Biochemists have created "smart" proteins that function inside human cells by turning genes on and off.
One idea for treating disease is to be able to program cells. Now, a major advance in synthetic biology allows for that kind of control that hasn't been seen before.
From modifying gene expression to cell signaling, dynamic designer proteins may usher in a new era of synthetic biology.
Method will be applied to human genome to learn more about how proteins interact inside our cells to carry out biological functions
By playing Foldit, citizen scientists can now help protein researchers create novel vaccines, cancer therapies and more
A a game called Foldit is enabling citizen scientists to design brand new proteins, and to participate in protein engineering discovery. It's a free online game challenging gamers to design
Scientists have designed proteins that move in response to acid, a technology that might help medications enter cells.
The Institute for Protein Design at the University of Washington School of Medicine describes the plans for its Audacious project, announced April 16, 2019
The Institute for Protein Design at the UW School of Medicine will advance medicine and improve healthcare with an initial $45 million in funding through TED’s The Audacious Project
The Institute for Protein Design will become an innovation hub for new therapeutics for a variety of common, serious diseases. It will also engineer new nanomaterials for industry.