Robotic exoskeletons are the future of helping people with certain disabilities perform daily tasks, but they can be prohibitively difficult and expensive to develop. Mechanical engineering associate professor Zach Lerner, whose research has focused on developing this technology, led a team that created OpenExo, an open-source exoskeleton framework, which will open doors for researchers globally to help speed up life-changing robotic discoveries.

In a study of human immune cells infected with HIV, the virus that causes AIDS, scientists at Johns Hopkins Medicine say a molecule within HIV itself can be manipulated and amplified to force the virus into long-term dormancy, a state in which HIV does not replicate.

The discovery of an unknown organelle inside our cells could open the door to new treatments for devastating inherited diseases. 

Washington State University and Mayo Clinic researchers have developed an electrochemical catheter hub that could someday help prevent deadly central line-associated bloodstream infections (CLABSIs) that annually kill thousands of people around the world.