Georgia Tech Office of Technology Licensing

#FeaturedTechnology: Revolutionizing volumetric imaging with scalable, high-resolution, and artifact-free capabilities. Developed by Dr. Shu Jia and Wenhao Liu at the The Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University https://ow.ly/lOHn50TXZJQ #BiomedicalEngineering #ImagingTechnology #organoidimaging #liveimaging

#FeaturedResearcher: Georgia Institute of Technology's Dr. Beyah works at the intersection of networks and security, developing techniques and protocols for securing cyber-physical systems. Read about his work. https://ow.ly/lHfc50Rk8yj #powergridsecurity #cybersecurity #securenetworkinfrastructures

#FeaturedLicense: Georgia Tech startup Piezo Therapeutics improves access to RNA and DNA medicines with a simple, affordable, and scalable platform that can be extended broadly to vaccines, gene therapies, and more. Read this Georgia Tech success story! https://ow.ly/Aeap50TUJNn #vaccines #therapeuticproteins #genetherapy

#FeaturedTechnology: New from Georgia Institute of Technology, chemically modifying #rGO improves dispersibility and miscibility and enables use in #polymer processes as a #conductivecomposite reinforcement or coating material. Enhances both its mechanical and electronic properties in thermoplastics for radiation shielding, protective coatings, anti-static applications, and more. Developed by Dr. Zach Seibers, Dr. John R. Reynolds, and Dr. Thomas Orlando. https://ow.ly/VB4g50TULwL

Associate Professor Costas Arvanitis is developing a method using microbubbles and ultrasound to breach the blood-brain barrier for drug delivery. The brain is a stronghold, the central command center for the body, protected by the blood-brain barrier (BBB). This network of blood vessels and tissues acts as a biological gatekeeper, a selective filter that prevents harmful substances in the bloodstream from entering the brain’s complex ecosystem. Full story: Bit.ly/4dLQPw7

It’s a musical #StartupThursday! Did you know that neural activity can be recorded as music? ApconiX and several collaborators used Axion BioSystems' microelectrode array (#MEA) technology to transform the electrical signals of brain cells into music! Axion BioSystems is a leading life science company based on technology that was licensed from Georgia Institute of Technology back in 2008 after starting out as a graduate research project. Listen to their podcast! https://ow.ly/XP0V50TRYzV #Neuroscience #DrugDiscovery #MaestroMEA #lifesciences

It's #BuzzTechTuesday! Check out Georgia Institute of Technology's unique drug delivery system that can unlock the therapeutic potential of the lymphatic system! https://ow.ly/pwqU50TEz9K

#FeaturedResearcher: Dr. Lakshmi Dasi's life-saving Precision #TAVI technology received full U.S. FDA approval, an important step in commercializing the world's first predictive modeling software for valve replacement. Learn more about his work. #predictivemodelingsoftware #valvereplacement #PrecisionTAVI DASI Simulations The Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University https://ow.ly/FlHc50RK9q3

It's #BuzzTechTuesday! Learn about Georgia Institute of Technology's magnetic separation technique that can expand the chemistries and processes fit for continuous manufacturing—a particularly important benefit in the pharmaceutical industry. Read about it: https://ow.ly/Jvlt50TQ2TO #continuousmanufacturing #pharmaceuticalindustry #pharma #magneticseparation

#FeaturedTechnology: The invention is a new type of chemoresistor with an adjustable resistance, detection sensitivity, and detection selectivity capable of sensing volatile organic compounds. Developed by Jie Xu at the GTRI Aerospace, Transportation and Advanced Systems Laboratory. https://ow.ly/TJlI50SebWK #availableforlicense #materialscience #sensors #chemoresistor