Transition to exhaustion: clues for cancer immunotherapy

Research on immune cells “exhausted” by chronic viral infection provides clues on how to refine cancer immunotherapy. The results were published Tuesday, Dec. 3 in Immunity. Scientists at Emory Vaccine Center, led by Rafi Ahmed, PhD, have learned about exhausted CD8 T cells, based on studying mice with chronic viral infections. In the presence of persistent virus or cancer, CD8 T cells lose much of their ability to fight disease, and display inhibitory checkpoint proteins Read more

Radiologists wrestle with robots - ethically

Emory bioethicist John Banja says: don’t believe the hype about AI replacing Read more

Opioids: crunching the Tweets

The aim is to be able to spot patterns of overdoses faster than prescription drug monitoring Read more

product pipeline

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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Posted on by Holly Korschun in Uncategorized Leave a comment