Innovative Outskirts: UNM's Breakthroughs Shaping the Future
Consistently, staff at The College of New Mexico work to reveal innovative outskirts and expand our understanding of the world. The research conducted at UNM has led to the creation of brand-new technologies that have been licensed by companies for global use.
In this article, we highlight five UNM developments that could significantly impact the world. UNM Rainforest Innovations (UNMRI), a 501(c)(3) non-profit organization formed and wholly owned by The College of New Mexico Board of Regents, is dedicated to protecting and commercializing technology developed by the University. The following inventions are a small sample of UNM's diverse and extensive collection of patents.
These patents were created by prolific inventors at UNM and have since been licensed by companies both within and outside New Mexico, often as part of a large portfolio of related patents. Many of the listed patents were developed by UNMRI's Rainforest Innovation Fellows, inventors who have been awarded and recognized for the significant commercialization of their work.
1. Controlling Electric Vehicles with a New Energy Source
Patent: Non-PGM cathode catalysts for fuel cell application derived from heat-treated heteroatomic amines precursors.
This innovation focuses on a novel method for controlling electric vehicles using an alternative energy source. The development of non-precious metal catalysts (Non-PGM) for fuel cells provides a cost-effective and sustainable solution, potentially revolutionizing the electric vehicle industry.
Creators: Alexey Serov, Barr Halevi, Kateryna Artyushkova, Plamen B. Atanassov and Ulises A. Martinez. Atanassov was named a Rainforest Development Individual in 2014 and holds 48 protected plans. He recently functioned as an exploration teacher in the UNM Branch of Compound and Organic Designing. He is presently a chancellor's teacher in the College of California- Irvine Branch of Synthetic and Natural Designing.
As the world hopes to bring down fossil fuel byproducts and practice environmental awareness, investigating better approaches to control our vehicles is a higher priority than any time in recent memory. While most electric vehicles in the US are controlled with electric batteries, power devices could offer another energy elective.
This patent, distributed in 2016, includes another sort of energy unit that could give an elective power source to gas or electric batteries. Most electric vehicles in the US are presently controlled by batteries accused of power, however energy units make their own power using hydrogen. Vehicles controlled by energy components don't deliver the destructive outflows that internal combustion vehicles do, as per the U.S. Branch of Energy. This patent has been authorized by Albuquerque-based organization Pajarito Powder for the improvement of non-platinum-based power module impetuses. While other power modules use valuable metals, which can make producing cost-restrictive, this patent purposes non-valuable gathering metals like nickel, cobalt and iron. Innovation using the patent is as of now being offered to auto producers for use in electric vehicles in Japan.
2. Further developing productivity and precision in pathology
Patent: Flow cytometry for high throughput screening
Designers: Larry A. Sklar, Bruce S. Edwards, Frederick W. Kuckuck. Lead designer Sklar is a recognized teacher emeritus in the UNM Institute of Medication Branch of Pathology. Sklar is likewise one of only two designers to get the UNM Rainforest Developments' Lifetime Accomplishment Development Grant for his turn of events and broad exploration of new stream cytometry innovations and was named a Rainforest Development Individual in 2011. He has 48 U.S. licenses.
Stream cytometry is utilized every now and again in research, clinical preliminaries and clinical settings to grasp cell qualities, distinguish biomarkers, analyze leukemia and figure out the impacts of medications on human cells. This creation drove by Sklar has helped the interaction become quicker and more robotized.
Distributed in 2005, this patent permits pathologists and specialists to screen different cell tests without a moment's delay and measure them all the while. The innovation can be utilized to assist with diagnosing malignant growths and different circumstances through its quick and powerful recognition of biomarkers, as well as test tests for drug disclosure and other examination. The patent additionally considers computerization in the conveyance and recovery of test plates, diminishing the gamble of blunders introduced by manual taking care of. In 2006, the startup IntelliCyt Partnership was framed to market Sklar's stream cytometry developments, including this patent. Albuquerque-based IntelliCyt was procured by Sartorius, a huge German biotech organization, for $90 million out of 2016. The organization keeps an office in Albuquerque.
3. Tracking down new therapies for malignant growth and neurodegenerative sicknesses
Patent: Modulators of GTPases and their use
Designers: Angela Wandinger-Ness, Laurie Hudson, Larry Sklar, Zurab Surviladze, Tudor Oprea. Lead designer Dr. Wandinger-Ness is a recognized teacher in the UNM Institute of Medication Branch of Pathology and was named a Rainforest Development Individual in 2019. She has 10 U.S. licenses.
Researchers all over the planet have given their lives to tracking down new and better therapies for malignant growth. While various sorts of malignant growth have different causes, specialists have known for some time that strange chemical articulation can cause ovarian, testicular and different tumors, as well as neurodegenerative illnesses. In any case, tracking down ways of tending to the particular compound straightforwardly has been a test. This innovation could change things.
Distributed in 2021, this patent offers a technique to treat ovarian, bosom, head and neck, testicular, and prostate malignant growths, as well as illnesses can imagine Huntington's and Alzheimer's. Unusual articulation of unmistakable proteins in the body, known as the Rho group of GTPases, adds to the turn of events and movement of specific illnesses. This creation presents another sythesis for a drug that can be utilized to target, regulate and hinder the chemicals and proteins that eventually lead to the turn of events and metastasis of specific tumors. The creation has been authorized by biotech organizations, most as of late Emerald Biotherapeutics, looking to foster remedies for malignant growth and neurodegenerative infections. Business permitting is in many cases a vital stage for clinical advancements in their excursion toward clinical preliminaries and possible FDA endorsement.
4. Keeping up with the honesty of wells and decreasing emanations in oil and petroleum gas boring
Patent: Engineered nano-modified methyl methacrylate polymer for repair of 30 microM microcracks
Designers: Mahmoud Reda Taha, Michael S. Stenko, John Stormont, Edward N. Matteo, Moneeb Genedy, Thomas Dewers. Lead designer Mahmoud Reda Taha is a recognized teacher and officials speaker in the UNM Gerald May Branch of Common, Development and Ecological Designing and was named a Rainforest Development Individual in 2024. He has 12 U.S. licenses.
The 2010 Deepwater Skyline blast killed various oil rig laborers and prompted the biggest marine oil slick ever. The occurrence fills in as only one illustration of why keeping up with the respectability of wells and penetrating gear is vital to boring that guards laborers and the climate.
Distributed in 2020, this patent is a technique to fabricate and the detailing of an exceptional composite sealant for microcracks in wellbores, or the penetrated openings utilized for siphoning water, gaseous petrol and oil. Its capacity to distinguish and seal even the littlest of breaks in wells assists with forestalling oil slicks and spillage as well as attempts to completely dispose of the methane spillage from deserted oil wells. The nanomodified methyl methacrylate polymer sealant can fill breaks as little as 30 micrometers, a lot more modest than different sealants available and universes in front of the business standard of microfine concrete. Taha began his own Albuquerque-based organization, TS-Nano, to permit the innovation. TS-Nano offers sealants and detecting innovation to lessen methane discharges from petroleum gas and oil wells and forestall spillage. The organization is now productive and has worked with Chevron, ConocoPhillips Canada, Petronas and that's only the tip of the iceberg. TS-Nano presently has offices in Albuquerque, Hobbs and Calgary, Alberta.
5. Safeguarding gadgets and frameworks from programmers
Patent: System and methods for generating unclonable security keys in integrated circuits
Designers: James Plusquellic, Dhruva J. Acharyya, Ryan L. Helinski. Lead designer Plusquellic is a teacher in the Division of Electrical and PC Designing and President and Chief of IC-Wellbeing, an equipment security organization. He has 16 U.S. licenses.What number of gadgets have you utilized today? Our phones, PCs, brilliant gadgets, power frameworks, and other advanced gadgets all contain private Information breaks and programmers have shown exactly how significant wellbeing conventions are in safeguarding our confidential data as well as the frameworks that keep our general public running and safeguard us.
Distributed in 2012, this patent can safeguard the gadgets we utilize consistently. PCs, mobile phones, and electronic gadgets use incorporated circuit innovation. The patent portrays an inventive and elite framework and convention that produces a particular Actual Unclonable Capability offering an incredibly elevated degree of encryption to assist with getting information. The world has definitely moved and in a period of versatile banking, the Actual Unclonable Capability innovation (PUF) helps keep monetary associations a stride ahead in security. Plusquellic established the organization IC-Security to permit and market his developments.
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