Impacts of INNOVATE

• A new generation of wireless sensor devices.
  
• No battery, long lifespan wireless sensor distributed network system for remote monitoring and asset management, as well as for surveillance and security.
• UAA's first startup company, Zensor.

• Seasonality and economic behavior.
• Relevant for financial market outcomes, and for a broader set of social and economic behaviors.

• Breaking new ground to determine the role of eye dynamics in the ethical decision making process. Potential for new tools for teaching ethics and understanding decision making.

• Design and evaluation of thin-shell latex-modified concrete barrel roof units for low cost housing in Alaska.

• Potential pharmaceutical therapeutics for:
• Alzheimer's, ischemic trauma and dysfunctional insulin sensitivity.
• Obesity
• Stroke
• Liver dysfunction
• Oral cancer related to chewing tobacco.
• Diseases associated with neuro-myopathy, such as MS. 

• Traumatic head injuries, a foremost concern in athletes and the military. Developed an instrumented mouthguard with custom wireless capabilities that measures impact and effects.
  
  
• Novel treatments for pathologies related to an oxygen-starved human heart.
  
  
• Rapid analysis of vitamin D in the field, which is relevant to the health of Alaskans in rural areas and to people around the globe.
  
  
• Computational modeling of organic polymers for the modeling of protein flexibility to capture detailed quantitative characterizations.
  
  
• Broadening the understanding of social and cultural worlds, over time, particularly between the Cubans and Ghanaian via art and dance.
  
  
• Identify the occurrence of two food and water contaminants of emerging concern to Alaskans (copper in drinking water and phthalates (plastic residue) in fish).
  
  
• Contribute significantly to the field of literacy studies and to the study of the history of the English language.
• Histories of the English language tend not to take into account the experiences of individuals and families.

• New technology for de-icing sidewalks for safety and wind turbine blades to improve the power production, reduce mechanical water, and extend the life span of the system.