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Interventional Pain Management: A Practical Approach
DK Baheti, Sanjay Bakshi, Sanjeeva Gupta, RP Gehdoo
SECTION A: BASICS IN INTERVENTIONAL PAIN MANAGEMENT
ONE:
Basis of Radiological Imaging
HISTORY
ATOMIC STRUCTURE
ELECTRON ORBITS AND ENERGY LEVELS
ELECTROMAGNETIC SPECTRUM
PRODUCTION OF X-RAYS
X-ray Tube (Fig. 1.2)
Glass Enclosure
CATHODE
LINE FOCUS PRINCIPLE (FIG. 1.3)
THE ANODE
ROTATING ANODE
HEEL EFFECT
TUBE SHIELDING
TUBE RATING CHARTS
METAL/CERAMIC X-RAY TABLES (FIG. 1.4)
PROCESS OF X-RAY GENERATION
General Radiation/Bremsstrahlung
Characteristic Radiation
X-RAY GENERATORS
LAWS OF TRANSFORMER
RECTIFICATION
RECTIFIER
ATTENUATION
SCATTER RADIATION
FILTERS
COLLIMATORS
GRIDS
MOUNTING GRIDS
FLUOROSCOPIC IMAGING
The Design of Image Intensifier
ELECTROSTATIC FOCUSING LENS
ACCELERATING ANODE
OUTPUT PHOSPHOR
CLOSED CIRCUIT TELEVISION
RADIATION PROTECTION
RADIATION UNITS
Medical Radiation
DOSE LIMITING RECOMMENDATIONS
Occupational Exposure
Public (Non-occupational) Exposure
Trainees Under 18 years of Age
Embryo Fetus Exposure
PROTECTIVE BARRIERS
RECOMMENDED FOR FURTHER READING
TWO:
Spinal Radioanatomy Revisited
INTRODUCTION
STRUCTURE OF A TYPICAL VERTEBRA (FIGS 2.1 TO 2.4)
Thoracic Vertebrae (Figs 2.5 and 2.6)
Lumbar Vertebrae (Figs 2.1 and 2.6)
SCOTTY DOG (FIGS 2.8 AND 2.9)
Oblique Radiograph of the Lumbar Spine “The Scotty Dog” Appearance
Sacrum (Fig. 2.10)
Intervertebral Joints
The Spinal Cord
The Intervertebral Canal
RECOMMENDED FOR FURTHER READING
THREE:
Neurolytic Agents and Neurodestructive Techniques
INTRODUCTION
MECHANISM OF ACTION
Types of Neurolytic Agents and NeurodestructiveTechniques are as follows
Chemical Neurolytic Agents
Indications for Chemical Neurolysis
Complications of Chemical Neurolysis
Cryoablation
Radiofrequency Lesioning
CONCLUSION
SECTION B: DOCUMENTATION AND PROTOCOL
FOUR:
Informed Consent for Interventional Pain Procedures
FIVE:
Role of Investigations in Interventional Pain Procedures
INTRODUCTION
Biochemical Investigations
Diagnostic
IMAGING STUDIES
Plain Radiography (Figs 5.1 and 5.2)
Computed Tomography (CT)
Magnetic Resonance Imaging (MRI) (Figs 5.3 and 5.4)
Myelography
Nuclear Medicine Scanning (Bone Scan) (Figs 5.5A and B)
Arthrography
Discography (Fig. 5.6)
Electromyelography (Emg) and Nerve Conduction Studies: Electrodiagnostic Studies (Edx) (Figs 5.7 and 5.8)
THERMOGRAPHY (FIG. 5.9)
recommended For further Reading
SIX:
Protocol for Interventional Pain Procedures: A Suggested Format
SEVEN:
Evaluation of Pain Patient
EXAMINATION
Diagnostic Evaluations
Commonly Done Diagnostic Tests
Diagnostic Tests
RECOMMENDED FOR FURTHER READING
EIGHT:
Stimulation Guided Pain Mapping
INTRODUCTION
Indications
Contraindications
Equipment
Procedure (Figs 8.1 to 8.4)
Discussion
Conclusion
SECTION C: HEAD AND NECK
NINE:
Trigeminal Nerve Block
ANATOMY
Indications
Contraindications
Equipment and Drugs
Preparation
Position
Procedure
Neurolysis
Radiofrequency Ablation
Complications
TEN:
Maxillary Nerve Block
INTRODUCTION
ANATOMY (FIG. 10.1)
Indications
Contraindications
Equipment and Drugs
Preparation
Position
Procedure
Neurolysis
Radiofrequency Ablation
Complication
RECOMMENDED FOR FURTHER READING
ELEVEN:
Mandibular Nerve Block
INTRODUCTION
ANATOMY
Indications
Contraindication
Equipment and Drugs
Preparation
Position
Procedure
Neurolysis
Radiofrequency Ablation
Complication
RECOMMENDED READING
TWELVE:
Sphenopalatine Ganglion Block
ANATOMY (FIG. 12.1)
Indications
Contraindications
Equipment and Drugs
Preparation
Position
Procedure
Radiofrequency Ablation 1,2
Complications
REFERENCES
RECOMMENDED FOR FURTHER READING
THIRTEEN:
Glossopharyngeal Nerve Block
INTRODUCTION
APPLIED ANATOMY (FIG. 13.1)
TECHNIQUE OF GLOSSOPHARYNGEAL NERVE BLOCK
The Extraoral Approach
The Intraoral Approach
POTENTIAL COMPLICATIONS
NEURODESTRUCTIVE PROCEDURES
FOURTEEN:
Stellate Ganglion Block
ANATOMICAL CONSIDERATIONS
INDICATIONS
CONTRAINDICATIONS
Relative Contraindications
Preparation of the Patient
EQUIPMENT AND DRUGS
Equipment
Optional
Drugs
TECHNIQUE
Blind Approach (Fig. 14.3)
Fluoroscopy Guided Approach
SUCCESSFUL SYMPATHETIC BLOCK
Selection of the Level of the Sympathetic Block
Post-procedure Care
Complications
Technical Complications
Infectious Complications
Pharmacological Complications
Chemical Neurolysis
Radiofrequency Neurolysis
Postsympathectomy Syndrome
CONCLUSION
FIFTEEN:
Nerve Blocks for the Scalp and Injections
SENSORY SUPPLY OF THE SCALP
Six Sensory Nerve Branches of Either the Trigeminal Nerve or the Cervical Nerve Supply to the Scalp
Motor Supply
Blocks described:
Deep Cervical Plexus Block (Figs 15.1 and 15.2)
SUPERFICIAL CERVICAL PLEXUS BLOCK
GREATER AND LESSER OCCIPITAL NERVE BLOCKS
Anatomy (Fig. 15.4)
Technique (Fig. 15.5)
GREATER AURICULAR NERVE BLOCK
Anatomy
Technique (Fig. 15.6)
BOTULINUM TOXIN A INJECTIONS FOR MIGRAINE
Some Published Uses of Botulinum Toxin Type A
Headache and Migraine
Occupational Dystonia
Pain (muscle spasm)
Technique and Sites (Figs 15.7 to 15.9)
SECTION D: CHEST AND THORAX
SIXTEEN:
Suprascapular Nerve Block
INTRODUCTION
ANATOMY
Indications
Contraindication
Equipment and Drugs
Preparation
Procedure
Local Anesthetic Block
Neurolysis
Radiofrequency
Complication and Caution
SEVENTEEN:
Intercostal Nerve Block
INTRODUCTION
ANATOMY
Indications
Contraindication
Equipment and Drugs
Preparation
Position
Drugs Injected
Complications
EIGHTEEN:
Intrapleural Block
INTRODUCTION
Indications
Contraindications
Equipment/Types and Sizes of Needle
Drugs and Concentration
Pre-operative Preparation
Procedure
COMPLICATIONS
SECTION E: ABDOMEN AND PELVIS
NINETEEN:
Celiac Plexus Block
INTRODUCTION
Indications
Contraindications
Equipment/Types and Sizes of Needle (Fig. 19.1)
DRUGS AND CONCENTRATION
Procedure
Pre Operative Preparation
POSTERIOR APPROACH - COMMON AND PREFERRED APPROACH
Position and Landmarks (Fig. 19.2)
ANTERIOR APPROACH
INTRADISCAL APPROACH
COMPLICATIONS OF NEUROLYTIC CELIAC PLEXUS BLOCK
EVOLUTION IN THE TECHNIQUE OF CPB
RECENT ADVANCES AND ITS IMPLICATIONS
TWENTY:
Lumbar Sympathetic Block
INTRODUCTION
INDICATIONS
Diagnosis and Treatment
Contraindications
Equipment/Types and Sizes of Needle
Drugs and Concentration
Procedure
POSITION AND LANDMARKS
Problems
Discharge Instructions
No Driving for that Day
TWENTY ONE:
Hypogastric Plexus Block
INTRODUCTION
Pelvic Innervations
Causes of Pelvic Pain
Indications
Contraindications
Equipment/Types and Sizes of Needle
Drugs and Concentration
PRE-OPERATIVE PREPARATION
PROCEDURE
Other Approaches
Medial Approach
Evidence of Sympatholysis
Records
POST-PROCEDURAL CARE
Problems
Discharge Instructions
No Driving for that Day
TWENTY TWO:
Ganglion of Impar Block
INTRODUCTION
Indications
Equipment/Types and Sizes of Needle (Fig. 22.1)
Drugs and Concentration
Procedure
Pre-operative Preparation
LATERAL POSITION APPROACH - ANOCOCCYGEAL OR TRANS- SACROCOCCYGEAL APPROACH
Position and Landmarks
Another Technique
Contraindications
SECTION F: SPINE AND BACK
TWENTY THREE:
Cervical Epidural Block
OVERVIEW
ANATOMY
Indications
Contraindications
Equipment
Equipment for Translaminar Epidural Steroids
Equipment for Transforaminal Injections
TECHNIQUE FOR TRANSLAMINAR EPIDURAL INJECTIONS
Complications - Translaminar Epidural Injections
Transforaminal Injections Technique
Complications - Transforaminal Epidural Injections
TWENTY FOUR:
Cervical Facet, Median Branch Blocks
ANATOMY
INDICATIONS
CONTRAINDICATIONS
EQUIPMENT-CERVICAL FACET AND CERVICAL MEDIAL BRANCH BLOCK
TECHNIQUE- CERVICAL MEDIAL BRANCH BLOCK
COMPLICATIONS
CERVICAL FACET - INTRAARTICULAR TECHNIQUE
COMPLICATION
TWENTY FIVE:
Lumbar and Caudal Epidural Blocks
INTRODUCTION
ANATOMY
Evaluation
Indications
Contraindications
Equipment/Supplies
Medications
Techniques
Procedure
Interlaminar Approach
Transforaminal Approach
Caudal Approach
Post-procedural Care
Complications
Conclusion
TWENTY SIX:
Lumbar Facet and Median Branch Block
INTRODUCTION
Evaluation
ANATOMY
Procedures
CONTRAINDICATIONS
Equipment
Medication
Techniques
Lumbar Facet Joint Injection
Medial Branch Block
Post-procedural Care
Potential Complications
CONCLUSION
TWENTY SEVEN:
Sacroiliac Joint Block
INTRODUCTION
Anatomy
Indications
Contraindications
Equipment
Procedure
Post-procedural Care and Evaluation
Conclusion
SECTION G: ADVANCED PAIN MANAGEMENT
TWENTY EIGHT:
Percutaneous Adhesiolysis for Failed Back Surgery Syndrome and Other Applications
INTRODUCTION
APPLIED ANATOMY
INDICATIONS AND CONTRAINDICATIONS
TECHNICAL CONSIDERATIONS
RACZ TECHNIQUE
General Principles
The Caudal Approach
Interlaminar Lumbar Approach
MODIFIED MANCHIKANTI TECHNIQUE
Facilities
Preparation
Consent
Operating Room
Recovery Room
SIDE EFFECTS AND COMPLICATIONS
TWENTY NINE:
Epiduroscopy for Chronic Low-Back Pain and Radiculopathy
INTRODUCTION
Technical Requirements
Pathophysiology of Radicular Pain
Indications (Patient Selection)
Contraindications
How does SE Relieve Back pain?
Epiduroscopy: Instrumentation and Procedure
Epidural Access Kit
Video Guided Catheter (VGC) or Steering Device
Flexible Fiberoptic Endoscope
Sterilization Procedure for Fiberoptic Scope
Safety Considerations
Side Effects
Complications
Outcome Studies Following Spinal Endoscopy
Conclusion
THIRTY:
Spinal Cord Stimulation
INTRODUCTION
Mechanism of Action
Indications
Contraindications
Trial Stimulation
Surgical Implantation
Equipment
Procedure
Step 1 – Trial Stimulation
Step 2 – Permanent Implantation
Post-procedure Care following Surgical Implantation
Complications
Conclusion
THIRTY ONE:
Neuromodulation for Chronic Pain
THIRTY TWO:
Discography
THIRTY THREE:
Intradiscal Electrothermal Therapy (IDET)
INTRADISCAL ELECTROTHERMAL THERAPY
INDICATIONS
TECHNIQUE (FIGS 33.1 TO 33.9)
POST-OPERATIVE INSTRUCTIONS
COMPLICATIONS
STUDIES RELATED TO IDET
SUMMARY
THIRTY FOUR:
Percutaneous Lumbar Discectomy
INTRODUCTION
General Criteria for Patient Selection
Imaging in the Past Six Months Demonstrating
Other Selection Criteria
Contraindications
General Guidelines
Nucleoplasty
Specific Indications for Nucleoplasty Include
Contraindications
Equipments
Procedure
Dekompressor Discectomy
Post-procedure Care
Outcome Results
Percutaneous Hydrodiscectomy
Percutaneous Laser Disc Decompression (PLDD)
Chemonucleolysis
Nucleotome
Summary
THIRTY FIVE:
Vertebroplasty
INTRODUCTION
Indications
Contraindications
Mechanism of Action
Procedure
Post-operative Protocol
COMPLICATIONS
RESULTS
KYPHOPLASTY
THIRTY SIX:
Ozone and its Applications in Pain Management
THIRTY SEVEN:
Radiofrequency Coagulation
HISTORY OF LESIONING OF NEVOUS SYSTEMS
Radiofrequency Lesioning
LUMBAR RADIOFREQUENCY DENERVATION
Anatomy of Medial Branches4, 5
Principle of Radiofrequency Denervation
Patient Selection
Contraindications
Radiofrequency Denervation of Lumbar Medial Branches 9 (Figs 37.1 to 37.14)
Post-operative Care
Complications of Lumbar Radiofrequency
RADIOFREQUENCY DENERVATION OF CERVICAL MEDIAL BRANCHES
Anatomy of Cervical Medial Branches 10
Indication and Patient Selection
Complications
Procedure for Radiofrequency Denervation of Cervical Medial Branches (Figs 37.15 to 37.23)
Post-operative Recovery
Repetition
THIRTY EIGHT:
Intrathecal Implantable Devices
INTRODUCTION
INDICATIONS
CONTRAINDICATIONS
DRUGS USED
Screening of Patient
EQUIPMENT FOR INTRATHECAL IMPLANTATION
PROCEDURE
Step-1
Step-2
Step-3
Step-4
Step-5
Step-6
POST-PROCEDURE CHECK LIST
COMPLICATIONS
HELPFUL HINTS
SECTION H: WHAT'S NEW IN INTERVENTIONAL PAIN MANAGEMENT
THIRTY NINE:
Blunt Tip Needle
INTRODUCTION
RECENT ADVANCES AND ITS IMPLICATIONS
SECTION I: ALTERNATE THERAPIES
FORTY:
Intramuscular Stimulation
INTRODUCTION
History
Pathophysiology of Neuropathic Pain
Peripheral Mechanism in Neuropathic Pain
Cannon and Rosenblueth's Law of Denervation
Spondolysis and Radiculopathy1
CENTRAL MECHANISMS IN NEUROPATHIC PAIN1
CLINICAL FEATURES
DIAGNOSIS
TREATMENT
PHYSICAL THERAPY TREATMENT PRINCIPLES
Acupuncture
Varieties of Acupuncture
Intra Muscular Stimulation (IMS)
Equipments
Indications
Procedure
How much Deep to Penetrate
The Needle Grasp (Fig. 40.2)
How does Twirling the Needle Work?
Mechanism of Pain Relief in IMS
CONCLUSION
INDEX
TOC
Index
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