Articles tagged with Technology Transfer
The first wave of low-cost weather stations have been installed in Zambia, providing critically needed information for farmers and residents. The stations, built with 3D-printed parts, transmit temperature, rainfall, wind, and other weather parameters.
Researchers have developed a nanoblade that can slice through cell membranes to insert mitochondria, with successful transfer rates of up to 2%. This technology holds promise for studying mitochondrial diseases and advancing fields like infectious diseases research.
The NAI Conference featured presentations on the importance of invention in academic institutions and its impact on everyday life. The Special Section includes articles on the discovery of Lyrica and the commercialization process, while a new T&I feature profiles Nobel Laureate Steven Chu.
The APLU task force suggests that universities consider the value of technology transfer activities in tenure and promotion decisions, with a focus on merit-based recognition rather than requirement. The task force recommends flexibility in evaluating technology transfer work, weighing impact, quality, and societal benefit.
PNNL's CHAMPION software helps prevent hacks and streamlines cyber threat analysis, saving analysts time. The Micro Aerosol Disinfecting System uses activated salt spray to kill pathogens with high efficiency, making it suitable for hospitals, schools, and other enclosed spaces.
Assistant Professor Corinna Schlombs studied trans-Atlantic technology transfer and its impact on productivity in Germany following WWII. Her research reveals a distinct cultural and historical context for computer development in Europe.
The BARDOT technology uses optical scattering techniques to create a unique 'fingerprint' pattern for each pathogen, eliminating the need for reagents. This innovation has shown great promise in identifying dangerous pathogens such as Listeria, Staphylococcus, Salmonella, Vibrio, and E. coli.
The NIST robot, CROMMA, measures antenna properties with high precision and configurability, enabling faster and more accurate measurements of antennas for advanced communications, remote sensing, and imaging systems. The system uses near-field scanning technology to determine antenna gain, polarization, and pattern at long distances.
The UAEU symposium highlighted the importance of intellectual property rights and technology transfer in driving innovation and economic growth. Key speakers emphasized the need for a culture of excellence and innovation, as well as strategies for commercializing inventions and protecting intellectual property.
A team of researchers at Clemson University is working on simplifying collaboration and improving efficiency in the handling of large data sets, also known as Big Data. They are studying ways to bridge the gap between technology experts and scientists, enabling better communication and workflow optimization.
Case Western Reserve University's Institute for Functional Restoration and Synapse Biomedical form a partnership to commercialize technology restoring movement in paralyzed patients. The partnership aims to bring the technology to those who need it, ensuring sustainable access through non-profit efforts.
Researchers at Toyohashi University of Technology have developed a new method to measure the kQ product in real-time, allowing for highly efficient wireless power-transfer systems. This system improves design speeds, facilitates quick discovery of structures and dimensions, and enables rapid optimization of transmission frequencies.
Researchers develop a new satellite time transfer method using two-way common-view comparison, eliminating common errors and improving precision. The method achieves accurate results of 0.4 ns, surpassing previous methods.
Researchers at KAIST have developed a wireless-power transfer (WPT) technology that allows mobile devices to be charged in any direction, even when away from the power source. The system can charge multiple devices simultaneously and wirelessly, with an efficiency of up to 34%, making it ideal for emergency situations.
Researchers at Lehigh University present breakthroughs in capturing tumor cells, creating bioengineered enzymes to fight bacterial biofilms, and developing a stable chemical reagent. These innovations have the potential to positively impact industries such as food safety and medical devices.
The 2015 BIO International Convention in Philadelphia featured the Innovation Zone, a 5,000-square-foot exhibit space dedicated to companies with cutting-edge biomedical technologies supported by NSF's Directorate for Engineering. The zone showcased over 75 companies, including those funded by the NSF Small Business Innovation Research...
Aelan Cell Technologies is a biotech startup researching and developing innovative biomedical technologies and diagnostic tools. Led by Dr. Victoria Lunyak, the company aims to advance human health and longevity with its disruptive technologies.
Biosyncaucho produces an alternative compound using renewable resources, addressing the shortage of 1,3-butadiene and its associated environmental impact. The technology has the potential to provide economically viable and greener alternatives for various industries.
NREL's Innovation and Technology Transfer Awards ceremony recognized professionals behind the lab's greatest innovations from FY14. Distinguished Innovator Min Zhang and Rising Stars Chuck Booten and John Simon were honored for their contributions to clean energy technology development.
Researchers at the University of Sussex have developed a technology that can stimulate different parts of the hand to convey feelings without physical contact. The study found that short bursts of air can generate excitement, while slow and moderate stimulation creates sad feelings.
The CRISPR-Cas9 technology enables the rapid creation of transgenic mouse models in just three weeks, compared to six months, revolutionizing the study of diseases such as Huntington's and autism. Dr. Feng Zhang's groundbreaking research has made significant progress in deploying and refining this technique for therapeutic applications.
Solvanix will work with biotech and pharmaceutical companies to develop customized solutions for stability issues in therapeutic monoclonal antibodies. The new technology improves antibody stability by altering specific regions without compromising its human quality.
Researchers at North Carolina State University have developed a new transfer technique for atomic-layer semiconducting thin films, allowing for faster and damage-free transfer onto flexible substrates. The technique uses room-temperature water, a tissue, and tweezers to transfer MoS2 films up to 5 centimeters in diameter.
Researchers have developed a high-speed imaging technology that can take precise three-dimensional images of plaques lining arteries and identify deposits likely to rupture and cause heart attacks. The system uses a fast-pulsing laser to generate ultrasound signals without damaging tissues.
Researchers at Virginia Tech describe a new tool called VEIN pulse that uses bipolar pulses to enhance drug delivery to the brain. The technology has shown success in treating brain cancer and other neurological disorders such as Parkinson's disease and epilepsy.
The CURF Technology Maturation Fund supports the development of Clemson technologies, increasing the likelihood of commercialization. Five Clemson researchers received funding ranging from $20,000 to $36,000 each.
Researchers at the University of Michigan have developed a new technology that uses nanpillars to hide images on labels, revealing them with a breath. This could help prevent counterfeit drugs from reaching consumers and is made possible through a cost-effective manufacturing process.
NREL's commercialization strategy and partnering approach enable technology transfer to the market. The lab has more CRADAs than any other national laboratory, including a partnership with GeoSolarHeat to license its transpired solar collector technology for poultry farms.
Researchers at UC Riverside have developed a versatile platform technology called Co-solvent Enhanced Lignocellulosic Fractionation (CELF) to produce biofuels from biomass more efficiently. The method uses tetrahydrofuran as a co-solvent and achieves high yields, reducing the cost of producing fuels and chemicals.
Academic technology transfer has a transformative impact on universities, fostering entrepreneurship, student success and real-world research participation. It also generates public benefits, economic development and increased funding opportunities.
This special issue of Technology and Innovation explores the benefits of tech transfer to universities and its impact on rural regions. Key findings include the use of information technology in rural health care organizations and precision agriculture in the Northern Great Plains, which improves crop management and reduces waste.
The I-Corps at NIH pilot program aims to train business-minded biotech researchers to evaluate their scientific discoveries for commercial potential. The program will provide tools and resources to prospective entrepreneurs, including real-time interactions with potential customers and supplemental funding.
The patented process, developed by N.C. A&T researchers, reduces allergens in peanuts by 98%, making them safer for people with allergies. The technology can be used to create hypoallergenic peanut butter and other products, and has been demonstrated in human clinical trials.
Boron Molecular secures rights to mass-manufacture and sell RAFT chain transfer agents globally for R&D and commercial purposes. CSIRO's reversible addition-fragmentation chain transfer (RAFT) technology enables users to tailor polymer properties with unprecedented control.
NREL honored Principal Engineer Bhushan Sopori with the Distinguished Innovator Award for his leadership in solar energy research. The lab also recognized Rising Stars, including Kirstin Alberi, Arrelaine Dameron, and Gregg Beckham, who have made significant contributions to technology transfer and commercialization.
Researchers have discovered that glutamate imaging using chemical exchange saturation transfer (CEST) technology can reveal ischemic lesions in the brain within the first three hours after a stroke. This breakthrough has the potential to speed up diagnosis and treatment, leading to better patient outcomes.
Researchers at KAIST developed a new system for wireless power transfer with an extended range of up to 5 meters, making it possible to charge multiple devices simultaneously. The system uses a compact and scalable design with a low Q factor, achieving higher efficiency and reliability compared to previous technologies.
Researchers have developed a system to produce structural color through microcapsules filled with disordered particles, allowing for the creation of paints and electronic displays that never fade. This technology has the potential to replace toxic synthetic dyes and create ageless colors.
NASA successfully tested remote robotic oxidizer transfer technology, enabling robots to replenish hazardous propellant in satellites. The technology has the potential to extend satellite life, mitigate orbital debris, and aid commercial satellite servicing.
Researchers at Georgia Tech have developed a prototype software called Gyrus, which takes extra steps to prevent malware from sending spam emails and instant messages. The software captures user intent and interactions with an application, verifying that the resulting output can be mapped back to the user's intention.
Researchers from Saarland University have developed a method to capture actors' movements and transfer them to virtual characters in near real-time. This technology allows for more efficient and user-friendly motion capturing, enabling the creation of animated characters outdoors without markers.
AeroClay technology offers various applications, including packaging hazardous materials and oil-spill cleanup solutions. The partnership between Case Western Reserve University and Compadre enables faster commercialization of the eco-friendly material.
INRS received seven NSERC Strategic Project Grants, totaling $3.5 million, to tackle scientific and technological challenges in ITC, materials, and environmental sciences. The funding supports projects such as developing new broadband RF signal processing and infrared subcyclic impulse lasers.
Researchers at the University of Chicago and Cornell University have developed a universal jamming gripper that can handle various objects on the same manufacturing line. The company Empire Robotics is now commercializing this technology, which has potential impacts in industries such as prosthetics and mobile robots.
Duke University researchers have successfully demonstrated wireless power transfer using a 'superlens' technology that focuses magnetic fields, enabling the transmission of power over distances much larger than traditional setups. This breakthrough could enable smaller, more practical wireless charging solutions for everyday use.
The conference showcased innovations in areas such as Vitamin D analogues, camera technology, and wireless communication. Researchers discussed commercialization strategies, patent development, and the application of technology to healthcare and education.
Researchers at Roche have successfully developed a new technology called Brain Shuttle that efficiently transports investigational antibodies into the brain in preclinical models of Alzheimer's disease. The technology increased target engagement by over 50-fold compared to parent antibodies.
The NUS team has successfully developed a one-step method to grow and transfer high-quality graphene on silicon substrates, opening up opportunities for its use in photonics and electronics. The 'face-to-face transfer' method enables the technological application of graphene in optoelectronic modulators, transistors, and biosensors.
Researchers have developed a powder to enhance NMR signals, enabling faster and more accurate structure determination by NMR and early cancer diagnosis by MRI. This innovation opens new perspectives for medical imaging and potential applications in human diagnosis.
Belgium's policy of limiting embryo transfers with six ART cycles reimbursement shows no negative impact on pregnancy and delivery rates, while reducing multiple births. This 'Belgian model' can be considered by governments worldwide to achieve a 50% reduction in MPR and public health costs.
Scientists have created a new class of nano-mechanical oscillators that are ultra-sensitive to forces, including non-Newtonian gravity-like forces and quantum vacuum fluctuations. The system uses optically levitated nanoparticles in high vacuum conditions, overcoming the limitation of physical contact to a support.
C-Voltaics, a University of Houston start-up, won the Young Technology Award for its nanotechnology-based coatings that protect various products from environmental hazards. The company's product has shown significant potential for investment returns and audience interest.
A Marshall University researcher has developed a technology for repairing skin injuries using nanotechnology. The $20,000 grant will help produce device prototypes and market the product to potential customers.
A new colorimetric detection technology can quickly identify illegal cooking oils using phase transfer technology, with an accurate rate of 95.7% in blind tests. The method is a cost-effective process and has high application potential in civilian fields.
Researchers at UNIST developed a new physical organogel electrolyte with high ionic conductivity and cationic transference number, reducing the risk of explosive leakage in batteries. This breakthrough material enables safer and more efficient use of higher energy electrode materials.
A new framework, telecoupling, describes how distance is shrinking and connections are strengthening between nature and humans. It shows how environmental and socioeconomic actions lead to reactions and feedbacks that reverberate globally, affecting global sustainability.
Wayne State University has received a second year of funding from the New Economy Initiative to expand its Technology Commercialization Office's efforts. The university will use the grant to enhance marketing tools and licensing staff, increasing the availability of WSU intellectual property assets to industry and venture capital.
A new study found that delayed transfer to the intensive care unit (ICU) significantly increases the risk of dying in hospitalized patients. Using a vital sign-based early warning score, researchers examined outcomes after delayed transfer and found that each one-hour increase in transfer delay was associated with a 7% increase in the ...
A recent study published in Chemical Reviews suggests that photocatalysis offers the greatest potential for removing ethylene gas, reducing spoilage and financial losses. By transforming ethylene into carbon dioxide and water, this technology has the potential to increase food quality and availability globally.
Research Fellows Mike Himmel and David Ginley honored for innovation impacts in energy systems integration and commercialization of NREL technologies. NREL has added 29 new CRADAs, attracting $8 in private investment for every dollar invested.