Mechanical Support for Heart Failure

Partial Support with Mechanical Circulatory Support Devices.- 24. Percutaneous Mechanical Circulatory Support Technologies.- 25. Computational Fluid Dynamics for Mechanical Circulatory Support Device Development.- 26. Hemodynamic Modelling and Simulations for Mechanical Circulatory Support.- 27. Options for Modeling and Simulations Used in Mechanical Circulatory Support Development.- Part V. Evolving Technologies and Device Concepts.- 28. Emerging Continuous Flow Blood Pump Technologies.- 29. The Development of Advanced Ventricular Assist Device as a Next Generation Ventricular Assist Device.- 30. Cleveland Clinic Total Artificial Heart.- 31. The ReinVAD LVAD - Smart Technology to Enhance Long-Term Circulatory Support Therapy.- 32. EVAHEART 2 Left Ventricular Assist System: A Hemocompatible Centrifugal Pump with Physiological Pulsatility.- 33. A Novel Rotary Total Artificial Heart Using a Single Shuttling Impeller.- 34. New Mechanical Circulatory Device: TORVAD.- 35. BiVACOR Total Artificial Heart.- 36. The Penn State Pediatric Total Artificial Heart.- 37. CorWave LVAD: Insight Into Device Concept And Stage of Development.- 38. Progress on Total Artificial Heart for Pediatric Patients.- 39. Progress on Wireless LVAD and Energy Sources for Mechanical Circulatory Systems.- Part VI. Management Strategies and Limitations of MCS.- 40. Risk Factors for Mechanical Circulatory Support Use and Risk Assessment.- 41. Gastrointestinal Bleeding in Mechanical Circulatory Support Patients.- 42. Postoperative Management Strategies in Mechanical Circulatory Support Patients.- 43. Palliative Care in MCS patients: Insights into Current Practice and Outcomes.- Part VII. Future Perspectives.- 44. Clinical Demands and Challenges for Future Mechanical Circulatory Support Technologies.- 45. Smart Mechanical Circulatory Support Devices: Requirements and Perspectives.- 46. Novel Solutions for Patient Monitoring and Mechanical Circulatory Support Device  Control.