McDonald's Blood Flow in Arteries: Theoretical, Experimental and Clinical Principles (Hardcover, 7)

1 IntroductionMichael O’Rourke 2 Anatomy of the heart and circulationElazer Edelman 3 The nature of flow of a liquidWilmer Nichols 4 Properties of the arterial wall: theory and practiceWilmer Nichols 5 Endothelial cells and hemodynamicsElazer Edelman 6 General principles for measuring arterial wavesWilmer Nichols 7 Pulsatile pressure?flow relationsWilmer Nichols 8 Arterial wave reflectionsMichael O’Rourke 9 Contours of pressure and flow waves in arteriesMichael O’Rourke 10 Principles of recording and analysis of arterial waveformsWilmer Nichols 11 Vascular impedanceMichael O’Rourke 12 Coupling of the left ventricle with the systemic circulation: implications to cardiac failureMichael O’Rourke 13 The pulmonary circulation and impedanceMichael O’Rourke 14 The Specialized Circulations in Susceptible TissuesMichael O’Rourke 15 AgingMichael O’Rourke 16 HypertensionMichael O’Rourke 17 Interpretation of blood pressure in epidemiological studies and clinical trialsMichael O’Rourke 18 Arterial biomarkersCharalambos Vlachopoulos 19 Arteriosclerosis and AtherosclerosisMichael O’Rourke 20 Specific arterial diseaseCharalambos Vlachopoulos 21 Generalized and metabolic diseaseCharalambos Vlachopoulos 22 Emergence of therapeutic strategiesMichael O’Rourke 23 Endovascular implantsElazer Edelman 24 Cardiovascular Effects of ExerciseWilmer Nichols 25 Central arterial pressureCharalambos Vlachopoulos and Michael O’Rourke 26 Lifestyle and environmentCharalambos Vlachopoulos 27 Arterial pressure waveform analysisMichael O’Rourke