Rutgers, The State University of New Jersey, moved up 16 spots from the previous year in the National Academy of Inventors (NAI) Universities Granted U.S. Utility Patents rankings, appearing at 52nd in the world and 33rd among U.S. institutions in the 2025 list.

Released annually by the NAI, the Worldwide Universities List ranks the top 100 universities holding U.S. utility patents from the prior calendar year to showcase the crucial role patents play in moving university innovation from bench to market, as well as the important role academic institutions play in the innovation ecosystem at large. Through translating their technologies, these institutions are shaping critical societal progress and bolstering the national and global economy. 

The collaboration between Rutgers researchers and the Office for Research (OfR) resulted in 69 U.S. patents in 2025, the most in a single year since achieving the same amount in 2022. The university has been a mainstay in the NAI Top 100 Worldwide Universities Granted Utility Patents, appearing in all 13 rankings since its inception in 2013. 

Michael E. Zwick, Ph.D., Senior Vice President for Research at Rutgers University
Rutgers

“These rankings highlight Rutgers’ continued role as a central hub for research and innovation in New Jersey, America, and the world,” said Michael E. Zwick, PhD, senior vice president of the Rutgers Office for Research. “Rutgers researchers work diligently to solve the challenges of today and tomorrow, and our office supports their efforts to bring their innovations from idea to impact.” 

Headshot of Office for Research executive director of Technology Transfer Deborah Perez Fernandez

“Our continued placement in the NAI Universities Granted U.S. Utility Patents rankings shows the dedication of both the researchers who come up with the ideas, and the OfR team members who support their work through patenting and protecting their intellectual property,” said Deb Perez Fernandez, PhD, MBA, executive director of the Technology Transfer unit within the Office for Research. “I am incredibly proud of the relationship we have built with the faculty here at Rutgers.”

Among those 69 patents from 2025 are:

  • A method of casting (a way to create shapes through a manufacturing process where molten material is poured into a mold, allowed to solidify, and then removed) that is cheaper, more environmentally friendly, and more reliable than current methods, invented by Rutgers School of Engineering Distinguished Professor Richard Riman, PhD and his then student Kevin Blinn, PhD;  
  • Venibot, a handheld device designed to quickly, safely, and efficiently access the veins through ultrasound imaging and miniaturized robotics, providing the ability to accurately and autonomously introduce a cannula (a small tube that can be used to draw blood or deliver medication) into targeted blood vessels, developed by Paul & Mary Monroe Chair & Distinguished Professor of biomedical engineering Martin Yarmush, MD, PhD, along with his team of Alvin Chen, PhD, Max Balter, PhD, and Josh Leipheimer, PhD;
  • An RNA-Aptamer-Mediated Base Editing system for editing genetic code at the individual base level in a cell or an organism, designed by Rutgers Robert Wood Johnson Medical School professor Victor Jin, PhD, and his then postdoctoral research fellow Juan-Carlos Collantes, PhD;
  • Methods and compositions for treating allergic diseases, bacterial infections, fungal infections, viral infections, mastocytosis, mast cell-mediated inflammation, and parasite infections using carbonic anhydrase (Car) enzyme inhibitors, developed by Rutgers New Jersey Medical School associate professor Mark Siracusa, PhD. 

All of these patents went through Rutgers’ technology transfer process, which starts with an invention disclosure submitted through Rutgers’ Innovator Portal. The Rutgers Office for Research Technology Transfer unit assesses numerous factors regarding the submission, including the technology and distinguishing features, market applications, stage of development, patentability, and market potential, to recommend whether a US provisional patent application should be filed with the US Patent and Trademark Office (USPTO).

These assessments continue throughout the patent application process, and the Technology Transfer team works closely with the inventor(s) and outside counsel to secure the appropriate patent protection. After a patent application is filed, marketing and outreach efforts begin. The Rutgers Technology Transfer team seeks to license the technology to a large corporate entity, small business, or start-up with the interest and ability to develop further and commercialize the technology for the benefit of the public. To learn more about the process, click here.

“University research has long been and continues to provide the spark of breathtaking innovation and the NAI’s report makes clear they understand the paramount importance of protecting their intellectual property. University patents ensure that their nascent technologies find real-world application and generate a real-world impact,” said John A. Squires, Under Secretary of Commerce for Intellectual Property and Director of the USPTO.

Collectively, the universities on the 2025 Top 100 Worldwide list hold over 9,300 patents with NAI Member Institutions comprising 56% of the ranking, holding over 5,600 patents. Through obtaining U.S. patents, these institutions have the ability to translate their technologies in the competitive global market and make tangible impacts in the daily lives of consumers.

The Top 100 Worldwide Universities List is one of three annual rankings which are published by the National Academy of Inventors. These rankings are based on calendar-year data from the United States Patent and Trademark Office and aim to provide a comprehensive view of intellectual property protection in the innovation ecosystem. The Top 100 U.S. Universities and Top 60 Non-Profit Research Institutions and Government Agencies rankings will be released this spring leading up to NAI’s 15th Annual Conference held in Los Angeles, California.

To read the complete NAI Top 100 Worldwide Universities List, click here.

Rutgers Patent Recipients 2025

Patent NumberTitleInventor Names
US12188043B2Nuclease-independent targeted gene editing platform and uses thereofJIN, SHENGKAN | COLLANTES, JUAN-CARLOS
US12198426B2Computer vision systems and methods for acceleration of high-resolution mobile deep vision with content-aware parallel offloadingRAYCHAUDHURI, DIPANKAR | ZHANG, WUYANG | ZHANG, YANYONG | LIU, YUNXIN | GRUTESER, MARCO
US12201942B2Boron-nitride nanotube membranesKIM, SANGIL | SHAN, JERRY | CETINDAG, SEMIH | PENDSE, AADITYA | PRAINO, ROBERT
US12209082B2Antibacterial agents: soluble salts and aqueous formulations of pyroninsEBRIGHT, RICHARD H. | EBRIGHT, YON W.
US12215106B2Pharmaceutical compounds and therapeutic methodsAUGERI, DAVID J. | SABAAWY, HATIM | GILLERAN, JOHN A.
US12241054B2Compositions and methods comprising endophytic bacterium for application to grasses to increase plant growth, suppress soil borne fungal diseases, and reduce vigor of weedy competitorsWHITE, JR., JAMES F | KOWALSKI, KURT P. | KINGSLEY, KATHRYN
US12257248B2Bronchodilators for treating obstructive lung diseaseLIGGETT, STEPHEN | LEAHY, JAMES | KIM, DONGHWA | AN, STEVEN
US12263168B2Carbonic anhydrase enzymes for regulating mast cell hematopoiesis and type 2 inflammationSIRACUSA, MARK C.
US12264153B2Phebox ligands and methods of making sameGOLDMAN, ALAN S. | DUGAN, THOMAS R.
US12269060B2Electroosmotic high fidelity acoustic transducerDIEZ-GARIAS, FRANCISCO J. | HANSEN, THOMAS E.
US12270778B2Full-scale dynamic detection of bacterial biofilm formation using MGZNO nanostructure modified multifunctional sensorsLU, YICHENG | REYES, PAVEL I. | LI, GUANGYUAN | WU, YIFAN | ZHAO, XILIN
US12275008B2Electronic-sensing and magnetic-modulation (ESMM) biosensor for phagocytosis quantification in pathogenic infections and methods of use thereofHASSAN, UMER | NORTON, COREY
US12280065B2Pharmaceutical compounds and therapeutic methodsKIMBALL, SPENCER DAVID | CARPIZO, DARREN R. | GILLERAN, JOHN A.
US12285528B2Injectable formulations of anesthetics for any pathological painXU, XIAOYANG | TAO, YUANXIANG
US12285797B2Casting elements and methods of making the same using low temperature solidificationRIMAN, RICHARD E. | BLINN, KEVIN
US12286352B2Flame-synthesis of monolayer and nano-defective grapheneTSE, STEPHEN D. | HONG, HUA | KEAR, BERNARD H.
US12286714B2Nickel phosphide catalysts for direct electrochemical CO2 reduction to hydrocarbonsDISMUKES, G. CHARLES | LAURSEN, ANDERS BO | CALVINHO, KARIN UTE DOEHL
US12287738B2System and method for caching in storage devicesKANNAN, SUDARSUN | REN, YUJIE | PITCHUMANI, REKHA
US12287964B2System and method for managing queues in systems with high parallelismKANNAN, SUDARSUN | REN, YUJIE | PITCHUMANI, REKHA
US12301318B2Reinforcement learning for motion policies in mobile relaying networksPETROPULU, ATHINA | EVMORFOS, SPILIOS
US12303562B2Anti-LAM and anti-PIM6/LAM monoclonal antibodies for diagnosis and treatment of Mycobacterium tuberculosis infectionsPINTER, ABRAHAM | CHOUDHARY, ALOK K. | PATEL, DEENDAYAL
US12308444B2Carbon nanomaterial supported single atom catalysts and methods of preparing sameHE, HUIXIN | LI, QINGDONG | LOCKARD, JENNY
US12309289B2Scalable, secure, and broad-spectrum mechanism for enforcement of protocols over multi-agent systemsMINSKY, NAFTALY H. | CONG, CHEN | ZIMMERMAN, DAVID M.
US12315621B2Cardiac ultrasonic fingerprinting: an approach for highthroughput myocardial feature phenotypingSENGUPTA, PARTHO P. | SHRESTHA, SIRISH | KAGIYAMA, NOBUYUKI
US12315658B2Controlling a quantum point junction on the surface of an antiferromagnetic topological insulatorPIXLEY, JEDEDIAH | VARNAVA, NICODEMOS | VANDERBILT, DAVID | WILSON, JUSTIN
US12318449B2Combination therapy using riluzole to enhance tumor sensitivity to ionizing radiationKHAN, ATIF J. | CHEN, SUZIE | GOYDOS, JAMES S. | HAFFTY, BRUCE G.
US12319958B2Method and kit for CCR2 expression profiling and disease stratificationYU, LEI | RICHARDSON, THOMAS P.
US12324685B2Elastomers enhanced with in situ formation of 2D nanoparticles from layered materials for multifunctional sensorsLYNCH-BRANZOI, JENNIFER K. | ASHRAF, ALI
US12343351B2Pulmonary function treatmentLASKIN, DEBRA L. | MESHANNI, JACLYNN A. | GUO, GRACE L. | GOW, ANDREW J. | LASKIN, JEFFREY D.
US12343935B2Thickness-limited electrospray depositionSINGER, JONATHAN P. | LEI, LIN
US12344626B2Pharmaceutical compounds and therapeutic methodsKIMBALL, SPENCER DAVID | CARPIZO, DARREN R. | GILLERAN, JOHN A.
US12350404B23D-porous hybrid anti-inflammatory nanoscaffold for drug delivery and tissue engineeringLEE, KI-BUM | YANG, LETAO | CONLEY, BRIAN
US12356910B2Gene-edited basil plants resistant to downy mildewDI, RONG | LAWTON, MICHAEL A. | SIMON, JAMES E.
US12360136B2Damping base for modular scanning probe microscope headCOE, ANGELA M. | LI, GUOHONG | ANDREI, EVA Y.
US12370183B2Compositions and methods for treating malariaKNAPP, SPENCER | BARROWS, ROBERT D. | GUY, R. KIPLIN | HAMMILL, JARED | DAVIS, CHRISTOPHER
US12378375B2In situ bonding of carbon fibers and nanotubes to polymer matricesNOSKER, THOMAS J. | LYNCH-BRANZOI, JENNIFER K. | KEAR, BERNARD H. | WHIEB, NOFEL Z.
US12378385B2Use of graphene-polymer composites to improve barrier resistance of polymers to liquid and gas permeantsLYNCH-BRANZOI, JENNIFER K. | NOSKER, THOMAS J. | KEAR, BERNARD H. | CHANG, CHARLES T.
US12378613B2Assays for fungal infectionPARK, STEVEN | PERLIN, DAVID S. | DENNING, DAVID W.
US12379225B2Safety-aware route recommendation system and methodPOMPILI, DARIO | ZONOUZ, SAMAN | SADHU, VIDYASAGAR
US12391661B2Cystine diamide analogs for the prevention of cystine stone formation in cystinuriaHU, LONGQIN | SAHOTA, AMRIK
US12391957B2Recombinant Newcastle disease viruses and uses thereof for the prevention of RSV disease or human metapneumovirus diseaseDURBIN, JOAN E. | DURBIN, RUSSELL K. | GARCIA-SASTRE, ADOLFO | MENA, IGNACIO | PALESE, PETER
US12395014B2In-body wireless charging systemFAN, XIAORAN | HOWARD, RICHARD
US12396797B2System and methods of manufacturing a lateral meniscus implantPFAFF, WILLIAM | DUNN, MICHAEL G. | GATT, JR., CHARLES J.
US12398247B2Conductive polymer nanocomposites enhanced with in situ formation of 2D nanoparticles for structural sensors and smart materialsLYNCH-BRANZOI, JENNIFER K. | ASHRAF, ALI
US12409227B2Cochleates made with soy phosphatidylserineMANNINO, RAPHAEL | LU, RUYING
US12414856B2Polymer filament reinforced scaffold for partial meniscus regenerationGHODBANE, SALIM | GATT, JR., CHARLES | DUNN, MICHAEL
US12419966B2In vivo radical-mediated polymerization for targeted delivery of trophic factorsLOWE, CHRISTOPHER | SHREIBER, DAVID I. | DIMARTINI, EMILY | GORMLEY, ADAM
US12419978B2Antimicrobial composition for inhibiting microbial organisms in allograft and the method thereofBENEVENIA, JOSEPH | LIN, SHELDON S. | VIVES, MICHAEL J.
US12426850B2Ultrasound-guided alignment and insertion of percutaneous cannulating instrumentsYARMUSH, MARTIN L. | CHEN, ALVIN | BALTER, MAX | LEIPHEIMER, JOSHUA
US12427135B2Compositions and methods for inhibiting ribosome inactivating proteinsTUMER, NILGUN E. | LI, XIAO-PING | ROBERGE, JACQUES | AUGERI, DAVID | CAO, BIN
US12427717B2Methods and devices for thickness-limited electrospray additive manufacturingSINGER, JONATHAN P. | LEE, HOWON
US12429763B2Sacrificial nanotransfer lithography for the metalization of plasticsSINGER, JONATHAN P.
US12430087B2Vehicular information systems and methodsGRUTESER, MARCO | MATHUR, SUHAS
US12431216B2Methods for identifying class 2 crispr-cas systemsSHMAKOV, SERGEY | MAKAROVA, KIRA S. | WOLF, YURI I. | SMARGON, AARON | PYZOCHA, NEENA | COX, DAVID | YAN, WINSTON | SCOTT, DAVID | SEVERINOV, KONSTANTIN | ZHANG, FENG | KOONIN, EUGENE V.
US12433203B2Plant-safe electrospray water and nutrient delivery systemSINGER, JONATHAN | PEJMAN, SEYYED RAHMAN | BOTH, AREND-JAN | SPECCA, DAVID | GRZENDA, MICHAEL J.
US12448700B2Methods for low energy inorganic material synthesisRIMAN, RICHARD E. | KOPP, DANIEL
US12453773B2Expansion of natural killer and chimeric antigen receptor-modified cellsLIU, DONGFANG
US12454550B2Compositions and methods for bioorthogonal surface coatingIZGU, ENVER CAGRI | HAST, KERN | JIA, ZHAOJUN | BACI, MELIH
US12460064B2In situ exfoliation method to fabricate a graphene-reinforced polymer matrix compositeNOSKER, THOMAS J. | LYNCH-BRANZOI, JENNIFER K. | HENDRIX, JUSTIN W. | KEAR, BERNARD H. | CHIU, GORDON | TSE, STEPHEN
US12460268B2Assays for fungal infectionPARK, STEVEN | PERLIN, DAVID S.
US12464016B2Discriminating defense against DDoS attacksMINSKY, NAFTALY H.
US12464276B2Smart headphone system and methodFAN, XIAORAN | HOWARD, RICHARD
US12479482B2Systems and methods for machine learning enhanced railway condition monitoring, assessment and predictionLIU, XIANG
US12486241B2Cystine diamide analogs for cystinuriaHU, LONGQIN | ALBANYAN, HAIFA
US12486374B2Porous epoxy nanocomposite monolithsSINGER, JONATHAN P. | HASAN, MOLLA
US12491074B2Composite implant for total meniscus reconstructionDUNN, MICHAEL G.
US12501901B2Endophytic microbes for growth promotion of crop plants and suppression of aggressive invasive plant speciesWHITE, JAMES F. | KOWALSKI, KURT P. | KINGSLEY, KATHRYN L. | ELMORE, MATTHEW T.
US12508409B2System and method to use suction to enhance permeabilization and transfection of cellsLIN, HAO | SINGER, JONATHAN P. | SHREIBER, DAVID I. | SHAN, JERRY W. | ZAHN, JEFFREY D. | LALLOW, EMRAN O. | MELNIK, JULIET M. | JHUMUR, NANDITA CHAKRABARTY
US12508423B2Device for tissue electrotransfer using a microelectrodeDEMIRYUREK, YASIR | LIN, HAO | LITTLECREEK, SUNSHINE | SHAN, JERRY | SHREIBER, DAVID | YU, MIAO | ZAHN, JEFFREY