May 12, 2014
BME and neuroscience researchers exploit live-cell biochemistry, electrophysiology, and mathematical simulations to solve how calmodulinopathies can lead to life-threatening cardiac arrhythmogenic events.
February 27, 2014
Advanced 3D-2D image registration leverages high-speed computing to provide surgeons with an on-demand, labeled visual depiction of the spine and surgical target in the operating room.
February 24, 2014
A searchable digital brain image data library will provide doctors the ability to access thousands of pediatric scans. Finding similar scans to those of their own patient’s will enhance diagnosis and treatment of their young patients with brain disorders.
January 20, 2014
Advances made by Dr. Yue’s team reveal how calcium ion channels are properly controlled in the brain, and furnish a powerful new strategy for probing similarly large and complex molecules in the body.
October 28, 2013
René Vidal directs the Vision, Dynamics and Learning Lab to analyze and interpret vast amounts of data
René Vidal combines biomedical imaging, computer vision, and machine learning to develop systems that will analyze vast amount of data and unlock previously hidden information.
September 6, 2013
BME researchers testing promising drug therapy delivery method for improved treatment of central vision loss
Time-release coating allows drug for macular degeneration to last longer — decreasing need of unpleasant treatment
August 29, 2013
BME researchers employ a biophysically-detailed heart model to test optogenentic approaches on cardiac behavior
Cardiac modeling is a key component to testing optogenetics technology — providing an accurate platform for assessing the feasibility of potential optical control strategies.
April 16, 2013
Yue Lab uncovers long-sought calcium channel interfaces targetable for therapy of cardiac and neurodegenerative diseases
JHU BME faculty member Dr. David T. Yue and members of the Calcium Signals Laboratory publish a study in Nature Communications that uncovers the molecular mechanism of Ca²+ regulation of Calcium channels.