SPRI | The Cardiovascular System During Exercise And Recovery (2024 EN)

Author: Tatsuhisa Takahashi
Full Title: The Cardiovascular System During Exercise And Recovery
Publisher: Springer; 2024th edition (February 5, 2025)
Series: -
Year: 2024
ISBN-13: 9789819984862 (978-981-99-8486-2), 9789819984855 (978-981-99-8485-5), 9789819984886 (978-981-99-8488-6)
ISBN-10: 9819984866, 9819984858, 9819984882
Pages: 161
Language: English
Genre: Medicine: Sports Medicine
File type: EPUB (True), PDF (True)
Quality: 10/10
Price: 149.79 €


This book highlights circulatory dynamics and cardiovascular control during exercise and post-exercise and recovery. Composed of seven chapters, it begins with an introduction to the enhanced recovery of heart rate to its pre-exercise resting level by light exercise, compared with heart rate during complete-rest recovery. The second chapter deals with similar time courses of mean blood pressure during recovery from exercise in an upright and a supine position. The recovery of a slowly decreasing heart rate after exercise is shown in the third chapter and facilitated by cool-down exercise. Chapter four addresses that a biphasic change in heart rate at the onset of light exercise, occurs from rest in upright, but not in a supine posture. The book then highlights postexercise regulation of the cardiovascular system between inactive and active recovery from moderate cycle exercise in an upright and a supine position in the fifth chapter. Chapter six demonstrates the differences in bloodflow velocity in the femoral artery measured by Doppler ultrasound velocimetry between inactive, passive, and active recovery. The book finally presents the Doppler measurement of blood flow velocity in the middle cerebral artery at rest and during cycle exercise and compares measurements between men and women.


Overview:
✓ Compares circulatory control at rest in standing, sitting, and supine positions and between men and women
✓ Examines how the cardiovascular variables work together
✓ Demonstrates that arterial pressure is regulated during postural changes and post-exercise recovery

Readership:
This publication aims for a broad audience that includes medical students and residents, graduate students in the medical sciences, kinesiology, biomedical engineering, and sports medicine, specialists in aerospace medicine and gravitational physiology, cardiologists, and any physician or medical professional with an interest in human cardiovascular function.

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