Additional Information
Book Details
Abstract
This work demonstrates a novel approach to visceral osteopathy. Basing their ideas on a sound understanding of the underlying A&P, Jean-Pierre Barral and Alain Croibier propose manipulation of the arteries to treat the intestines and other internal organs by increasing their blood flow. The arteries, elastic and muscular in structure, and the innumerable nerve filaments which surround them, react ideally to manual treatment. Rich in detailed, high quality illustrations, this book serves as both an anatomical reference and a guide to carrying out visceral vascular manipulations in the most effective way possible and is suitable for osteopathic physicians, osteopaths, chiropractors, physical therapists, manual therapists, physiotherapists, and massage therapists worldwide.
- Offers practical and clinically relevant information to all practitioners and therapists working in the field
- Abundant use of pull-out boxes, line artwork, photographs and tables facilitates ease of understanding
- Prepared by experts of international renown
- Covers treatment of the main organs including the heart, pancreas, small intestine, colon and other abdominal structures as well as the regions of the neck, skull and pelvic cavity
- Serves as both an anatomical reference and a guide to carrying out visceral vascular manipulations in the most effective way possible
- Suitable for osteopathic physicians and osteopaths, chiropractors, physical therapists, manual therapists, physiotherapists, and massage therapists
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front cover | cover | ||
Visceral Vascular Manipulations | i | ||
Copyright page | iv | ||
Table of Contents | v | ||
Preface | xxi | ||
Acknowledgments | xxiii | ||
General principles | 1 | ||
1 General organization of the cardiovascular system | 3 | ||
1.1 Introduction to the cardiovascular system | 3 | ||
1.1.1 Circulatory system | 3 | ||
1.1.2 Vascular network | 3 | ||
1.1.3 The heart | 3 | ||
1.1.4 Vascular sections – resistance and capacitance | 4 | ||
High pressure system | 4 | ||
Low pressure system | 5 | ||
1.1.5 Blood distribution | 5 | ||
At rest | 5 | ||
With exertion | 6 | ||
1.1.6 Types of circulation | 6 | ||
1.2 The heart | 7 | ||
1.2.1 Anatomy review | 7 | ||
Form and orientation | 7 | ||
Chambers | 7 | ||
Atria | 7 | ||
Ventricles | 7 | ||
Valves | 7 | ||
Arterioventricular valves | 7 | ||
Arterial valves | 7 | ||
Structure of the heart | 8 | ||
Myocardium | 8 | ||
Fibrous skeleton | 8 | ||
Muscular fibers | 9 | ||
Conduction system of the heart | 9 | ||
Endocardium | 10 | ||
Pericardium | 10 | ||
Serous pericardium | 11 | ||
Fibrous pericardium | 11 | ||
Cardiac vessels | 13 | ||
Vasa publica | 13 | ||
Vasa privata | 13 | ||
1.2.2 Extrinsic innervation | 13 | ||
Sympathetic system | 13 | ||
Parasympathetic system | 13 | ||
Cardiac plexus | 13 | ||
Actions | 16 | ||
Adaptation of cardiac activity | 16 | ||
Sympathetic action | 16 | ||
Parasympathetic action | 16 | ||
Vagal sympathetic tone | 17 | ||
1.3 Vessels | 17 | ||
1.3.1 Histology | 17 | ||
Vascular walls | 17 | ||
Tunica intima | 17 | ||
Tunica media | 17 | ||
Tunica adventitia | 18 | ||
Arterial smooth muscle fibers | 18 | ||
Endothelium | 19 | ||
1.3.2 Arteries | 19 | ||
Arterial network | 19 | ||
Elastic arteries | 19 | ||
Muscular arteries | 19 | ||
Arterioles | 19 | ||
Anastomoses | 19 | ||
Inosculation | 19 | ||
Transversal | 19 | ||
Convergence | 20 | ||
Plexus | 20 | ||
Vasculature and innervation | 20 | ||
Vasa vasorum | 20 | ||
Nervi nervorum | 20 | ||
Angiogenesis | 20 | ||
1.3.3 Capillaries | 20 | ||
Capillary bed | 21 | ||
Microcirculation | 21 | ||
1.3.4 Veins | 21 | ||
Walls | 21 | ||
Number | 21 | ||
Capacity | 21 | ||
Valves | 21 | ||
Venous sinus | 23 | ||
Properties | 23 | ||
1.3.5 Vascular network | 23 | ||
1.4 Blood | 23 | ||
1.4.1 Functions of blood | 23 | ||
Transport | 23 | ||
Regulation | 23 | ||
Defense | 23 | ||
Hemostasis | 25 | ||
1.4.2 Blood volume | 25 | ||
1.4.3 Composition | 25 | ||
Plasma | 25 | ||
Blood cells | 25 | ||
Erythrocytes or red blood cells | 25 | ||
Leukocytes, or white blood cells | 25 | ||
Platelets or thrombocytes | 25 | ||
1.4.4 Hematocrit | 26 | ||
1.4.5 Physical properties | 26 | ||
1.4.6 Viscosity | 26 | ||
2 Circulatory physiology | 27 | ||
2.1 Circulatory function – generalities | 27 | ||
2.1.1 Conceptualization | 27 | ||
2.1.2 Pressures | 27 | ||
Blood pressure | 27 | ||
Arterial pressure | 27 | ||
Systolic pressure | 27 | ||
Diastolic pressure | 28 | ||
Average blood pressure | 28 | ||
Values | 28 | ||
2.1.3 Arterial tension | 29 | ||
2.1.4 Arterial pulse | 29 | ||
2.1.5 Compliance and elasticity | 29 | ||
2.2 Cardiac physiology | 29 | ||
2.2.1 Cardiac mass | 29 | ||
Heart rate | 29 | ||
Cardiac cycle | 30 | ||
Terminology | 30 | ||
Cardiac cycle | 31 | ||
2.2.2 Cardiac output | 32 | ||
Regulation of output | 33 | ||
Frank–Starling law | 33 | ||
Volume of systolic ejection | 33 | ||
Pre-charge | 33 | ||
Post-charge | 33 | ||
Output adaptation | 34 | ||
2.2.3 Endocrine function | 34 | ||
2.3 Hemodynamics | 34 | ||
2.3.1 General hemodynamics | 35 | ||
Speed of blood flux | 35 | ||
Output | 35 | ||
Definitions | 35 | ||
Output–speed relationship | 35 | ||
Principle of continuity | 35 | ||
Cross-section effects | 35 | ||
Effects on pressure | 36 | ||
Circulation time | 36 | ||
Blood flow | 36 | ||
Circulatory gradients | 36 | ||
The notion of vascular charge | 37 | ||
Blood viscosity | 37 | ||
Loss of charge | 38 | ||
Venturi effect | 38 | ||
Nature of the flow | 38 | ||
Velocity profile | 38 | ||
Flow velocities | 39 | ||
Laminar flow | 39 | ||
Turbulent flow | 39 | ||
Reynolds’ number | 39 | ||
2.3.2 Arterial hemodynamics | 40 | ||
Elastic arteries | 40 | ||
Windkessel effect | 40 | ||
Pressure wave | 41 | ||
Muscular arteries | 41 | ||
Peripheral vascular resistance | 41 | ||
Law of Hagen–Poiseuille | 42 | ||
Arterioles and circulatory resistance | 42 | ||
2.3.3 Microcirculation | 42 | ||
Organization | 42 | ||
Exchanges | 42 | ||
2.3.4 Venous hemodynamics | 43 | ||
Capacitance and elastic veins | 43 | ||
Venous return | 43 | ||
Abdominothoracic pressure | 43 | ||
Central venous pressure | 45 | ||
3 Homeostasis of the cardiovascular system | 46 | ||
3.1 Cardiovascular adaptation factors | 46 | ||
3.1.1 Local circulatory regulation | 46 | ||
Vascular self-regulation | 46 | ||
Mechanisms of autoregulation | 47 | ||
Myogenic effects | 47 | ||
Temperature | 47 | ||
Oxygen deficiency | 47 | ||
Metabolites | 47 | ||
Autacoids | 47 | ||
Vascular endothelium | 48 | ||
Results | 48 | ||
3.1.2 The nervous system | 49 | ||
Receptors | 49 | ||
Arterial receptors | 49 | ||
Baroreceptors | 49 | ||
Chemoreceptors | 49 | ||
Other receptors | 49 | ||
Central control | 50 | ||
Cardiovascular motor centers in the brainstem | 50 | ||
Responses | 50 | ||
Electrical pathway | 50 | ||
Sympathetic system | 50 | ||
Parasympathetic system | 51 | ||
Mediators | 51 | ||
3.1.3 Hormonal system | 53 | ||
Adrenal medullary hormones | 53 | ||
The practice of visceral vascular manipulation | 83 | ||
7 Principles of visceral vascular manipulation | 85 | ||
7.1 The viscera: what an evolution! | 85 | ||
7.2 The global concept of visceral vascular manipulation | 86 | ||
7.2.1 Concept of vascular supply and interdependence | 86 | ||
Some examples | 86 | ||
The stomach | 86 | ||
The pancreas | 86 | ||
The small intestine | 86 | ||
The duodenum | 86 | ||
7.2.2 Arteries and pain | 87 | ||
Migraine | 87 | ||
Nervous and chemical hormonal systems | 87 | ||
Trigeminal cervical system | 87 | ||
Pathophysiology of mammary pain | 87 | ||
7.3 Principal vascular techniques | 87 | ||
7.3.1 Glide induction | 87 | ||
7.3.2 Stretch induction | 88 | ||
7.3.3 Compression–decompression induction | 88 | ||
7.3.4 Combined stretches | 88 | ||
7.3.5 ‘Accordion’ technique | 88 | ||
7.3.6 Visceral irrigation technique | 88 | ||
Irrigation technique principles | 88 | ||
Arteriovenous axis | 88 | ||
Maintained lift or stretch | 89 | ||
Unpleating arteries and veins | 89 | ||
Experimentation | 89 | ||
Irrigation technique methodology | 89 | ||
Respect the direction of the vascular axis | 89 | ||
Preliminary vascular shortening | 89 | ||
Main organs affected by irrigation techniques | 89 | ||
7.4 Arteries and veins: an indissoluble system | 89 | ||
1 Vessels of the Thorax | 91 | ||
8 The thorax: | 91 | ||
8.1 The container | 91 | ||
8.2 The rigid components | 91 | ||
8.2.1 Sagittal evaluation | 91 | ||
In decubitus position | 91 | ||
First test | 91 | ||
Second test | 91 | ||
In procubitus position | 92 | ||
8.2.2 Lateral evaluation | 92 | ||
8.2.3 Double compression evaluation | 92 | ||
Position | 92 | ||
Test | 93 | ||
8.2.4 Double compression treatment | 93 | ||
First time | 93 | ||
Second time | 93 | ||
8.3 The contents | 93 | ||
9 The heart | 94 | ||
9.1 Anatomy review | 94 | ||
9.1.1 External configuration | 94 | ||
9.1.2 Excitability of the cardiac fibers | 94 | ||
Central nervous system | 94 | ||
Vagal parasympathetic system | 95 | ||
Sympathetic nervous system | 95 | ||
Vagosympathetic actions | 95 | ||
Carotid sinus | 95 | ||
Vagal cervicothoracic depressor nerve | 95 | ||
9.1.3 The great vessels of the heart | 95 | ||
9.1.4 Landmarks simplified | 95 | ||
9.1.5 Fibrous skeleton of the heart | 95 | ||
9.2 Clinical evaluation of precordial pain | 98 | ||
9.2.1 Chest pain | 98 | ||
Circumstances of onset | 98 | ||
Location of pain | 98 | ||
Intensity of the pain | 98 | ||
Duration of the pain | 98 | ||
Dyspnea | 98 | ||
Discussion | 98 | ||
9.2.2 Precordial pain of noncardiac origin | 99 | ||
The stomach | 99 | ||
The esophagus | 99 | ||
Costovertebral neuralgia | 99 | ||
Other causes | 100 | ||
9.2.3 Psychoemotional factors | 100 | ||
9.3 Manual approach | 100 | ||
9.3.1 Precautions | 100 | ||
9.3.2 Indications | 100 | ||
9.3.3 Contraindications | 100 | ||
9.3.4 Compression – palpation of the heart | 101 | ||
Protocol | 101 | ||
Naturally hard areas of the heart | 101 | ||
What the palm feels | 101 | ||
9.3.5 Manipulations | 101 | ||
Technique for the fibrous skeleton | 101 | ||
Position | 101 | ||
Direct technique | 101 | ||
Double pressure technique | 102 | ||
Aortic arch technique | 103 | ||
Test | 103 | ||
Position | 105 | ||
Technique | 105 | ||
10 The thymus | 106 | ||
10.1 Can the thymus be felt? | 106 | ||
10.2 Anatomy review | 106 | ||
10.2.1 Evolution | 106 | ||
10.2.2 Vascularization | 106 | ||
10.2.3 Innervation | 106 | ||
10.2.4 Structure | 106 | ||
10.3 Physiology simplified | 106 | ||
10.4 Manual approach | 109 | ||
10.4.1 Retrosternal technique | 109 | ||
10.4.2 Vascular manipulations | 109 | ||
11 The subclavian arteries | 110 | ||
11.1 Anatomy review | 110 | ||
11.1.1 Origin | 110 | ||
11.1.2 Dimensions | 110 | ||
11.1.3 Pathway | 110 | ||
11.1.4 Relations | 110 | ||
Prescalene segment | 110 | ||
Interscalene segment | 110 | ||
Postscalene segment | 111 | ||
11.1.5 Collaterals | 111 | ||
11.1.6 Termination | 112 | ||
11.1.7 Irrigation territories | 112 | ||
11.2 Manual approach | 112 | ||
11.2.1 Contraindications | 112 | ||
11.2.2 Indications | 112 | ||
11.2.3 Palpation | 112 | ||
Location of the brachial artery | 112 | ||
Location of the subclavian artery | 112 | ||
11.2.4 Manipulations | 114 | ||
First method | 114 | ||
Position | 114 | ||
Maneuver | 114 | ||
Second method | 114 | ||
Sweeping the subclavian artery | 114 | ||
Pleurocervical attachments | 115 | ||
Step one | 115 | ||
Step two | 115 | ||
Sweeping | 115 | ||
Third method | 115 | ||
Position | 115 | ||
Technique | 116 | ||
12 The pulmonary vessels | 117 | ||
12.1 Anatomy | 117 | ||
12.1.1 Vasa publica | 117 | ||
12.1.2 Vasa privata | 117 | ||
12.1.3 Pulmonary hilum | 117 | ||
12.1.4 Comments | 117 | ||
12.2 Precautions | 117 | ||
12.3 Contraindications | 118 | ||
12.4 Indications | 118 | ||
12.5 Pulmonary vascular manipulation | 118 | ||
12.5.1 Comments | 118 | ||
12.5.2 Position | 118 | ||
12.5.3 Techniques | 118 | ||
Pulmonary arteries | 118 | ||
Pulmonary arterioles | 119 | ||
Manipulation in lateral decubitus | 120 | ||
13 Vessels of the breast | 121 | ||
13.1 Breast pain and the role of estrogen | 121 | ||
13.2 Breast cancer | 121 | ||
13.3 Anatomy | 122 | ||
13.3.1 Container | 122 | ||
13.3.2 Contents | 123 | ||
13.3.3 Innervation | 123 | ||
Intercostal nerves | 123 | ||
Nerves of the autonomic system | 124 | ||
Tegumentary innervation | 124 | ||
13.3.4 Vascularization | 124 | ||
Arteries of the breast | 124 | ||
Subclavian artery (see Chapter 11) | 124 | ||
Internal thoracic artery | 125 | ||
Origin | 125 | ||
Pathway | 125 | ||
Interesting relationship | 125 | ||
Collaterals | 125 | ||
Terminal branches | 126 | ||
Axillary artery | 126 | ||
Origin | 126 | ||
Pathway | 126 | ||
Termination | 126 | ||
Relations | 126 | ||
Collaterals | 126 | ||
Thoracoacromial artery | 126 | ||
Superior thoracic artery | 126 | ||
Lateral thoracic artery | 126 | ||
Comments | 127 | ||
Deep venous network | 127 | ||
Medial drainage | 127 | ||
Posterior drainage | 127 | ||
13.4 Manipulations | 127 | ||
13.4.1 Preamble | 127 | ||
13.4.2 Internal thoracic artery | 128 | ||
Pulse evaluation | 128 | ||
Manipulation | 128 | ||
Position | 128 | ||
Technique | 128 | ||
13.4.3 The axillary artery | 128 | ||
Manipulation of the subclavian muscle | 128 | ||
Position | 129 | ||
Technique | 129 | ||
Manipulation of pectoralis minor muscle (posterior part) | 129 | ||
13.4.4 Superior thoracic artery | 129 | ||
13.4.5 Lateral thoracic artery | 129 | ||
13.4.6 Brachial artery (see Chapter 11) | 129 | ||
13.4.7 Viscoelasticity treatment of the breast | 129 | ||
Precaution | 130 | ||
Position | 130 | ||
13.4.8 Traction–induction of the breast | 130 | ||
First method | 130 | ||
Second method | 131 | ||
13.4.9 Manipulation of the intercostal pedicle | 132 | ||
2 Vessels of the head and neck | 133 | ||
14 The common carotid artery | 133 | ||
14.1 Anatomy review | 133 | ||
14.1.1 Origin | 133 | ||
14.1.2 Pathway | 133 | ||
14.1.3 Termination | 133 | ||
14.1.4 Relations | 133 | ||
14.1.5 Carotid triangle | 133 | ||
14.1.6 Features | 133 | ||
14.1.7 Terminal branches | 133 | ||
14.2 Manual approach | 133 | ||
14.2.1 Palpation | 133 | ||
Caudad part | 134 | ||
Medial part | 134 | ||
Cephalad part | 136 | ||
What to look for in evaluating the artery | 136 | ||
14.2.2 Precautions | 136 | ||
14.2.3 Contraindications | 136 | ||
14.2.4 Indications | 137 | ||
14.2.5 Manipulations | 137 | ||
One position for three techniques | 137 | ||
Bidigital technique | 137 | ||
Multidigital stretch technique | 138 | ||
Glide–induction technique | 138 | ||
15 The external carotid artery | 139 | ||
15.1 Anatomy review | 139 | ||
15.1.1 Origin | 139 | ||
15.1.2 Course | 139 | ||
15.1.3 Terminal branches | 139 | ||
15.1.4 Collaterals | 139 | ||
15.2 Manual approach | 139 | ||
15.2.1 Palpation | 139 | ||
15.2.2 Precautions | 139 | ||
15.2.3 Contraindications | 139 | ||
15.2.4 Indications | 141 | ||
15.2.5 Manipulations | 141 | ||
Common position for three techniques | 141 | ||
Bidigital stretch technique | 141 | ||
Gliding–induction technique | 141 | ||
Digital spreading–gliding technique | 141 | ||
16 The facial artery | 143 | ||
16.1 Anatomy | 143 | ||
16.1.1 Origin | 143 | ||
16.1.2 Course | 143 | ||
16.1.3 Termination | 143 | ||
16.1.4 Collaterals | 143 | ||
16.1.5 Function | 143 | ||
16.1.6 Anastomoses | 143 | ||
16.2 Manual approach | 143 | ||
16.2.1 Pulse landmarks | 143 | ||
Comments | 143 | ||
16.2.2 Indications | 146 | ||
16.2.3 Supratrochlear–angular anastomoses | 146 | ||
17 The occipital artery | 147 | ||
17.1 Anatomy | 147 | ||
17.1.1 Origin | 147 | ||
17.1.2 Course | 147 | ||
17.1.3 Collaterals | 147 | ||
17.1.4 Terminal branches | 147 | ||
17.2 Manual approach | 147 | ||
17.2.1 Palpation | 147 | ||
17.2.2 Indications | 147 | ||
17.2.3 Manipulations | 147 | ||
Position | 147 | ||
Technique | 149 | ||
Comment | 149 | ||
18 The posterior auricular artery | 150 | ||
18.1 Anatomy | 150 | ||
18.1.1 Origin | 150 | ||
18.1.2 Pathway | 150 | ||
18.1.3 Collaterals | 150 | ||
18.1.4 Terminal branches | 150 | ||
18.1.5 Anastomoses | 150 | ||
18.2 Manual approach | 150 | ||
18.2.1 Palpation | 150 | ||
18.2.2 Indications | 150 | ||
18.2.3 Manipulations | 152 | ||
18.2.4 Position | 152 | ||
18.2.5 Technique | 152 | ||
19 The maxillary artery | 153 | ||
19.1 Anatomy | 153 | ||
19.1.1 Origin | 153 | ||
19.1.2 Pathway | 153 | ||
19.1.3 Collaterals | 153 | ||
19.2 Manual approach | 153 | ||
19.2.1 Palpation | 153 | ||
Position | 153 | ||
Infraorbital artery | 153 | ||
Mental artery | 155 | ||
19.2.2 Indications | 155 | ||
19.2.3 Infraorbital artery technique | 155 | ||
20 The superficial temporal artery | 156 | ||
20.1 Anatomy | 156 | ||
20.1.1 Origin | 156 | ||
20.1.2 Pathway | 156 | ||
20.1.3 Collaterals | 156 | ||
20.1.4 Terminal branches | 156 | ||
20.1.5 Features | 156 | ||
20.2 Manual approach | 156 | ||
20.2.1 Position | 156 | ||
20.2.2 Transverse facial artery | 156 | ||
Technique | 156 | ||
20.2.3 Zygomatico-orbital artery | 158 | ||
Conclusion | 253 | ||
Glossary | 254 | ||
Bibliography | 258 | ||
Index | 260 |