Bioelectronic Mesh Grows With Cardiac Tissues for Comprehensive

Researchers have created a bioelectronic mesh embedded with graphene sensors that can record the electrical signals and movements of cardiac tissue at the same time without affecting its operation.

UMASS AMHERST ENGINEERS CREATE BIOELECTRONIC MESH CAPABLE OF GROWING WITH CARDIAC TISSUES FOR COMPREHENSIVE HEART MONITORING - The Graphene Council

Severe Lung Infection During COVID-19 Can Cause Damage to the Heart

Daily radiology news - mobile.

Wearable Devices Measure Seizure-Related Biosignals in Epileptic

Stem Cell Therapies

Conducting Polymers for Tissue Engineering

Wearable ECG Monitor Enables Highly Accurate, Sensitive and

Frontiers Advances in the design, generation, and application of tissue-engineered myocardial equivalents

Reprogramming of energy metabolism restores cardiac function after infarction in mice

Insertable Cardiac Monitor with World's Longest Battery Life to

Injectable Hydrogel Electrodes Offers Ground-Breaking Treatment Regimen for Arrhythmia - Critical Care - mobile.

Implantable Bluetooth Pacemaker Streamlines Remote Monitoring

Stem Cell Therapies

Researchers develop promising stem cell-based regenerative therapy for heart disease

Graphene `Tattoo` Implant Treats Cardiac Arrhythmia with Light