Insights into Parkinson's balance problems

In PD, disorganized sensorimotor signals cause muscles in the limbs to contract, such that both a muscle promoting a motion and its antagonist muscle are Read more

Cajoling brain cells to dance

“Flicker” treatment is a striking non-pharmaceutical approach aimed at slowing or reversing Alzheimer’s disease. It represents a reversal of EEG: not only recording brain waves, but reaching into the brain and cajoling cells to dance. One neuroscientist commentator called the process "almost too fantastic to believe." With flashing lights and buzzing sounds, researchers think they can get immune cells in the brain to gobble up more amyloid plaques, the characteristic clumps of protein seen in Read more

Bayh-Dole Act

The Bayh-Dole Act: 30 Years of Innovation

At Emory’s recent Fourth Celebration of Technology and Innovation, faculty researchers and entrepreneurs were recognized for outstanding accomplishments in developing promising technologies that are moving from the laboratory to the marketplace.

Keynote speaker for the annual event was Joseph Allen, a key staff member in helping Senator Birch Bayh (D-IN) secure passage of the Bayh-Dole Act 30 years ago, opening up collaborations between research universities and U.S. industry.

Todd Sherer, executive director of Emory’s Technology Transfer Office, described Emory’s robust product pipeline, which includes products at all stages of development and regulatory approval. The pipeline helps ensure multiple missions of driving academic discoveries, advancing commercially protected technologies, and providing substantial public benefit.

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