Artificial cells move like real cells

In a new video from ACS Central Science, researchers showcase how artificial cells move and act like human cells, all while delivering precision medicine throughout the body.

The lab-created cells imitate regular cells but have the capability to deliver medication to a specific spot and become replacements for cells and organs. Using enzymes, these cells are able to move like real cells. Researchers utilized computer modeling to determine the amount of enzyme needed to keep each cell moving. Using sugar as fuel, these cells are able to maintain their speed regardless of the supply.

View the video by clicking the link below: 

""
Cara Livernois, News Writer

Cara joined TriMed Media in 2016 and is currently a Senior Writer for Clinical Innovation & Technology. Originating from Detroit, Michigan, she holds a Bachelors in Health Communications from Grand Valley State University.

Around the web

Compensation for heart specialists continues to climb. What does this say about cardiology as a whole? Could private equity's rising influence bring about change? We spoke to MedAxiom CEO Jerry Blackwell, MD, MBA, a veteran cardiologist himself, to learn more.

The American College of Cardiology has shared its perspective on new CMS payment policies, highlighting revenue concerns while providing key details for cardiologists and other cardiology professionals. 

As debate simmers over how best to regulate AI, experts continue to offer guidance on where to start, how to proceed and what to emphasize. A new resource models its recommendations on what its authors call the “SETO Loop.”