The morbidity and mortality of cardiac arrhythmias are major international health concerns. Drug and device therapies have made inroads but alternative approaches are still being sought. For example, gene and cell therapies have been explored for treatment of brady- and tachyarrhythmias, and proof of concept has been obtained for both biological pacing in the setting of heart block and gene therapy for ventricular tachycardias. This paper reviews the state of the art developments with regard to gene and cell therapies for cardiac arrhythmias and discusses next step
Abstract Electrical impulses from cardiac pacemaker cardiomyocytes initiate cardiac contraction and ...
Arrhythmology has become a well-confirmed subspecialty in cardiology. Many different fields of rhyth...
Genetically engineered pacemakers could be a possible alternative to implantable electronic devices ...
Despite the ongoing advances in pharmacology, devices and surgical approaches to treat heart rhythm ...
Introduction: Arrhythmias can cause symptoms ranging from simple dizziness to life-threatening circu...
Cardiac disease is the leading cause of death in the developed world. Ventricular arrhythmias associ...
Gene therapy has progressed from a dream to a bedside reality in quite a few human diseases. From i...
Bradycardia arising from pacemaker dysfunction can be debilitating and life threatening. Electronic ...
Gene therapy to treat electrical dysfunction of the heart is an appealing strategy because of the li...
Introduction The treatment of arrhythmias is complex and there are many options including drug thera...
In this chapter the authors present the actual and future perspectives for genetic therap
Cardiac arrhythmias remain a common challenge and are associated with significant morbidity and mort...
Transgenic manipulation of intracellular signaling pathways may be an effective and highly-specific ...
Heart rhythm disturbances caused by different etiologies may affect pediatric and adult patients wit...
The use of molecular genetics is profoundly modifying the approach to the clinical management of inh...
Abstract Electrical impulses from cardiac pacemaker cardiomyocytes initiate cardiac contraction and ...
Arrhythmology has become a well-confirmed subspecialty in cardiology. Many different fields of rhyth...
Genetically engineered pacemakers could be a possible alternative to implantable electronic devices ...
Despite the ongoing advances in pharmacology, devices and surgical approaches to treat heart rhythm ...
Introduction: Arrhythmias can cause symptoms ranging from simple dizziness to life-threatening circu...
Cardiac disease is the leading cause of death in the developed world. Ventricular arrhythmias associ...
Gene therapy has progressed from a dream to a bedside reality in quite a few human diseases. From i...
Bradycardia arising from pacemaker dysfunction can be debilitating and life threatening. Electronic ...
Gene therapy to treat electrical dysfunction of the heart is an appealing strategy because of the li...
Introduction The treatment of arrhythmias is complex and there are many options including drug thera...
In this chapter the authors present the actual and future perspectives for genetic therap
Cardiac arrhythmias remain a common challenge and are associated with significant morbidity and mort...
Transgenic manipulation of intracellular signaling pathways may be an effective and highly-specific ...
Heart rhythm disturbances caused by different etiologies may affect pediatric and adult patients wit...
The use of molecular genetics is profoundly modifying the approach to the clinical management of inh...
Abstract Electrical impulses from cardiac pacemaker cardiomyocytes initiate cardiac contraction and ...
Arrhythmology has become a well-confirmed subspecialty in cardiology. Many different fields of rhyth...
Genetically engineered pacemakers could be a possible alternative to implantable electronic devices ...