Format: 32 videos + 32 pdfs
Size: 14.3 GB
Release Year : 2024

Overview:

The UCSF Pediatric and Adult Spine Surgery Course is an advanced educational programme focused on contemporary developments, surgical principles, and innovative techniques in pediatric and adult spine surgery.

Designed as an interactive learning experience, the programme combines comprehensive educational sessions, clinical case presentations, evidence-based discussions, and hands-on surgical training. Participants explore the diagnosis and management of complex spinal disorders and develop practical approaches to clinical evaluation, preoperative planning, surgical decision-making, and operative technique.

The course addresses a broad spectrum of spinal conditions, including spinal deformity, degenerative disease, trauma, tumors, cervical and thoracolumbar pathology, pediatric scoliosis, and complex spinal reconstruction.

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Course Overview

The programme provides an in-depth review of current approaches to complex pediatric and adult spinal disorders, with particular emphasis on:

• Advanced spinal reconstruction
• Pediatric and adult spinal deformity
• Cervical, thoracic, and lumbar spine surgery
• Minimally invasive spine surgery
• Interbody fusion techniques
• Osteotomy and deformity correction
• Spinal trauma
• Spinal oncology
• Degenerative spinal disease
• Surgical complication prevention and management
• Advanced surgical technologies
• Preoperative and operative planning
• Evidence-based clinical decision-making

Interactive case presentations allow participants to apply the principles discussed throughout the programme to challenging clinical scenarios.

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Target Audience

The course is designed for healthcare professionals seeking to expand their knowledge and practical experience in pediatric and adult spine surgery, including:

• Spine surgeons
• Orthopedic surgeons
• Neurosurgeons
• Physicians
• Nurse practitioners
• Physician assistants
• Residents
• Fellows
• Other healthcare professionals involved in spine care

Participants can develop their skills in clinical evaluation, preoperative planning, surgical decision-making, and advanced spine surgery techniques.

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Learning Objectives

Upon completion of the programme, participants should be able to:

Spinal Reconstruction and Fusion

• Understand the indications, applications, and techniques for posterior column osteotomies.
• Review interbody fusion techniques and principles of spinal reconstruction.
• Understand the role and application of transpedicular osteotomy and corpectomy techniques.
• Evaluate different interbody fixation and fusion options.
• Apply techniques designed to achieve optimal arthrodesis.

Adult and Pediatric Spinal Deformity

• Interpret current evidence when assessing sagittal alignment in adult and pediatric spinal deformity.
• Evaluate coronal and sagittal alignment in complex deformity.
• Understand surgical correction strategies for pediatric and adult deformities.
• Develop appropriate approaches to complex spinal reconstruction.
• Improve patient selection for deformity procedures.

Minimally Invasive Spine Surgery

• Understand the appropriate application of minimally invasive surgical techniques.
• Compare minimally invasive approaches for degenerative and deformity-related conditions.
• Evaluate endoscopic and minimally invasive fusion techniques.
• Consider the benefits, limitations, and risks of minimally invasive approaches.

Degenerative Spine Disease

• Evaluate and manage lumbar degenerative disease using an evidence-based approach.
• Understand indications for surgical treatment of degenerative spinal disorders.
• Select appropriate surgical approaches based on patient characteristics and pathology.
• Consider strategies for reducing morbidity and improving clinical outcomes.

Spinal Oncology

• Diagnose spinal instability associated with spinal tumors.
• Develop surgical treatment strategies for patients with spinal oncology conditions.
• Address neurological deficits, pain, and mechanical instability.
• Apply evidence-based principles to surgical decision-making in spinal tumors.

Trauma

• Evaluate complex cervical, thoracic, thoracolumbar, and lumbopelvic spinal trauma.
• Develop appropriate surgical treatment strategies for traumatic spinal instability.
• Understand the role of enabling technologies in spinal trauma surgery.
• Apply imaging findings to surgical anatomy and operative planning.

Complication Prevention and Management

• Identify risk factors associated with perioperative morbidity.
• Recognize modifiable risk factors and develop appropriate optimisation strategies.
• Apply techniques for preventing complications during complex spinal surgery.
• Understand the management of complications following spinal deformity procedures.
• Evaluate complications such as proximal junctional kyphosis, distal junctional kyphosis, and adjacent segment disease.

Surgical Anatomy and Technical Skills

• Develop an understanding of the anatomical and technical considerations of complex cervical, thoracic, and lumbar procedures.
• Correlate radiographic findings with surgical anatomy.
• Apply anatomical knowledge to surgical approaches and instrumentation.
• Improve strategies for reducing intraoperative and postoperative complications.
• Refine preoperative and operative planning for pediatric and adult patients.

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Course Content

1. Pediatric Spinal Deformity

The pediatric spine section examines the evaluation and treatment of spinal deformities in children and adolescents.

Topics include:

• Addressing Pediatric Thoracolumbar and Lumbar Deformities
• Blood Loss Management in Pediatric Deformity Surgery
• Complication Avoidance in Routine AIS Surgery
• Enabling Technologies in Pediatric Deformity Surgery
• Goals of Correction in Adolescent Deformities
• Management of Spondylolisthesis in the Adolescent and Young Adult Patient
• Pediatric Spine Trauma: Similarities and Differences from the Adult Experience
• Treatment of Kyphosis in Pediatric and Young Adult Patients

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2. Adult Spinal Deformity

This section focuses on complex adult spinal deformity, alignment, reconstruction, and surgical correction.

Topics include:

• Coronal Alignment in Adult Deformity: Optimizing Outcomes
• Interbody Reconstruction vs. Posterior-Based Osteotomies for Adult Sagittal Malalignment
• Nuances of MIS Deformity Surgery
• Salvage Surgery of Previously Fused Thoracic and Lumbar Spine Deformities
• Managing Complications After Spinal Deformity Surgery
• Management of Cervical Spine Deformity
• Correction Surgery for Cervical and Craniovertebral Deformities

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3. Minimally Invasive and Endoscopic Spine Surgery

The programme explores contemporary minimally invasive approaches to spinal disorders, including developments in endoscopic techniques and minimally invasive fusion.

Topics include:

• Advances in Endoscopic Technique for Minimally Invasive Lumbar Fusion
• Choosing the Best Minimally Invasive Approach for Lumbar Degenerative Disease
• Innovation in Lumbar Spine Fusion: The Courage to Innovate
• Nuances of MIS Deformity Surgery
• Comparison of Prone vs. Lateral Interbody Fusion: Evolution of Technique

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4. Cervical Spine Surgery

The cervical spine section covers degenerative disease, deformity, trauma, instrumentation, and complex upper cervical pathology.

Topics include:

• Contemporary Treatment of Cervical Myelopathy
• Correction Surgery for Cervical and Craniovertebral Deformities
• Management of Cervical Spine Deformity
• Single-Level Cervical Disease: When to Offer What
• Upper Cervical Pathologies and Instrumentation Techniques
• Upper Cervical Trauma

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5. Thoracic and Lumbar Spine Surgery

This section addresses a broad range of thoracic and lumbar conditions, including degenerative disease, deformity, trauma, reconstruction, and fusion.

Topics include:

• Advances in Endoscopic Technique for Minimally Invasive Lumbar Fusion
• Choosing the Best Minimally Invasive Approach for Lumbar Degenerative Disease
• Innovation in Lumbar Spine Fusion
• Thoracolumbar Spine Trauma and Use of Enabling Technologies
• Salvage Surgery of Previously Fused Thoracic and Lumbar Spine Deformities
• Interbody Reconstruction vs. Posterior-Based Osteotomies for Adult Sagittal Malalignment

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6. Spinal Trauma

The trauma curriculum covers complex injuries affecting the cervical, thoracic, thoracolumbar, and lumbopelvic spine.

Topics include:

• Decision Making in Lumbopelvic Trauma Management
• Pediatric Spine Trauma: Similarities and Differences from the Adult Experience
• Thoracolumbar Spine Trauma and Use of Enabling Technologies
• Upper Cervical Trauma

The content focuses on diagnosis, surgical decision-making, spinal stability, instrumentation, and the use of advanced technologies in complex trauma cases.

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7. Spinal Oncology and Infection

The course also addresses challenging spinal conditions associated with tumors and infection.

Topics include:

• The Nuances in Management of Spinal Osteodiscitis: An Evidence-Based Approach
• Spinal tumor-related instability
• Surgical management of spinal tumors
• Neurological compromise and spinal instability
• Evidence-based treatment planning for spinal oncology patients

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8. Surgical Complications and Risk Management

Complication prevention is an important component of complex spine surgery.

Topics include:

• Complication Avoidance and Management in Complex Spinal Surgery
• Complication Avoidance in Routine AIS Surgery
• Managing Complications After Spinal Deformity Surgery
• Proximal Junctional Kyphosis
• Distal Junctional Kyphosis
• Adjacent Segment Disease
• Perioperative risk assessment
• Patient optimisation
• Strategies for reducing surgical morbidity

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9. Advanced Technologies and Innovation

Modern spine surgery increasingly incorporates advanced technology to improve surgical planning, precision, and patient outcomes.

Topics include:

• Enabling Technologies in Pediatric Deformity Surgery
• Thoracolumbar Spine Trauma and Use of Enabling Technologies
• Predictive Modeling and Deep Learning in Preoperative Patient Evaluation
• Advances in Endoscopic Spine Surgery
• Contemporary developments in minimally invasive spine surgery

This section examines how emerging technologies can support clinical evaluation, surgical planning, and operative decision-making.

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10. Emerging Research and Future Directions

The programme also considers the development of spine surgery over time and emerging areas of research.

Topics include:

• Abstract Symposium
• Current Status of Stem Cell Therapy for Acute Spinal Cord Injury
• Predictive Modeling and Deep Learning in Preoperative Patient Evaluation
• Prospective on Spine Surgery Over the Last 20 Years: What Are We Doing Better and Where Do We Fall Short?

These sessions provide context for ongoing innovation and future directions in spinal surgery.

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11. Case-Based Learning

Case Presentations

Interactive case-based sessions allow participants to examine challenging clinical scenarios and apply concepts related to:

• Diagnosis
• Imaging interpretation
• Patient selection
• Surgical indications
• Preoperative planning
• Surgical approach
• Instrumentation
• Deformity correction
• Complication prevention
• Postoperative considerations

Case-based learning supports the practical application of surgical principles and encourages structured clinical decision-making.

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Hands-On Surgical Education

The course includes practical education focused on the anatomical and technical subtleties of complex spine procedures.

Participants can develop experience with:

• Cervical spine procedures
• Thoracic spine procedures
• Lumbar spine procedures
• Surgical anatomy
• Instrumentation techniques
• Spinal reconstruction
• Advanced surgical technologies
• Operative planning

The hands-on component is designed to complement the clinical and didactic curriculum by providing practical exposure to surgical anatomy, techniques, instruments, and technologies relevant to complex spine surgery.

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Comprehensive Spine Surgery Training

The UCSF Pediatric and Adult Spine Surgery Course provides a comprehensive educational programme spanning pediatric and adult spinal surgery. Its curriculum brings together spinal deformity, degenerative disease, trauma, tumors, minimally invasive techniques, spinal reconstruction, advanced technology, surgical anatomy, and complication management.

By combining evidence-based education, interactive clinical cases, advanced surgical concepts, and practical training, the programme provides a valuable resource for surgeons and other healthcare professionals seeking to strengthen their knowledge and skills in the management of complex pediatric and adult spinal disorders.