University of Pittsburgh Announces Five U.S. Patents Issued to Pitt Innovators in August 2026
Pitt innovators were issued five U.S. patents in August 2026. Featured patent: 12,715,902 “Methods... Read more
Pitt innovators were issued five U.S. patents in August 2026. Featured patent: 12,715,902 “Methods... Read more
Fiscal Year 2026 marked a year of remarkable progress across the University of Pittsburgh’s... Read more
Posted on by Mike Yeomans
Pitt innovators were issued 12 U.S. patents in May 2025.
University of Pittsburgh researchers have developed a machine learning method to quantify the extent of pneumonia and other thoracic diseases from two-dimensional (2D) x-ray images, improving the diagnostic ability of such images and reducing costs for patients, hospitals, and insurance companies. This software can be easily integrated into hospital cloud-based systems for point-of-care access and can even be used to trend disease progression between patient scans. A prototype is available and experimental data providing preliminary evidence for the feasibility of the proposed technology for analyzing the extent of emphysema from 2D chest x-ray images in a cohort of COPD patients and pneumonia in a cohort of COVID-19 patients. For more information on this technology, including licensing, contact us at partner@pitt.edu.
Below is a listing of all patents issued to Pitt innovators in April 2025. You can also search all Pitt technologies available for licensing.
| Patent Number |
Title | Inventor(s) | Licensing Manager | Status | |||
| 12,297,176 | Compounds and Methods for Inhibiting EMT Pathways to Treat Cancer, Organ Fibrosis, and Metabolic Disorders | Sebastien Comesse; Adam Daich; Martin Lawson; Catalin Pintiala; Abdelhadi Rebbaa | Kate Gadacz | Available for Licensing | |||
| 12,303,558 | Cancer Prevention and Therapy by Inhibiting Soluble Tumor Necrosis Factor | Nikola Vujanovic; Lazar Vujanonic | Maria Vanegas | Licensed | |||
| 12,294,124 | System and Method for Monitoring a Reactor System Using Optical Fiber-Based Sensors | Thomas Brown; Michael Buric; Peng Chen; Kirk Gerdes; Paul Ohodnicki; Jacob Poole | Connor Perryman | Available for Licensing | |||
| 12,290,500 | Anaplerotic Agents for Treatment of Disorders of Propionate and Long Chain Fat Metabolism | Al-Salid Mohsen; Gerard Vockley | Maria Vanegas | Available for Licensing | |||
| 12,303,533 | ECM Hydrogel for Treating Esophageal Inflammation | Stephen Badylak; Juan Diego Naranjo Gutierrez; Lindsey Saldin | Alex Ducruet | Licensed | |||
| 12,296,044 | Gel for Treating Periocular and/or Orbital Pathologies and Conditions | Morgan Dileo; Michael Washington; Jenny Yu | Janice Panza | Available for Licensing | |||
| 12,297,437 | Optogenetic Induction of Membraneless Organelles | Joseph Clarke; Christopher Donnelly | Andrew Remes | Available for Licensing | |||
| 12,291,504 | Small Molecule Inhibition of Sulfotransferase SULT1A3 | Mary Cacace; Ian Cook; Kristie Darrah; Alex Deiters; Thomas Leyh; Ting Wang | Andrew Remes | Available for Licensing | |||
| 11,292,327 | High Temperature Near-Field Probe for Sensing and Energy Harvesting Applications Based Upon Thermal Emission | Paul Ohodnicki; Sheng Shen | Connor Perryman | Available for Licensing | |||
| 12,297,725 | Control of Fracture Growth During Well Operations | Jose Adachi; Andrew Bunger; Amr Said El-Fayoumi; Qiao Lu; Karim Zaki | Tara Branstad | Available for Licensing | |||
| 12,307,657 | System and Method for Quantifying the Extent of Disease from 2-D Images | Jiantao Pu | Robert Racunas | Available for Licensing | |||
| 12,290,640 | Noninvasive, Regional Brain Thermal Stimulation | Eric Nofzinger; Jeffrey Schirm | Alex Ducruet | Available for Licensing |