Advances in Cardiovascular Technology

Part I: Cardiovascular practice 1. The history of cardiac device innovation: the collaborative triumph of the Kay-Cross Oxygenator 2. The critical need for ongoing innovation in cardiovascular medicine

Part II: Cardiovascular perfusion 3. Progress in cardiovascular perfusion and technology 4. Organ perfusion and cardiopulmonary bypass techniques

Part III: Mechanical circulatory support and organ replacement 5. Demand for mechanical circulatory support 6. Continuous-flow ventricular assist devices 7. Research and development for creating a universal ventricular assist device 8. Right ventricular assist device 9. Advanced approaches for total artificial heart development 10. Cardiac transplantation and organ preservation 11. Extracorporeal membrane oxygenation in adults 12. Device-based circulatory support therapy for heart failure with preserved ejection fraction

Part IV: Innovative surgical approaches and interventional techniques 13. Cardiac implantable devices in heart failure: role of imaging 14. Imaging technologies and virtual planning for congenital heart repairs 15. Evolution of device therapies for cardiovascular surgical care in children 16. Robotic mitral valve surgery: new techniques and solutions 17. Transcatheter aortic valve procedures: technology update 18. Technology advancement for percutaneous interventions for mitral regurgitation 19. Transcatheter mitral valve replacement: technology update 20. Novel developments in tricuspid valve assessment and treatments 21. Innovative surgical techniques for complex aortic repair 22. Innovative technologies for hybrid cardiovascular repair 23. Intraoperative cardiac deairing: new concept and technology

Part V: Treatment of cardiac rhythm disturbances 24. Cutting-edge technologies for cardiac rhythm treatment: recent progress of catheter ablation using radiofrequency current and pulsed electric field 25. Modern technologies for cardiac resynchronization therapy 26. Innovative approaches and technology platforms for pacemaker lead extraction 27. Surgical devices for cardiac radio-frequency ablation 28. Novel devices for epicardial left atrial appendage management 29. Technology for surgical cardiac cryoablation procedures

Part VI: Hemodynamic patient monitoring 30. Basic hemodynamic parameters 31. Wearable technologies for cardiac monitoring 32. Intelligent systems and smart devices for the continuous monitoring of cardiac hemodynamics 33. Microcirculation and tissue perfusion assessments for complex cardiovascular disease care 34. Technologies for hemodynamic measurements: past, present and future

Part VII: Future directions of cardiovascular technology 35. Cardiovascular device markets: where do we go now? 36. Innovation in cardiovascular bioelectronics 37. Diagnostics and prevention: landscape for technology innovation in precision cardiovascular medicine 38. Devices that enhance the biomechanics of the failing heart 39. Advancement of technology and innovation for future cardiovascular care

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• Engenharia biomédica
• Medicina cardiovascular

?3D modeling; 3D printing; 3D render; Ablation; Ablation clamp; Ablation pen; Adult cardiac surgery; Adult cardiovascular surgery; Advanced cardiac imaging; Air embolism; Anatomy of the aortic root; Annuloplasty; Aortic prosthesis; Aortic regurgitation; Aortic surgery; Aortic valve; Aortic valve regurgitation; Aortic valve stenosis; Argon; Arrhythmia; Arterial perfusion; Arterial system; Artificial intelligence; Assisted circulation; Atrial fibrillation; Augmented reality virtual reality; August Krogh; Biocompatible tissue; Bioelectronics; Bioengineering; Biomechanical approach; Bioresorbable electronics; Bipolar ablation; Biventricular support; Bradycardia; CIED; COVID-19; Cardiac ablation; Cardiac assist; Cardiac biomechanics; Cardiac cryoablation; Cardiac deairing; Cardiac devices; Cardiac implantable device; Cardiac implantable electronic device; Cardiac output; Cardiac resuscitation; Cardiac resynchronization therapy; Cardiac surgery; Cardio-thoracic; CardioMems; Cardiopulmonary bypass; Cardiothoracic surgery; Cardiovascular; Cardiovascular disease; Cardiovascular monitoring; Cardiovascular perfusion; Cardiovascular technology; Catheter ablation; Chest radiography; Circulatory failure; Computed tomography; Computer-assisted video microscopy; Congenital heart surgery; Conjunctival microcirculation; Consumer; Control; Coronary revascularization; Cryoprobe; Deairing device; Defibrillators; Diagnostic monitors; Diastolic dysfunction; Diastolic heart failure; Diffuse reflectance spectroscopy; ECMO; Electrical dyssynchrony; Electrical isolation; Electrical therapy; Electroporation; Endovascular therapy; Extracorporeal; Extracorporeal circulation; Extracorporeal mechanical oxygenation; Fibrillation; Flow; Flow measurement systems; Gene therapy; Genomics; Graphene; HFpEF; HFrEF; Heart and vascular; Heart failure; Heart transplant; Heart valve; Heat transfer; Hemodynamic parameters; Hemofiltration; History of medicine