News Archive

Natalia has been selected to receive the Heart Rhythm Society’s Distinguished Scientist Award. She will be honored at the Society’s 40th Scientific Sessions in San Francisco this May

New positions are available in Dr. Trayanova’s Computational Cardiology Laboratory and the Alliance for Cardiovascular Diagnostic and Treatment Innovation at Johns Hopkins University

The trial will demonstrate the utility of computer simulations driving atrial ablation procedure in patients with persistent atrial fibrillation and fibrosis.

Academic leadership, engineers and cardiologists celebrate the launching of the new center

Cardiologists and engineers collaborate in new center for heart disease treatments

Titled "On Machine Learning and Simulations Guide Therapies for Arrhythmias"

Researchers have successfully performed 3D personalized virtual simulations of the heart

Physiologist Natalia Trayanova and her team are working on a treatment that could become a future cure for offbeat hearts

Farhad Pashakhanloo wins!

Congratulations!

Natalia answers questions submitted live on Reddit

Dr. Ali chosen as one of JHU PPF winners!

Taking out the middle man by directly integrating engineering to provide diagnoses and treatments for individual patients.

Natalia Trayanova envisions the future of cardiology and electrophysiology advancing through personalised medicine and computational simulations.

Dr. Trayanova participates in briefing in support for NIH funding.

Prof. Trayanova's talk at AF2017 highlighting the mechanisms underlying persistent atrial fibrillation.

Dr. Trayanova's TEDx 2017 talk, entitled "Your Personal Virtual Heart," is on Youtube! Check it out!

Farhad wins award at the 44th International Congress on Electrocardiology in Portland, Oregon.

Dr. Pashakhanloo spent more than 60 hours creating an image of a human heart, which has been chosen to grace the cover of Nature Reviews Cardiology every month for the next year.

A podcast by Dr. Trayanova on using computational tools to prevent sudden cardiac death, presented by United for Medical Research.

In the spirit of ideas worth spreading, Dr. Trayanova gave a thought provoking talk about bringing computational models to the clinic.

Precision medicine is here. A virtual model of the heart developed by biomedical engineer Natalia Trayanova and her team promises to personalize cardiac treatment and improve care.

The image will appear monthly on the cover of the journal throughout 2017.

An amazing story of a little girl that got a deadly genetic disorder in only 8% of her cells. We figured out why the disease was so deadly.

Congratulations our lab member Melanie Zile for beating the competition and winning the Student Poster Award at the Mechanoelecric Coupling and Arrhythmias meeting in Freiburg, Germany.

Major advance in cardiac optogenetics research published in JCI

An exciting exploration of emerging technology that might some day harness the power of light to defibrillate hearts. We show how this approach might work in humans.

A non-invasive, 3-D virtual heart assessment tool to help doctors determine a patient's risk of life-threatening arrhythmia and which patients would benefit most from a defibrillator implant

Our lab now enjoys improved computational resources with the new MARCC system. An article describes how we used it for the purpose of Mending Broken Hearts (scroll down to that title).

"Personalized Risk Stratification for Sudden Cardiac Death Using Cardiac MRI and Virtual Heart Electrophysiologic Studies" With Dr. Kathy Wu, Adityo Prakosa, Plamen Nikolov, and Hermenegild Arevalo

Dr. Trayanova interviewed by Hopkins Medicine