Cardiopulmonary Bypass

<p>VOLUME I</p> <p>PART I. Extracorporeal Life Support</p> <p>Editorial</p> <p>Kaan Kırali</p> <p>Introduction: Surgical Perspective</p> <p>Marko Turina</p> <p>Introduction: Perfusional Perspective</p> <p>Gerard J. Myers</p> <p>PART II. Artificial Circulation and Respiration</p> <p>1. Development of Extracorporeal Circulation</p> <p>Steven Tsui and Ismail Vokshi</p> <p>2. Future Artificial Surface Physiology</p> <p>Manoj Myneni and Keshava Rajagopal</p> <p>3. Future Artificial Heart</p> <p>O.H. Frazier</p> <p>4. Future Artificial Lung</p> <p>Justyna Swol</p> <p>5. Future Noninvasive Monitoring</p> <p>Silvia Mariani, Maria De Piero and Axel Haveric</p> <p>6. 3D Printing for Artificial Physiology</p> <p>Zhonghua Sun</p> <p>7. Advances for Artificial Circulation Guidelines</p> <p>Kaan Kırali</p> <p>PART III. Cardiopulmonary Bypass (CPB)</p> <p>8. Basics of Extracorporeal Circulation</p> <p>Vipin Zamvar and Peter Lang</p> <p>9. Pathophysiology of Cardiopulmonary Bypass</p> <p>Kaan Kırali, Davut Çekmecelioğlu, Tanıl Özer, Tolga Baş and Hülya Yük</p> <p>10. Microcirculation During Cardiopulmonary Bypass</p> <p>Thanos Athanasiou, Maria Fergadi and Dimitrios Magouliotis</p> <p>11. Standards for Cardiopulmonary Bypass</p> <p>David Fitzgerald and Justin Resley</p> <p>12. Mechanical Pumps for Cardiopulmonary Bypass</p> <p>Georg Maximilian Wieselthaler</p> <p>13. Oxygenators for Cardiopulmonary Bypass</p> <p>Korneel Vandewiele and Stefaan Bouchez</p> <p>14. Cannulations for Cardiopulmonary Bypass</p> <p>Gino Gerosa, Assunta Fabozzo and Chiara Tessari</p> <p>15. Anesthesia During Cardiopulmonary Bypass</p> <p>Antonio Pisano, Carolina Soledad Romero García, Nicola Galdieri and Giovanni Landoni</p> <p>16. Monitoring During Cardiopulmonary Bypass</p> <p>Kaan Kırali, Mustafa EMRE Gürcü, Pınar Karaca Baysal and Özlem Oğuzhan</p> <p>17. Transesophageal Echocardiography During Cardiopulmonary Bypass</p> <p>Federico Pappalardo, Giulia Maj and Stephanie Bertolin</p> <p>18. Hemostasis During Cardiopulmonary Bypass</p> <p>Giuseppe G. Faggian, Francesco Onorati, Ilaria Tropea, Annalisa Bernabei and Alessandra Francica</p> <p>19. Myocardial Preservation During Cardiopulmonary Bypass</p> <p>Kaan Kırali, Hakan Hançer, Taylan Adademir, Tolga Baş and Mine Şimşek</p> <p>20. Cerebral Preservation During DHCA in Cardiopulmonary Bypass</p> <p>Shahzad G. Raja</p> <p>PART IV. Special Cardiopulmonary Bypass</p> <p>21. Cardiopulmonary Bypass in Pregnancy</p> <p>Hartzell Schaff and Sri Harsha Patlolla</p> <p>22. Cardiopulmonary Bypass in Neonates and Infants</p> <p>Akif Undar, Ryan M. Holcomb, Krishna Patel and Yongwook Dan</p> <p>23. Cardiopulmonary Bypass in Pediatrics</p> <p>Afksendiyos Kalangos and Nataliia Shatelen</p> <p>24. Cardiopulmonary Bypass in Thoracic Aortic Surgery</p> <p>Davut Çekmecelioğlu, Kathleen Kibler, Vicente Orozco-Sevilla, and Joseph S. Coselli </p> <p>25. Cardiopulmonary Bypass in Lung Transplantation</p> <p>Alexander Sasha Krupnick, Aakash Shah and Joshua L. Leibowitz</p> <p>26. Cardiopulmonary Bypass in Non-Cardiac Thoracic Surgery</p> <p>Başar Sareyyüpoğlu, Magdy M. El-Sayed Ahmed and Mathew Thomas</p> <p>PART V. Special Situations for Perfusion </p> <p>27. Perfusion Ethics, Accreditation and Education</p> <p>David Fitzgerald and David Fisher Jr</p> <p>28. Perfusion Training</p> <p>Sven Maier and Christoph Benk</p> <p>29. Perfusion Management</p> <p>Filip De Somer</p> <p>30. Perfusion Accidents Management</p> <p>Carrel Thierry, Erich Gygax and Sarah Longnus-Henning</p> <p>31. Perfusion Separation Challenge</p> <p>Vladimir Lomivorotov and Ludmila Lomivorotova</p> <p>32. Perfusion for HIPEC</p> <p>Mustafa Duman, Erdal Polat, Mehmet Can, Kaan Kırali and Ercan Ersoy</p> <p>Part VI. Miniaturizing Cardiopulmonary Bypass </p> <p>33. Miniaturizing Cardiopulmonary Bypass (MiCPB)</p> <p>Kyriakos Anastasiadis, Polychronis Antonitsis, Kyriakos Anastasiadis, Helena Argiriadou and Apostolos Deliopoulos</p> <p>34. MiCPB in Cardiac Surgery</p> <p>Konstantinos S. Mylonas and Dimitrios V. Avgerinos </p> <p>35. MiCPB in Heart Valve Surgery</p> <p>Kaan Kırali</p> <p>36. MiCPB in Robotic Cardiac Surgery</p> <p>Michael J. Bates, W. Douglas Boyd, L. Wiley Nifong and Randolph Chitwood</p> <p>37. MiCPB in Pediatrics</p> <p>Giovanni Battista Luciani, Alessio Rungatscher, Daniele Linardi and Stiljan Hoxha</p> <p>Part VII. Organ Injury and Protection in Cardiopulmonary Bypass </p> <p>38. Metabolic Aspects in Cardiopulmonary Bypass</p> <p>John R. Cooper Jr, Katherine Gordon and Claudia Yu Yao Wei</p> <p>39. Inflammatory Injury in Cardiopulmonary Bypass</p> <p>Shahzad G. Raja</p> <p>40. Inflammatory Protection and Immune Support for Cardiopulmonary Bypass</p> <p>Shahzad G. Raja</p> <p>41. Lung Injury in Cardiopulmonary Bypass</p> <p>Stephen C. Clark and Vikrant Pathania</p> <p>42. Pulmonary Protection and Respiratory Support for Cardiopulmonary Bypass</p> <p>Kaan Kırali, Halide Oğuş, Mustafa Mert Özgür and Uğur Eke</p> <p>43. Brain Injury in Cardiopulmonary Bypass</p> <p>Michael P. Vallely, Fabio Ramponi, Kaye Hon, Michael Seco, John D. Puskas, Jonathon Fanning, Stuart Grieve, Paul Bannon and Leonard Kritharides</p> <p>44. Cerebral Protection and Neurologic Support</p> <p>John M. Murkin and Agya Boakye Atonsah Prempeh</p> <p>45. Kidney Injury in Cardiopulmonary Bypass</p> <p>Eduard Quintana, Cristina Ibáñez, Juan Perdomo, Alícia Molina-Andujar and Esteban Poch</p> <p>46. Renal Protection and Nephritic Support for Cardiopulmonary Bypass</p> <p>Kaan Kırali, Özge Altaş, Mustafa Emre Gürcü and Şefika Kılıç</p> <p>47. Splanchnic Protection and Support for Cardiopulmonary Bypass</p> <p>Paulo Roberto Barbosa Evora, Gabriel Bianco Giuliani, Cecilio Jacob and Patricia Martinez</p> <p>48. Intestinal Protection and Enteric Support for Cardiopulmonary Bypass</p> <p>Amer Harky, Kelly Wright and Naomi Melamed</p> <p>49. Endocrinological Protection and Hormonal Support for Cardiopulmonary Bypass</p> <p>Paulo Roberto Barbosa Evora, Gabriel Bianco Giuliani, Cecilio Jacob and Patricia Martinez</p> <p>50. Vessels Injury in Cardiopulmonary Bypass</p> <p>Assunta Fabozzo, Chiara Tessari, Giorgia Cibin and Gino Gerosa</p> <p>51. Infectional Protection and Antimicrobial Support for Cardiopulmonary Bypass</p> <p>Kaan Kırali, Yeşim Uygun Kızmaz, Pınar Atagün Güney and Nuray Çankaya</p> <p>VOLUME II</p> <p>Part VIII. Extra Corporeal Membranous Oxygenation (ECMO)</p> <p>52. Extracorporeal Membrane Oxygenation (ECMO)</p> <p>Kaan Kırali, Atakan Erkılınç, Serpil Gezer Taş and İsmail Yerli</p> <p>53. Contraindications for ECMO</p> <p>John Kyle Bohman, Misty Radosevich and Shihab Sugeir</p> <p>54. Hemodynamic Evaluation of Cannulas for ECMO</p> <p>Akif Undar, Krishna Patel, David Palanzo, Christoph Brehm and John L. Myers</p> <p>55. ECG-Synchronized Pulsatility for ECMO</p> <p>Akif Undar, Estelle Green, Orhun Davarci, Krishna Patel and Joseph B. Clark</p> <p>56. Cardiac Protection and Management during ECMO</p> <p>Kaan Kırali, Deniz Günay, Mehmet Aksüt, Sabit Sarıkaya and Hacı Aslan</p> <p>57. Pulmonary Protection and Management during ECMO</p> <p>Steven Keller</p> <p>58. Hemorraghic Protection and Management during ECMO</p> <p>Hanne Berg Ravn and Henrik Schmidt</p> <p>59. Cerebral Protection and Management during ECMO</p> <p>Mirko Belliato, Andrea Pellegrini and Roberto Veronesi Sr.</p> <p>60. Renal Protection and Management during ECMO</p> <p>Kaan Kırali, Murat Gücün, Aytaç Polat and Nazlı Kılıç</p> <p>61. Gastrointestinal Protection and Management during ECMO</p> <p>Paulo Roberto Barbosa Evora, Cecilio Jacob, Gabriel Bianco Giuliani and Patricia Martinez</p> <p>62. Vascular Protection and Management during ECMO</p> <p>Subhasis Chatterjee, Chibueze Onyemkpa, Zachary Pallister, Orlando Suero and Jayer Chung</p> <p>63. Infection Protection and Management during ECMO</p> <p>Nicolo Patroniti and Angelo Insorsi</p> <p>64. Inflammatory Protection and Management during ECMO</p> <p>Kiran Shekar, Elliott Theodrose Worku and Katrina K. Ki</p> <p>Part IX. Special Situations for ECMO </p> <p>65. Ethics and Quality Assurance for ECMO</p> <p>Kollengode Ramanathan, Kiran Shekar and Ujwal Dhundi</p> <p>66. Education and Training for ECMO</p> <p>Melissa Brunsvold, Robert E Bulander Jr and Ahmad Abutaka</p> <p>67. Nursing Care for ECMO</p> <p>Jo-anne Fowles and Andrew Hadley-Brown</p> <p>68. Transport and Retrieval for ECMO</p> <p>Ahmed Labib and Guillaume Alinier</p> <p>69. Weaning Strategies for ECMO and Awake ECMO</p> <p>Wiebke Sommer and Gregor Warnecke </p> <p>Part X. ECMO Support in Non-Cardiac Etiology </p> <p>70. ECMO in Neonates and Infants</p> <p>Denise Suttner</p> <p>71. CRRT during ECMO in Neonates and Infants</p> <p>Akif Undar, Lilly Su, Ryan M. Holcomb and John L. Myers</p> <p>72. ECMO in Nonsurgical Lung Conditions</p> <p>John Kyle Bohman, Juan Camilo Diaz Soto and Misty Radosevich</p> <p>73. ECMO in Lung Surgery</p> <p>Shahrokh Taghavi, Alberto Benazzo, Konrad Hötzenecker and Anders Andreasson</p> <p>74. ECMO in Intracranial Surgery</p> <p>Gevalin Srisooksai and Christoph N. Seubert</p> <p>75. ECC/ECMO in Controlled Reperfusion of Whole Body (CARL)</p> <p>Georg Trummer, Christoph Benk, Jan-Steffen Pooth, Sam Brixius and Friedhelm Beyersdorf</p> <p>76. ECMO in Accidental Hypothermia</p> <p>Kiran Shekar, Saikat Mitra, Kollengode Ramanathan and Justyna Swol</p> <p>77. ECMO in Trauma</p> <p>Akbarshakh Akhmerov and Danny Ramzy </p> <p>78. ECMO in Pandemics</p> <p>Cara Agerstrand, Briana Short, Philippe H. Lemaitre and Meaghan Flatley</p> <p>79. ECMO in COVID-ARDS</p> <p>Kaan Kırali, Adile Ece Altınay, Şirin Menekşe and Sibel Aydın</p> <p>Part XI. ECMO Support in Non-Surgical Cardiac Etiology </p> <p>80. ECMO for Challenging Percutaneous Intervention</p> <p>Matthew Acton, Corbin E. Goerlich and Ahmet Kilic,</p> <p>81. ECMO for End-stage Heart Failure</p> <p>Ahmet Kilic, Corbin E. Goerlich and Matthew Acton</p> <p>82. ECMO for Cardiogenic Shock</p> <p>Ibrahim Akin, Michael Behnes and Tobias Schupp</p> <p>83. ECMO for Cardiopulmonary Arrest (E-CPR)</p> <p>Hanne Berg Ravn and Henrik Schmidt</p> <p>Part XII. ECMO Support in Surgical Cardiac Etiology </p> <p>84. ECMO for Postcardiotomy Syndrome in Adults</p> <p>Alexis Edward Shafii and Bhalinder Dhaliwal</p> <p>85. ECMO for Postcardiotomy Syndrome in Pediatrics</p> <p>Katsuhide Maeda and Tracey R. Geoffrion</p> <p>86. ECMO for post-LVAD Right Ventricular Failure</p> <p>Jasmin Sarah Hanke, Güneş Doğan and Jan D. Schmitto</p> <p>87. ECMO for Thoracic Transplantation</p> <p>Leslie James, Deane E. Smith and Nader Moazami</p> <p>Part XIII. Non-ECMO Artificial Life Support </p> <p>88. Non-ECMO Artificial Circulatory Support Devices</p> <p>Mevlut Çelik and Simon Maltais</p> <p>89. Non-ECMO Artificial Respiratory Support Devices</p> <p>Jung-Yien Chien, Ting-Yu Liao and Yih-Sharng Chen </p> <p>90. Non-ECMO Artificial Circulatory Support for Postcardiotomy Syndrome</p> <p>Kenneth K. Liao and Harveen Lamba</p> <p>91. Non-ECMO Artificial Circulatory Support for Percutaneous Interventions</p> <p>Gregory W. Serrao, Anoop Ninan Koshy and Samin Sharma</p> <p>92. Non-ECMO Artificial Life Support for Thoracic Transplantation</p> <p>Jae-Seung Jung and SeokJin Haam</p> <p>Epilogue</p> <p>Kaan Kırali</p>