About the Center for Technology Licensing (CTL)
CTL is Cornell University's technology transfer office. We manage Cornell technologies from Cornell's Ithaca campus, Weill Cornell Medicine, Cornell Tech, and Cornell AgriTech in Geneva.
Cornell Products
The following are products that are currently on the market based on licensed Cornell technology.
Immortalized Mouse Cardiac Endothelial Cell (MCEC) Line |
Available Cornell Technologies
- Reactive Ion Etching of Barium Stannate
- CDCP1 as a Novel Therapeutic Target for Cancer Therapy
- Local and Continuous Delivery of a Mast Cell Stabilizer During Wound Healing to Reduce Fibrotic Scarring
- Single Sperm Sequencing Assay for Prediction of Autism Risk and as a Substitute for Manual Sperm Analysis
- Pumpless, Unidirectional, and Multiorgan Microfluidic Platform for Preclinical Drug Testing
- Ultra-sensitive Detection of Circulating Tumor DNA through Genome-wide Integration
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Blood-Brain Barrier, Protecting the Brain |
After Margaret Bynoe and her lab discovered that an FDA-approved drug, Lexiscan, used in cardiac imaging, could open the blood-brain barrier, the lab went to work, exploring how it could be used as a therapeutic for brain diseases.
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From Lab to Invaluable Energy Innovations |
Lynden Archer is searching for ways to give fossil fuels a different life. His lab has already discovered some invaluable new processes and products.
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Mindless Computing Technology for Health |
A wrist device lowers heart rate; a bedside device monitors sleep quality; a dinner plate controls food quantity. Tanzeem Choudhury makes it happen.
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Mobile Gene Content |
Ilana L. Brito and her team are developing a suite of computational tools for examining the mobile gene content in multiple datasets — to identify those genes that may shape the response of microbial communities to stress.
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Tackling Cyberfinance Security |
Emin Gün Sirer's research group developed and tested Falcon — which they call fast and fierce — for processing Bitcoin blockchains, digital transaction ledgers.
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The Lifestyle of Bacteria |
When bacteria live in a community known as biofilm, antibiotics can't enter to fight infection. Holger Sondermann wants to disperse that community.
