Available Technologies
# of Displayed Technologies: 10 / 129
Categories
Medication Smart Tote System
TS-004716 — This scanning system uses a microchip to capture the required DSCSA elements from each medication, improving the order process for both pharmaceutical wholesale distributors and pharmacies.
- College:
- Inventors: Labuhn, Jonathan
- Licensing Officer: Corris, Andrew
Medication Order PDF Conversion eCommerce Platform
TS-004715 — Instead of manually filling out pharmaceutical order forms, this new eCommerce platform allows users to do it electronically.
- College:
- Inventors: Labuhn, Jonathan
- Licensing Officer: Corris, Andrew
eCommerce Platform for Gene Therapy Procurement
TS-004714 — This eCommerce platform creates a standardized approach to the pharmaceutical procurement process for pharmacy purchasing personnel.
- College:
- Inventors: Labuhn, Jonathan; Storey, Michael
- Licensing Officer: Corris, Andrew
A Novel Mouse Model of Tgfbr2-V387M
TS-004712 — Made with CRISPR-CAS9 genome editing technology, this mouse model tests if certain human variants cause craniofacial conditions.
- College:
- Inventors: Stottmann, Rolf
- Licensing Officer: Corris, Andrew
Easy-to-Use Handheld Gaussmeter for MRI
TS-004711 — This IP is a self-contained, handheld box with a colorful LCD display and programmable microcontroller that explores magnetic fields typically found in an MRI room.
- College:
- Inventors: Storrs, Judd
- Licensing Officer: Corris, Andrew
Algorithmic Prediction of Early Life Genetic Medicine Utilization in Critically Ill Neonates
TS-004710 — This XGBoost Machine Learning classifier predicts whether a baby admitted to a level IV NICU will require genetic medicine services in the first 18 months of life.
- College:
- Inventors: Chaudhari, Bimal; Antoniou, Austin
- Licensing Officer: Corris, Andrew
Home Based Monitoring of Immunosuppressive Agents Commonly Used in Solid Organ and Bone Marrow Transplant
TS-004708 — In post-solid organ and bone marrow transplants, an at-home device will measure drug levels to help health facilities and patients save time and money.
- College:
- Inventors: Rangarajan, Hemalatha
- Licensing Officer: Corris, Andrew
AI-Guided Miniaturization of Large Gene Targets for AAV-based Gene Therapies
TS-004704 — This IP automates the miniaturization of large gene targets through a structure-based protein engineering AI algorithm.
- College:
- Inventors: Hester, Mark
- Licensing Officer: Corris, Andrew
Use of the TIGIT Gene Locus as a CAR Integration Site for Generation of CAR Expressing Immune Cells
TS-004607 — Using CRISPR/Cas9 genome editing can eliminate an inhibitory checkpoint receptor called TIGIT, which improves anti-tumor activity and cellular therapy for cancer. Chimeric antigen receptor technology also introduces an immune activating CAR within the TIGIT gene locus.
This IP is a gene therapy designed to treat cystic fibrosis; a fatal genetic disorder caused by CFTR mutations. Due to the large size of the gene, CF gene therapy efforts are limited. The first class of variants involved in this gene therapy improves stability and the second class of variants improv…
- College:
- Inventors: Campbell, Amanda; Lee, Dean; Naeimi Kararoudi, Meisam
- Licensing Officer: Corris, Andrew
An Analytical Platform for Personalized Multi-Factor Genetic Risk Stratification and Disease Risk Prediction
TS-004605 — The polygenic scores (PGS) browser, a web-based application, improves precision medicine and calculates an individual’s genetic risk, providing access to over 3,000 PGS models and 10,000 studies.
- College:
- Inventors: Kolosov, Nikita; Artomov, Mykyta
- Licensing Officer: Corris, Andrew
