Clinical Applications of Echo Doppler Haemodynamics

1st Edition - March 17, 2025
Imprint: Academic Press
Editors: Edgar Argulian, Hatem Soliman Aboumarie
Language: English
Paperback ISBN:
9 7 8 - 0 - 4 4 3 - 2 6 7 6 7 - 3
eBook ISBN:
9 7 8 - 0 - 4 4 3 - 2 6 7 6 8 - 0

Clinical Applications of Echo Doppler Haemodynamics is precisely the book cardiologists and cardiology trainees have been waiting for. While this essential area of echoca… Read more

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Clinical Applications of Echo Doppler Haemodynamics is precisely the book cardiologists and cardiology trainees have been waiting for. While this essential area of echocardiography is crucial to cardiologists and all cardiac imagers, there are no dedicated books for case-based Doppler Echocardiography. This often-overlooked discipline integrates physiology with interpretation of a wide variety of real-life echo Doppler tracings. It contains critical information for professionals around the world, including contents highly relevant to their day-to-day practice as well as its unique case studies. An abundance of knowledge in this area can currently be found randomly in various textbooks, but they lack cohesive, dedicated explanations and discussions. Clinical Applications of Echo Doppler Haemodynamics presents the reader with 100 different Doppler images, exemplifying (among other things) cardiophysiology image analysis, LVOT, pulmonary pressures, shunts, congenital heart disease and ECMO. It quite literally gives medical professionals a new way to look at the heart, better allowing them to diagnose and treat previously under-identified ailments. It is a must-have for healthcare workers interested in the most accurate, up-to-date methods of cardiac imaging and Doppler interpretation.

Title of Book
Cover image
Title page
Table of Contents
Copyright
List of contributors
Foreword
Preface
Unit I. Fundamentals of spectral Doppler interpretation
Chapter 1. Fundamentals of spectral Doppler interpretation
Doppler effect
Principles of Doppler ultrasonography
Doppler-based hemodynamic assessment
Bernoulli equation
Continuity equation
Common principles for flow measurements
Aliasing
Spectral Doppler modes: Pulsed wave and continuous wave
Pulsed wave Doppler
Color Doppler
Color Doppler M-mode imaging
Continuous wave Doppler
Tissue Doppler imaging
Technical considerations
Doppler angle
Sample volume
Gain settings
Common artifacts in spectral Doppler
Mirror image artifact
Range ambiguity
Clutter
Conclusion
Unit II. Left heart disease
Chapter 2. Case 1
Chapter 3. Case 2
Chapter 4. Case 3
Chapter 5. Case 4
Chapter 6. Case 5
Chapter 7. Case 6
Chapter 8. Case 7
Chapter 9. Case 8
Chapter 10. Case 9
Chapter 11. Case 10
Chapter 12. Case 11
Chapter 13. Case 12
Chapter 14. Case 13
Chapter 15. Case 14
Chapter 16. Case 15
Chapter 17. Case 16
Chapter 18. Case 17
Chapter 19. Case 18
Chapter 20. Case 19
Chapter 21. Case 20
Chapter 22. Case 21
Chapter 23. Case 22
Chapter 24. Case 23
Chapter 25. Case 24
Chapter 26. Case 25
Chapter 27. Case 26
Chapter 28. Case 27
Chapter 29. Case 28
Chapter 30. Case 29
Chapter 31. Case 30
Chapter 32. Case 31
Chapter 33. Case 32
Chapter 34. Case 33
Chapter 35. Case 34
Chapter 36. Case 35
Chapter 37. Case 36
Chapter 38. Case 37
Chapter 39. Case 38
Chapter 40. Case 39
Chapter 41. Case 40
Chapter 42. Case 41
Chapter 43. Case 42
Chapter 44. Case 43
Chapter 45. Case 44
Chapter 46. Case 45
Chapter 47. Case 46
Chapter 48. Case 47
Chapter 49. Case 48
Chapter 50. Case 49
Chapter 51. Case 50
Chapter 52. Case 51
Chapter 53. Case 52
Chapter 54. Case 53
Chapter 55. Case 54
Chapter 56. Case 55
Chapter 57. Case 56
Chapter 58. Case 57
Chapter 59. Case 58
Chapter 60. Case 59
Chapter 61. Case 60
Chapter 62. Case 61
Chapter 63. Case 62
Chapter 64. Case 63
Chapter 65. Case 64
Chapter 66. Case 65
Unit III. Right heart disease
Chapter 67. Case 1
Chapter 68. Case 2
Chapter 69. Case 3
Chapter 70. Case 4
Chapter 71. Case 5
Chapter 72. Case 6
Chapter 73. Case 7
Chapter 74. Case 8
Chapter 75. Case 9
Chapter 76. Case 10
Chapter 77. Case 11
Chapter 78. Case 12
Chapter 79. Case 13
Chapter 80. Case 14
Chapter 81. Case 15
Chapter 82. Case 16
Chapter 83. Case 17
Chapter 84. Case 18
Chapter 85. Case 19
Chapter 86. Case 20
Chapter 87. Case 21
Chapter 88. Case 22
Chapter 89. Case 23
Unit IV. Shunts, congenital heart disease, and acute care
Chapter 90. Case 1
Chapter 91. Case 2
Chapter 92. Case 3
Chapter 93. Case 4
Chapter 94. Case 5
Chapter 95. Case 6
Chapter 96. Case 7
Chapter 97. Case 8
Chapter 98. Case 9
Chapter 99. Case 10
Chapter 100. Case 11
Chapter 101. Case 12
Index

Edgar Argulian

Dr Edgar Argulian, MD, MPH,

MPH, FACC, FASE is Associate Professor of Medicine/Cardiology at Icahn School of Medicine at Mount Sinai. He is the Director of Echocardiography Laboratories at Mount Sinai Morningside in New York, NY. In addition, he is Program Director of Cardiovascular Disease Fellowship at Mount Sinai Morningside, New York, NY. He has conducted multiple clinical research studies in cardiology, mostly in the areas of non-invasive imaging, pericardial disease, cardiomyopathy/myocardial disease, hypertension, stress testing, valvular heart disease and echocardiography. He continues active investigations in several areas of non-invasive cardiology such as cardiac ultrasound, stress echocardiography and myocardial disease. He has also maintained an active role in teaching trainees at several levels of training, including medicine residents and cardiology fellows. His educational activities including publishing review articles in high impact journals and editing a book entitled ‘Echocardiography in the CCU’ (2018).

Affiliations and expertise

Associate Professor of Medicine/Cardiology, Icahn School of Medicine, Mount Sinai, USA

Hatem Soliman Aboumarie

Dr. Hatem Soliman Aboumarie, MSc, FEACVI, FASE, FHEA is a consulting cardiothoracic intensivist at Royal Brompton and Harefield Hospitals in London, UK. He focuses on critical care echocardiography, lung ultrasound, mechanical circulatory support, and heart and lung transplantation. An honorary senior lecturer in cardiology and medicine at King's College London, he won a European Association of Cardiovascular Imaging (EACVI) Excellence in Education award.

Further, he is a member of the Royal College of Physicians (UK), the American Board of Echocardiography, the European Society of Cardiology, and is a board member and councilor for echocardiography at EACVI. He was elected Fellow of the Higher Education Academy of the UK (FHEA), a Fellow of the European Association of Cardiovascular Imaging (FEACVI), and a Fellow of the American Society of Echocardiography (FASE). Additionally, he is on the editorial boards of “JACC Cardiovascular Imaging,” “Frontiers in Cardiovascular Imaging” and “Transplantation and Critical Ultrasound Journal.”

Affiliations and expertise

Department of Cardiothoracic Anaesthesia and Critical Care, Harefield Hospital, Royal Brompton and Harefield Hospitals. King’s College London, UK

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