Every Calculation Stabs

  Combination of Bridges and Anton 2 Allows Team to Span Time Scales in Simulating Dagger-Like Microbe-Killing Molecule Medical science is in a race to develop new and better antimicrobial agents to address infection and other human diseases. One promising example of...

Experimental Introduction

  Introducing Experimental Data into Molecular Simulations on Bridges Improves Predictions of Metallic Glass Structure Metallic glass has great strength and flexibility and can be engineered for specific uses. These properties make it useful for medical devices,...

Settling In

  Bridges Refines Protein Simulations, Approaching Lab Accuracy To understand how the tiny machinery of life works in health and disease, scientists need accurate pictures of how proteins fold and move. But laboratory methods for imaging proteins are slow, and so the...

Non Identical Twins

Nonidentical Twins Anton 2 Simulations Show Curious Difference in Action of Paired Neurotransmitters The NMDA receptor protein underlies memory formation. It’s also an important target of drugs for conditions as different as depression, Alzheimer’s disease and...

Picking up the Beat

  Picking Up the Beat Anton 2 Helps Identify Unexpected Pathway for Irregular-Heartbeat Drugs Irregular heartbeat—arrhythmia—causes a lot of sickness and death in the U.S. Some medications can treat arrhythmia, but they carry potentially serious side effects....

Microscopic and Huge

Microscopic—and Huge Bridges Powers Visualization of Whole Viruses at Atomic Level An image can help human beings make connections. That’s why a scientist from Catholic University of America is using the large-memory nodes of PSC’s Bridges platform to put together...