Funded Projects
Class of 2018| Class of 2017 | Class of 2016 | Class of 2015 | Class of 2014 Fall | Class of 2014 Spring | Class of 2013 | Class of 2012 | Class of 2011
TAF Class of 2018
Six SUNY-developed technologies received over $200,000 to spur commercialization. The technologies selected span ground-breaking advancements in diagnostics, vaccines, chemical manufacturing, and new materials.
TAF Class of 2018 Application and Administrative Guidelines
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Alzheimer's Disease Diagnostic |
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New Catalyst Technology for Emission Control Systems |
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Staph Infection Vaccine |
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Video Eye Tracking Method |
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SnappyXO Robotics Framework |
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Green Process for Synthesizing Imine Building Blocks for Pharmaceuticals |
TAF Class of 2017
Four SUNY-developed technologies received a total of $200,000 to advance commercial readiness of technologies touching information technology, materials, medical devices, drug delivery, and therapeutics. >TAF Class of 2017 Application and Administrative Guidelines
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Innovating Quick and Accurate Testing in Dairy Production |
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Connecting Biomolecules for Cancer Treatment or Medical Imaging |
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Increasing the Success Rate of Therapeutics |
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Enabling Fast and Secure Data Transfer |
TAF Class of 2016
Six SUNY-developed technologies received a total of $300,000 to advance commercial readiness of technologies touching information technology, materials, medical devices, drug delivery, and therapeutics. >
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Mobile App for Real Time Traumatic Brain Injury Assessment riegerb@upstate.edu |
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TAF Class of 2015
Six SUNY-developed technologies received a total of $275,000 to advance innovations for the treatment of neurological disease and obesity, as well as the development of technologies for diagnostics, experimentation, and therapy. >
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TAF Class of 2014 Fall
Five SUNY-developed technologies received a total of $250,000 to advance innovations for the treatment of heart disease, breast cancer, and spinal cord disorders. > Class of 2014 Fall Application and Administrative Guidelines
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Repurposing Existing Drug for a More Effective Treatment of Breast Cancer |
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TAF Class of 2014 Spring
Five promising SUNY-developed technologies received a total of $250,000. These innovations span groundbreaking advancements in medical imaging, pharmaceutical, fine chemical, petrochemical, and refining industries. > Class of 2014 Spring Application and Administrative Guidelines
Scavengers Provide Quick Recovery of Precious Metals |
Lifesaving Treatment for Abdominal Trauma and Sepsis |
Fake Eyes for Glaucoma Screening |
Low-Dose MRI Contrast Agent for Renal Imaging |
Super-Fast MRI |
TAF Class of 2013 Spring
Five promising SUNY-developed technologies received a total of $250,000. These innovations span groundbreaking advancements in nanotechnology, novel cancer therapeutics and diagnostics, the production of biodiesel, and research tool metrology. > Class of 2013 Spring Application and Administrative Guidelines
Smaller, Lighter Electronics and Medical Devices |
Quality Control for Semiconductor Devices |
Early Detection of Breast Cancer |
New Therapy for Breast and Other Cancers |
Biomass to Bioethanol |
TAF Class of 2012
Six promising SUNY-developed technologies received a total of $300,000. These innovations span groundbreaking advancements in multispectral imaging, energy-cost reduction, novel antibiotics, assistance for the disabled, weight-loss and suicide prevention. > Class of 2012 Application and Administrative Guidelines
New Antibiotics for Drug-Resistant Infections |
True Color Detection for Advanced Manufacturing |
Personal Heating System for Weight Loss |
A Mobility Assist Sit to Stand Device for Improved Quality of Life |
Smart Windows for the Improved Energy Efficiency of Buildings |
Wireless Suicide Detection System |
TAF Class of 2011
Five promising SUNY-developed technology received a total of $500,000. These innovations span groundbreaking advancements in energy, diagnostics, therapeutics, engineering, and biomimetics. > Class of 2011 Application and Administrative Guidelines
New Microphone Design to Improve Hearing Aids |
A Screening Test for Early Detection of Ovarian Cancer |
Targeting a Cell’s RNA to Create Novel Diagnostic Tools Read the Press Release: |
A New Test to Identify Birth Defect Risk and Developmental Disorders |
Harvesting Vehicle Vibration into Usable Energy |