloroform and dichloromethane, offering a safer and more effective drug delivery system. The technology enables extended release of both hydrophobic and hydrophilic drugs, including antibodies, expanding its potential applications in various therapeutic areas.Jean-Marc Coulon posted this:
PoE led driver : a versatile power over ethernet LED driver for entertainment and light controlWe are developing a PoE led driver. This Led driver will be controllable and fully customisable for the IP interface. This interface enables real time light control as well as digit light point. Since it is connected only by one ethernet cable there are no possibilities of wrong installation. Fully integrable in game platform, it is the best companion for xR (extended Reality) concepts
Technology exploration director at CreaspinAllan M Olbur posted this:
Point of Use Decentralized Delivery Fresh Drinking Water Daily via Atmospheric Water GeneratorsAccess to Fresh Drinking Water is a Right, Not a Privilege Green Technology Global is dedicated to provisioning Point of Use Decentralized Delivery Atmospheric Water Generators that produce Fresh Drinking Water daily 100% independent of utility services or where there is no viable source of clean water due to a lack of replenishing natural water resources. GTG’s Independent Water Purity Test indicates that our quality meets or exceeds World Health Organization Standards. AWGs are particularly effective where the water is unsafe to drink from a health perspective due to pollutants, chemicals, pharmaceuticals or other contaminants. GTG manufactures an array of AWGs for both residential and industrial use ranging from 5 Gallons per day to multiples of 5,283 Gallons per day high capacity units. Applications include Fresh Drinking Water, total household water needs & agriculture (controlled growth and pivot point).
Chairman at Green Technology Global, Inc.Georgetown University posted this:
Point-Cloud Modeling for High-Resolution 3D Facial RecognitionThis technology addresses the challenge of identifying individuals from low-quality security camera footage. Traditional systems struggle with partial facial captures and obscured features due to the camera's focus on broad areas. This technology collects facial features across multiple images, determining the face's angle to the camera and extracting images to form a comprehensive set. These images are then transformed into a high-resolution 3D point cloud model. Unlike existing methods, this approach provides a dense, detailed facial representation, improving identification accuracy. This model can directly facilitate recognition or be converted back into a facial image, offering superior resolution. The system's intelligent sampling varies resolution based on feature significance, and is able to optimize computation.CSIC - Consejo Superior de Investigaciones Científicas posted this:
Point-of-care analytical device for rapid and multiplexed detection of biomarkersCSIC at the Instituto de Microelectrónica de Barcelona – Cento Nacional de Microelectrónica has developed a compact analytical device for rapid and multiplexed detection of multipurposed biomarkers present in biological fluids. The design of the analytical device simplifies scalability of an array of electrochemical cells, making it suitable for point-of-care analytical approaches. Industrial partners from the biomedical industry are being sought to collaborate through a patent licence agreement.CSIC - Consejo Superior de Investigaciones Científicas posted this:
Polarization tracking and alignment device in secure communication protocolsCSIC has developed a device that determine and corrects the inclination of the polarization received from an emitter towards a receiver between which a quantum key distribution is taking place. Said device allows the reorientation of the received polarization to a predetermined state of optimal alignment between the axes of the emitter and the receiver without prior information from the receiver. We are looking for companies in the ITC sector interested in the license of the patent for its commercial exploitation. An offer for Patent Licensing
Luxembourg Institute of Science and Technology (LIST)Luxembourg Institute of Science and Technology (LIST)Luxembourg Institute of Science and Technology (LIST)Research Institute
Luxembourg Institute of Science and Technology (LIST) posted this:
Policy Compass : An Artificial Intelligence-assisted Regulatory Watch ToolThe proposed solution offered is an AI assisted Regulatory Watch tool powered by a custom language model trained by domain experts. Its smart search allows to query a set of experts-curated and domain-relevant sources. Through this tool, it is possible to get insight from thousands of regulatory relevant documents up to 60 times faster compared to manual regulatory watch activities.Unismart - University of Padua Foundation posted this:
Poly divinylbenzene for polypeptide synthesisThis patent describes the use of polydivinylbenzene (PDVB) as a support for solid phase polypeptide synthesis (SPPS). Its morphology facilitates the formation of longer polypeptide chains and increases the purity and selectivity of the final product.Leading Biology posted this:
Polyclonal Antibody Serum PreparationLeading Biology provides fully customizable services for polyclonal antibody production ranging from peptide design and synthesis to antibody purification and detection. A variety of different hosts to produce polyclonal antibodies are used, including rabbit, rat, mouse, goat, guinea pig, chicken, sheep, monkey, etc. Each project will be discussed thoroughly before starting the protocol so as to sure that your demands will be fulfilled.UNIVERSIDAD DE BURGOS posted this:
Polymer capable of extracting aromatic alcohols from honeyThe present invention describes the obtaining of a copolymer capable of specifically extracting aromatic polyphenols, in food samples or aqueous solutions thereof, specifically, from honey samples. Removing these components from the sample greatly facilitates the determination of various food quality parametres, directly related with the quality and authenticity of honeyUNIVERSIDAD DE BURGOS posted this:
Polymer capable of extracting aromatic alcohols from honeyThe present invention describes the obtaining of a copolymer capable of specifically extracting aromatic polyphenols, in food samples or aqueous solutions thereof, specifically, from honey samples. Removing these components from the sample greatly facilitates the determination of various food quality parametres, directly related with the quality and authenticity of honeyUNIVERSIDAD DE BURGOS posted this:
Polymer Conductor with properties according to your needsThe University of Burgos has developed a new solid electrical conductive polymer material, preferably as film or coating, using non-conductive polymers. This material can be used in the production of resistive or conductive sensors for substances of interest, both in gas phase and in solution, or for use in electrical and electronic systems.Jagiellonian University posted this:
Polymer material based on modified polysaccharides for heparin removal and neutralisation in medical applications (removal of heparin from blood and body fluids)Heparin has many clinical applications due to potent activity for inhibition of blood clotting. Heparin is a drug of choice when quick anticoagulant effect is required, e.g. during surgical procedures, and especially to prevent clotting of blood in devices for extracorporeal therapy, like dialysers and cardiopulmonary bypasses. The use of heparin carries a risk of serious side-effects, among of which bleedings, thrombocytopenia and osteoporosis are most frequent. Due to the side-effects heparin should be removed from the bloodstream as soon as the anticoagulant effect is no longer needed. The most common method is administration of protamine, a small protein that is a heparin antagonist. Another polymer used to inactivate heparin is poly-L-lysine, also applied to enhance the effect of protamine. Moreover, heparin can be neutralised by enzymatic degradation with immobilised heparinase. However, the current methods of heparin removal themselves can produce side-effects. For example, as many as 10% of patients suffer from unwanted reactions caused by protamine that can have severe consequences, including fatal events. Among the side-effects there are: pulmonary hypertension, arterial hypertension, anaphylactic crisis, thrombocytopenia, granulocytopenia, complement activation and release of cytokines. Furthermore, protamine-induced heparin neutralisation is incomplete and followed by allergic reaction. Poly-L-lysine, on the other hand, is a relatively expensive polymer.University of Waterloo posted this:
Polymer semiconductor formulations and devicesBackground Organic electronics can be manufactured at lower costs as compared to conventional silicon-based electronics and are suitable for widespread applications including displays, radio-frequency identification (RFID) tags, chemo-/biosensors, memory devices, solar cells, photodiodes, etc. In addition, organic semiconductors can be processed at low temperatures and deposited on plastic substrates to enable light weight, flexible, and ultra-thin electronic devices. For solar cell applications, in particular, the cost of the polymer donor semiconductor materials is critical for the wide spread application of polymer solar cells. Although a number of polymer donors have achieved high power conversion efficiencies (PCE) over 10%, the synthesis of those polymer involves numerous steps and have high synthetic complexity (SC), which would results in high costs of the polymer solar cells.UNIVERSIDAD DE BURGOS posted this:
Polymeric membranes with antiseptic capacity for food and textile aplicattionResearchers from the University of Burgos have described a new polymeric material that has biocidal capacity (both bactericidal and virucidal capacity) against bacteria of food or environmental origin, as well as for viruses present in food or of respiratory transmission.UNIVERSIDAD DE BURGOS posted this:
Polymeric membranes with antiseptic capacity for food and textile aplicattionResearchers from the University of Burgos have described a new polymeric material that has biocidal capacity (both bactericidal and virucidal capacity) against bacteria of food or environmental origin, as well as for viruses present in food or of respiratory transmission.George Efram posted this:
Polymer–Carbon Nanotube Nanocomposite Porous Membranes for High-Flux Desalination & Water FiltrationThis technology relates to asymmetric polymer–carbon nanotube (CNT) composite porous membranes for water filtration and desalination. The membrane integrates randomly oriented (optionally functionalized) CNTs within a polymer matrix in a single membrane layer, and is manufactured using a scalable phase-inversion process. The approach is intended to enhance water permeation (flux) while maintaining practical salt retention, supporting use in desalination/filtration of seawater, brackish water, and wastewater streams.
Licensing Manager at American University in Cairoxrqtc posted this:
Polymorphism Prediction in Crystal Systems of Technological InterestCurrent polymorphism studies are being carried out using one of the following three alternatives: atom-atom potentials, DFT (Density Functional Theory) calculations and ad-hoc potentials. However, all of them have serious disadvantatges. 1) with software that uses atom-atom potentials: Advantages: fast and capable of working with large molecules. Disadvantages: the "blind tests" carried out by the "Cambridge Crystallographic Data Centre" are giving a 50% maximum success in the predictions. 2) with software based on DFT calculations: Advantages: good results Disadvantages: they are computationally very slow, so they are only used for very simple molecules compared with drug molecules. In addition, they have errors predicting van der Waals interactions and weak hydrogen bridges if not corrected empirically. 3) with software using ad hoc potentials for each molecule obtained from systematic exploration of the surface potential of intermolecular interactions: Advantages: efficient and faster. Disadvantages: some potentials should be calculated for each molecule studied, which are complex and slow, and is not general. The approach presented here is new and unique because the potential Pixel has never been used before for drawing polymorphic predictions and it has shown to present the advantages of all the alternatives combined. This is the first research group which has brought the potential Pixel to this level of calculation. The potential calculations and the applicability of the methode based on pixels have the same quality that the sophisticated ab initio based potential calculations. Besides, this is much faster than DFT (Functional-Based Theory)-based and ad hoc potentials ..NANOMYP posted this:
PolymP®-Active (Zn): Polymeric particles to reduce dentin hypersensitivityPolymP®-Active (Zn) is a breakthrough material that we have just patented for potentially treating dentin hypersensitivity. This new material (based on biocompatible polymeric particles) shows, among many others, the following key benefits: -Induces natural remineralization in few hours enhancing the precipitation of natural minerals that are not dissolved by saliva. -Low Mohs hardness: Do not result in dentin or enamel abrasion. -Fully occludes dentinal tubules enhancing surface nanohardness. -Possess antibacterial activity. -Inhibits dentin metalloproteinases, preventing the accelerated destruction of dentin. From a regulatory standpoint, the product could be developed as a cosmetic.CSIC - Consejo Superior de Investigaciones Científicas posted this:
Polypeptides with antibacterial activityCSIC has developed several polypeptides with bactericidal activity from a phage lysin of Pseudomonas aeruginosa. These compounds are particularly active against Gram-negative bacteria, such as P. aeruginosa, Acinetobacter baumannii and Moraxella catarrhalis. The invention relates to these polypeptides for use in the treatment of diseases caused by bacteria, and preferably due to respiratory tract infections. Industrial partners from the pharmaceutical sector are being sought to collaborate through a patent licence agreement.Javier Montiel Bonmatí posted this:
Polyurethane adhesives with enhanced adhesion and mechanical properties due to the addition of very small amounts of graphenic carbon materialsPolyurethane adhesives are widely used in industry for bonding materials in the footwear, electronics, renewable energy, aeronautics, and construction industries, as well as in composite materials. However, they have limitations due to their mechanical properties and stiffness. Researchers at the university have developed a process to add different graphenic carbon materials to polyurethane adhesives in a very small amount (less than 0.1% by weight). In this way, an adhesive with improved thermal and mechanical properties (mainly toughness), and notably increased adhesion properties have been obtained. The resulting adhesives have been tested for verifying their new properties. These properties are ideal for use in high-performance applications, such as in the electronic components industry.
Universidad de AlicanteBSUIR R&D Department posted this:
Portable cavitometer for measurement and control of the cavitation activity in high-power ultrasonic fields and hydrodynamic cavitation metersCan be used for optimization of ultrasonic technological processes, for detection of the presence and intensity of cavitation in hydraulic systems, for measurements of cavitation thresholds.Pragmatec posted this:
Portable device for early detection of cervical cancer that provides immediate results using Biophotonics and Bioimpedance.This portable, non-invasive device scans different areas of cervical tissue, taking electrical measurements in different frequency ranges, optical measurements and wavelengths. The measurements are then processed by a configurable device or micro-controller in accordance with mathematical formulas obtained from multiple measurements taken from healthy and cancerous tissues.Three possible responses can be obtained immediately on the spot from the processing of the measurements: healthy tissue, cancerous tissue or the presence of human papilloma virus.Universidad de Alcalá-OTRI posted this:
Portable device to detect, diagnose and monitoring of tyrosinemiaA Spanish research Group from Analytical Chemistry, Physical Chemistry and Chemical Engineering Departments at University of Alcala (Spain) has designed and developed a metabolic rare disease sensor to diagnose and monitoring tyrosinemia in different biological fluidics (blood, plasma and urine) using very few amounts of the sample without any pretreatment. This device uses a non-invasive approach for and in situ monitoring of the disease, even by the own patient at home. The group is looking for companies to manufacturing a prototype, reaching licensing agreements or collaboration.Universidad de Alcalá-OTRI posted this:
Portable device to measure the displacement maps on surfaces in the three spatial directionsA Spanish research group from the Department of Signal Theory and Communications of the University of Alcalá along with a Spanish research group from the Department of Mechanical and Mining Engineering of the University of Jaén has developed a portable optoelectronic device to measure the displacement of each surface element in an object when is subjected to deformation. In particular, the device allows obtaining maps of long range displacement (greater than mm) in dynamic regime (in real time). Thus this system is very useful in the experimental study of the materials’ mechanical properties, especially if they suffer large deformations at high speed. It is a computationally simpler alternative and more inexpensive than the digital mapping technique for 3D images which is currently the only one allowing such measures. The group seeks licensing agreements, collaborative and commercial agreements with technical assistance.Meghan Meyer posted this:
Portable Infant Warmer- A foldable, manually transportable solution with low power requirements, ideal for under-resourced settings and emergency situations. - Combining body temperature regulation and full resuscitation capabilities, the device significantly increases newborn survivability in resource-constrained environments - Overcoming the limitations of heavy and expensive infant warmers, this solution provides a cost-effective and easily transportable option for both developing and developed countries
Other at Georgetown UniversityUniversity of Huelva posted this:
Possibility of identifying nautical headlights at the distance that reaches the light if the headlights.An instrument is proposed for the automatic identification of nautical lights in river or maritime navigation, also applicable on mainland. The invention must address a specific problem consisting of optimizing the adjustment of the optical system for the different incoming light intensities.Jagiellonian University posted this:
Potential new safe renewable source of energy - bioelectrode with lactobacillus rhamnosus bacteria biofilmThe subject of the offer is a method of formation of Lactobacillus rhamnosus bacteria biofilm on the metallic surface and the bioelectrode obtained in that manner.Development of suitable modifications of metallic electrodes’ surface allowed to use L. rhamnosus in the context of bioelectrochemical systems. This strain is safe, commonly used in the food, cosmetics and pharmaceutical industries. Bioelectrodes according to the inventive could be used in microbial fuel cells, microbial electrolytic cells and potentially for the construction of biosensors. The implementation of the invention will allow for obtaining a new, relatively cheap and easy to build renewable energy source, which will be neutral for human and the environment.












































