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Atlas of Anatomy of the peripheral nerves: The Nerves of the Limbs Expert Edition 2020 ed. [Hardback]

  • Formāts: Hardback, 468 pages, height x width: 279x210 mm, weight: 1692 g, 373 Illustrations, color; 12 Illustrations, black and white; XXXVI, 468 p. 385 illus., 373 illus. in color., 1 Hardback
  • Izdošanas datums: 22-Feb-2021
  • Izdevniecība: Springer Nature Switzerland AG
  • ISBN-10: 3030491781
  • ISBN-13: 9783030491789
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Atlas of Anatomy of the peripheral nerves: The Nerves of the Limbs Expert Edition 2020 ed.Palielināt
  • Formāts: Hardback, 468 pages, height x width: 279x210 mm, weight: 1692 g, 373 Illustrations, color; 12 Illustrations, black and white; XXXVI, 468 p. 385 illus., 373 illus. in color., 1 Hardback
  • Izdošanas datums: 22-Feb-2021
  • Izdevniecība: Springer Nature Switzerland AG
  • ISBN-10: 3030491781
  • ISBN-13: 9783030491789
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9783030491789.html
Keywords:
This book focuses on the anatomy of the peripheral nervous system. Using the latest 3D-computer graphic modeling techniques, the author developed the innovative NEURO 3D LOCATORTM concept, which provides 3D in-vivo ultrasound images of peripheral nerve architectures, allowing readers to develop a mental real-time 3D GPS of the peripheral nervous system. 
 
This new edition is an extended version of the “Student edition” dedicated to Experts and is divided into three main parts: The first part describes fundamental concepts, from immunohistochemistry to limb innervation, and includes a detailed evaluation of the morphofunctional anatomy of the peripheral nerves. It also presents relevant data on neuromuscular transmission, from both classic and recent literature, to enable readers to gain an understanding the physiology and pathology of peripheral nerves as well as the prospects of repair. The second section addresses the upper limb, the brachial plexus and related peripheral nerves, while the third section focuses on the lower limb, the lumbosacral plexus and related peripheral nerves.
 
By providing MRI sections related to the drawings and the descriptions of main nerve injuries, it facilitates radiological interpretation and clinical learning. The book also features detailed descriptions of surgical approaches and the ultrasound anatomy of the limbs, and includes supplementary material on applications to peripheral nerve stimulation, surgical procedures and interventional pain medicine techniques.
 
Presenting high-quality 3D videos showing the progression of the ultrasound probe in real-time, synchronized with live ultrasound views and enhanced with anatomical computerized graphic layers, as well as over 500 outstanding full-color 2D and 3D illustrations, and access to than 100 practical videos, this unique book is a valuable resource for anesthesiologists, radiologists, orthopedic surgeons, neurosurgeons, neuromodulators, physiatrists, pain physicians and rheumatologists. It will also appeal to the medical community in general.

Part I Morphological and Functional Anatomy of the Peripheral Nerve
The Normal Nerve
2(12)
Morpho-Functional Anatomy
2(1)
General Organization of the Peripheral Nerve
2(2)
The Structure and Physiology of the Nerves
4(1)
Axon
4(1)
Cytoskeleton
4(1)
Axonal Flow
4(2)
Schwann Cell and Myelination
6(1)
Mechanical Properties of the Nerves
7(1)
Vascularization of the Peripheral Nerves
8(2)
Neuromuscular Junction and Transmission
10(2)
Main Mechanisms of Synaptic Formation
12(2)
The Injured Nerve
14(10)
Physiology of the Damaged Nerve
14(1)
Pathophysiological Mechanisms
14(2)
Nerve Degeneration
16(2)
Mechanisms of Neural Repair
18(1)
Axonal Sprouting
18(2)
Neurotrophic Factors
20(1)
Potential Functional Consequences
20(1)
Functional Regeneration
20(1)
Neuroplasticity
20(1)
Conclusion
21(1)
Bibliography
22(2)
The Plexus
24(16)
Data Learned from Embryology
24(1)
Embryological Development of the Peripheral Nerves
24(1)
Growth of Precursor Cells
24(1)
Development of Segmental Spinal Nerves
24(1)
Basal Lamina and Alar Lamina
24(1)
Peripheral Nerve Pathways
24(1)
Formation of the Myelin Sheath
24(2)
Development of the Innervation of Limbs
26(1)
Introduction
26(1)
Notion of Motor Innervation
26(1)
Notion of Cutaneous Innervation
26(2)
Innervation of the Limbs in Adults
28(1)
Origin and Constitution of the Limb Nerves
28(4)
The Notion of Plexus
32(2)
Bibliography
34(6)
Part II Nerves of the Upper Limb
The Brachial Plexus
40(22)
The Brachial Plexus
40(2)
Morphological Data
42(1)
The Brachial Plexus Relations
42(2)
At the Supraclavicular Level
44(1)
At the Infraclavicular Level
44(4)
Morphological Data: Sono Anatomy
48(6)
Interventional Procedure
54(1)
Neurostimulation of the Brachial Plexus
54(1)
Interscalenic Track
54(1)
Installation
54(1)
Equipment and Location
54(2)
Procedure
56(2)
Supraclavicular Pathway
58(1)
Installation
58(1)
Equipment and Location
58(1)
Procedure
58(2)
Bibliography
60(2)
The Axillary Nerve
62(26)
Peripheral Branches
62(4)
Morphological Data
66(1)
Origin
66(1)
Path
66(1)
Neurovascular Relations
66(1)
Collateral Branches
66(1)
Terminal Branches
66(8)
Motor Function
74(1)
Sensitive Function
74(1)
Anastomoses
74(2)
Pathology
76(1)
Aetiology
76(1)
Clinical Significance
76(1)
Clinical Forms
76(1)
Explorations
76(1)
Treatment
76(2)
Morphological Data: Sono Anatomy
78(1)
Installation
78(1)
Equipment and Ultrasound Tracking
78(1)
Ultrasound Procedure
78(4)
Interventional Procedure
82(1)
Infiltration/Block Test
82(1)
Indication
82(1)
Out-of-Plane Technique
82(1)
In-Plane Technology
82(1)
Peripheral Nerve Stimulation
82(2)
Surgical Procedure
84(1)
Surgical Indications
84(1)
Surgical Approaches
84(1)
Skin Incision
84(1)
Nervous Exposure
84(1)
Technical Pitfalls
84(4)
The Musculocutaneous Nerve
88(30)
Morphological Data
88(1)
Origin
88(1)
Path
88(1)
Neurovascular Relations
88(6)
Collateral Branches
94(1)
Terminal Branches
94(1)
Motor Function
94(1)
Sensitive Function
94(1)
Anastomoses
94(9)
Pathology
103(1)
Aetiology
103(1)
Clinical Signs
103(1)
Explorations
103(1)
Treatment
103(3)
Morphological Data: Sono Anatomy
106(1)
Installation
106(1)
Equipment and Location
106(1)
Ultrasound Procedure
106(6)
Interventional Procedure
112(1)
Infiltration/Test Block
112(1)
Indication
112(1)
In-Plane Technology
112(1)
Peripheral Nerve Stimulation (PNS)
112(2)
Surgical Procedure
114(1)
Surgical Indications
114(1)
Surgical Approaches
114(1)
Skin Incision
114(1)
Nervous Exposure
114(1)
Technical Pitfalls
114(4)
The Radial Nerve
118(34)
Morphological Data
118(1)
Origin
118(1)
Path
118(1)
Neurovascular Relations
118(6)
Collateral Branches
124(1)
Terminal Branches
124(1)
Motor Function
124(4)
Sensitive Function
128(1)
Anastomoses
128(6)
Pathology
134(1)
Posterior Interosseous Nerve Syndrome
134(1)
Aetiology
134(1)
Clinical Signs
134(1)
Clinical Forms
134(1)
Explorations
134(1)
Treatment
134(10)
Interventional Procedure
144(1)
PNS
144(2)
Surgical Procedure
146(1)
Surgical Indications
146(1)
Surgical Approaches
146(1)
On the Arm
146(2)
At the Elbow
148(1)
Technical Pitfalls
148(4)
The Median Nerve
152(42)
Morphological Data
152(1)
Origin
152(1)
Path
152(1)
Neurovascular Relations
152(10)
Collateral Branches
162(1)
Terminal Branches
162(1)
Motor Function
162(1)
Sensitive Function
162(1)
Anastomoses
162(10)
Pathology
172(1)
Anterior Interosseous Nerve Syndrome
172(1)
Aetiology
172(1)
Clinical Significance
172(1)
Explorations
172(1)
Treatment
172(1)
Carpal Tunnel Syndrome
172(2)
Clinical Signs
174(1)
Anatomical Atypias
174(1)
Clinical Atypias
174(1)
Differential Diagnosis
174(1)
Treatment
174(2)
Morphological Data: Sono Anatomy
176(1)
Installation
176(1)
Equipment and Location
176(1)
Ultrasound Procedure
176(4)
Interventional Procedure
180(2)
Ultrasound Pathology
182(2)
Surgical Procedure
184(1)
Surgical Approaches
184(1)
Skin Incision
184(1)
On the Arm
184(1)
At the Elbow
184(2)
At the Forearm
186(2)
By Hand
188(1)
Technical Pitfalls
188(2)
Surgical Pathology
190(2)
Electronic Supplementary Material
192(2)
The Ulnar Nerve
194(48)
Morphological Data
194(1)
Origin
194(10)
Neurovascular Relations
204(1)
Collateral Branches
204(1)
Terminal Branches
204(1)
Motor Function
204(1)
Sensitive Function
204(1)
Anastomoses
204(10)
Pathology
214(1)
Cubital Tunnel Syndrome
214(1)
Aetiology
214(1)
Clinical Significance
214(1)
Clinical Forms
214(1)
Explorations
214(2)
Treatment
216(1)
Ulnar Tunnel Syndrome (Guyon's Canal)
216(1)
Aetiology
216(1)
Clinical Signs
216(1)
Clinical Forms
216(1)
Explorations
216(1)
Treatment
216(2)
Morphological Data: Sono Anatomy
218(1)
Installation
218(1)
Equipment and Location
218(1)
Ultrasound Procedure
218(12)
Interventional Procedure
230(1)
Anaesthetic Block of the Ulnar Nerve in the Elbow (Figure U34a)
230(1)
Anaesthetic Block of the Ulnar Nerve in the Ulnar Canal (Figure U34b)
230(2)
Ulnar Nerve PNS
232(2)
Surgical Procedure
234(1)
Surgical Approaches
234(1)
On the Arm
234(1)
At the Elbow
234(2)
At the Forearm
236(1)
Technical Pitfalls
236(2)
By Hand
238(1)
Main Technical Trap
238(4)
The Suprascapular Nerve
242(24)
Morphological Data
242(1)
Origin
242(1)
Path
242(1)
Neurovascular Relations
242(1)
Collateral Branches
242(1)
Terminal Branches
242(1)
Motor Function
242(1)
Pathologies
242(1)
Aetiology
242(1)
Clinical Significance
242(3)
Explorations
245(1)
Treatment
245(3)
Morphological Data: Sono Anatomy
248(1)
Installation
248(1)
Equipment and Location
248(1)
Ultrasound Procedure
248(1)
Interventional Procedure
249(1)
Infiltration/Test Block
250(1)
RFP
250(1)
PNS
250(2)
Surgical Procedure
252(1)
Surgical Approaches
252(1)
Skin Incision
252(1)
Nervous Exposure
252(2)
The Long Thoracic Nerve
254(1)
Morphological Data
254(1)
Origin
254(1)
Path
254(1)
Neurovascular Relations
254(1)
Terminal Branches
254(1)
Motor Function
254(3)
Pathologies
257(1)
Aetiology
257(1)
Clinical Significance
257(1)
Treatment
257(2)
Bibliography
259(7)
Part III Nerves of the Lower Limb
The Lumbosacral Plexus
266(14)
Morphological Data
266(1)
The Lumbar Plexus
266(2)
The Sacral Plexus
268(12)
The Obturator Nerve
280(182)
Peripheral Branches
276(4)
Morphological Data
280(1)
Origin
280(1)
Path
280(1)
Neurovascular Relations
280(8)
Collateral Branches
288(1)
Terminal Branches
288(1)
Motor Function
288(1)
Sensitive Function
288(1)
Anastomoses
288(6)
Pathology
294(1)
Obturator Neuralgia
294(1)
Aetiology
294(1)
Clinical Significance
294(1)
Explorations
294(1)
Treatment
294(2)
Morphological Data: Sono Anatomy
296(1)
Installation
296(1)
Equipment and Location
296(1)
Ultrasound Procedure
296(4)
Interventional Procedure
300(1)
Infiltration/Test Block
300(1)
Indication
300(1)
Technique
300(1)
PNS
300(1)
RFP
300(2)
Surgical Procedure
302(1)
Surgical Indications
302(1)
Skin Incision
302(1)
Nervous Exposure
302(1)
Technical Pitfalls
302(6)
The Femoral Nerve
308(1)
Morphological Data
308(1)
Origin
308(1)
Path
308(1)
Neurovascular Relations
308(1)
Collateral Branches
308(6)
Terminal Branches
314(1)
Motor Function
314(1)
Sensitive Function
314(1)
Anastomoses
314(6)
Pathology
320(1)
Femoral Nerve Syndrome or Femoral Neuralgia
320(1)
Aetiology
320(1)
Clinical Significance
320(1)
Explorations
320(1)
Treatment
320(2)
Morphological Data: Sono Anatomy
322(1)
Installation
322(1)
Equipment and Location
322(1)
Ultrasound Procedure
322(4)
Interventional Procedure
326(1)
Infiltration/Test Block
326(1)
Indications
326(1)
Technique
326(1)
PNS
326(1)
RFP
326(2)
Morphological Data: Sonoanatomy
328(1)
Installation
328(1)
Equipment and Location
328(1)
Ultrasound Procedure
328(4)
Interventional Procedure
332(1)
Infiltration/Test Block
332(1)
Indication
332(1)
Technique
332(1)
PNS
332(1)
Indications
332(1)
Technique
332(1)
RFP
332(1)
Indication
332(1)
Technique
332(4)
Surgical Procedure
336(1)
Surgical Indications
336(1)
At the Femoral Trigone
336(1)
Technical Pitfalls
336(4)
The Sciatic Nerve
340(1)
Morphological Data
340(1)
Origin
340(1)
Path
340(6)
Neurovascular Relations
346(1)
Collateral Branches
346(1)
Terminal Branches
346(1)
Motor Function
346(1)
Sensitive Function
346(1)
Anastomoses
346(10)
Pathology
356(1)
Aetiology
356(1)
Clinical Significance
356(1)
Clinical Forms
356(1)
Explorations
356(1)
Treatment
356(2)
Morphological Data: Sono Anatomy
358(1)
Installation
358(1)
Equipment and Location
358(1)
Ultrasound Procedure
358(1)
Piriformis Syndrome
358(6)
Interventional Procedure
364(1)
Infiltration/Test Block
364(1)
Indication
364(1)
Technique
364(1)
PNS
364(1)
Technique
364(2)
Surgical Procedure
366(1)
Surgical Indications
366(1)
Surgical Approaches
366(1)
On the Buttock
366(2)
At the Thigh
368(1)
Technical Pitfalls
368(4)
The Tibial Nerve
372(1)
Morphological Data
372(1)
Origin
372(1)
Path
372(1)
Neurovascular Relations
372(8)
Collateral Branches
380(1)
Terminal Branches
380(1)
Motor Function
380(1)
Sensitive Function
380(1)
Anastomoses
380(6)
Pathology
386(1)
Soleus Syndrome
386(1)
Aetiology
386(1)
Clinical Significance
386(1)
Explorations
386(1)
Treatment
386(2)
Tarsal Tunnel Syndrome
388(1)
Aetiology
388(1)
Clinical Significance
388(1)
Clinical Forms
388(1)
Explorations
388(1)
Treatment
388(2)
Morphological Data: Sono Anatomy Jyu Installation
390(1)
Equipment and Location
390(1)
Ultrasound Procedure
390(4)
Interventional Procedure
394(1)
Infiltration/Test Block
394(1)
Infiltration at the Proximal Part of the Tibial Nerve
394(1)
Technique
394(1)
Indication
394(1)
Technique
394(2)
RFP
396(1)
PNS
396(2)
Sural Nerve
398(1)
Installation
398(1)
Equipment and Location
398(1)
Ultrasound Procedure
398(2)
InfiltrationyTest Block
400(1)
Indications
400(1)
Technique
400(1)
RFP
400(2)
Surgical Procedure
402(1)
Surgical Indications
402(1)
In the Leg
402(1)
Skin Incision
402(1)
Nervous Exposure
402(1)
Technical Pitfalls
402(2)
Surgical Indications
404(1)
At the Ankle
404(1)
Skin Incision
404(1)
Nervous Exposure
404(1)
Technical Pitfalls
404(4)
The Fibular Nerve
408(1)
Morphological Data
408(1)
Origin
408(1)
Path
408(1)
Neurovascular Relations
408(1)
Collateral Branches
408(6)
Terminal Branches
414(1)
Motor Function
414(1)
Sensitive Function
414(1)
Anastomoses
414(6)
Pathology
420(1)
Fibular Nerve Injury
420(1)
Aetiology
420(1)
Clinical Significance
420(1)
Clinical Forms
420(1)
Explorations
420(1)
Treatment
420(2)
Morphological Data: Sono Anatomy
422(1)
Installation
422(1)
Equipment and Location
422(1)
Ultrasound Procedure
422(1)
Identification of the Common Fibular Nerve in the Cervix
422(2)
Deep Fibular Nerve
424(1)
Installation
424(1)
Equipment and Location
424(1)
Ultrasound Procedure
424(1)
Superficial Fibular Nerve
424(1)
Installation
424(1)
Equipment and Location
424(1)
Ultrasound Procedure
424(8)
Interventional Procedure
432(1)
Infiltration/Test Block at the Fibula Neck
432(1)
Technique
432(1)
Surgical PNS Implantation at the Fibula Neck
432(1)
Technique
432(1)
Infiltration/Test Block at the Tarsal Tunnel
432(1)
Indication
432(1)
Technique
432(1)
RFP
432(2)
Surgical Procedure
434(1)
Surgical Indications
434(1)
In the Leg
434(1)
Technical Pitfalls
434(1)
PNS by Surgery at the Fibula Neck
434(4)
The Lateral Cutaneous Nerve
438(1)
Morphological Data
438(1)
Origin
438(1)
Path
438(1)
Neurovascular Relations
438(1)
Terminal Branches
438(4)
Sensitive Function
442(2)
Pathology
444(1)
Meralgia Paraesthetica
444(1)
Aetiology
444(1)
Clinical Significance
444(2)
Morphological Data: Sono Anatomy
446(1)
Installation
446(1)
Equipment and Location
446(1)
Ultrasound Procedure
446(4)
Interventional Procedure
450(1)
Infiltration/Test Block
450(1)
Indication
450(1)
Technique
450(1)
PNS
450(1)
Indication
450(1)
Technique
450(1)
RFP
450(1)
Technique
450(2)
Surgical Procedure: Lateral Femoral Cutaneous Nerve Decompression
452(1)
Surgical Description
452(1)
Skin Incision
452(1)
Nervous Exposure
452(4)
The Other Nerves
456(1)
The Iliohypogastric Nerve
456(1)
Morphological Data
456(1)
Origin
456(1)
Path
456(1)
Neurovascular Relations
456(1)
Collateral Branches
456(1)
Terminal Branches
456(1)
Sensitive Function
456(1)
Anastomoses
456(2)
The Ilioinguinal Nerve
458(1)
Morphological Data
458(1)
Origin
458(1)
Path
458(1)
Neurovascular Relations
458(1)
Terminal Branches
458(1)
Sensitive Function
458(2)
Pathology
460(1)
Entrapment Neuropathies of the Ilioinguinal Nerve and of the Hypogastric Nerve
460(1)
Aetiology
460(1)
Clinical Significance
460(1)
Clinical Forms
460(1)
Treatment
460(2)
Bibliography 462(2)
Index 464
Prof. Philippe Rigoard is a spine and functional neurosurgeon and the head of the Spine & Neuromodulation Department at the Poitiers University Hospital, in France. He is also an Honorary Consultant at St Thomas & Guys Hospital, Pain clinic, in London, UK, an Anatomy conference reader at the Human Morphology Institute, Faculty of Medicine of the University of Poitiers and a Researcher at the CNRS, UPR 3346 Lab, Faculty of Sciences, Futuroscope. He is research program director of the PRISMATICS (Predictive Research In Spine & Neuromodulation Management And Thoracic Innovations In Cardiac Surgery) Lab in Poitiers. In parallel of studying anatomy and morphology at National Art Institute, Beaux-Arts, Paris, from 1994-1996, he decided to enter into medicine. He received his medical degree as 1st Laureate of faculty of Medicine, Poitiers in 2006 and completed postgraduate medical training in spine surgery 2008 and a fellowship in functional neurosurgery in 2009. From 2002-2007 he also completed his PhD of Sciences, in Poitiers as well as several degrees including in Neuromuscular Diseases, acute pain, chronic pain and pain management in emergency conditions, microsurgical techniques and surgical robotics. His main research interest is neuromodulation and spine biomechanics. He has intensive scientific collaborations with several researchers worldwide, e.g., Prof. Moens (Be), Dr. Al-Kaisy (UK), Prof. North and Prof. Slavin (USA).  He is reviewer for many scientific journals and a member of several learnt societies, including the International Association for the Study of Pain, International Neuromodulation society, European Association of Neurosurgeons, French and North American Society of Spine Surgery, and has been recently elected to become member of the National Academy of Surgery.  He is the actual president of the French Neuromodulation Association (SFNM) and the French chapter of the International Neuromodulation Society. He has also published dozens of journal articles, abstracts, and book chapters, and has lectured at numerous conferences and symposia worldwide.