DIRECCIÓN
Course Venue: Hotel AC La Finca Pº del Club Deportivo, 1. Ed. 17 Parque empresarial La Finca Pozuelo de Alarcón 28223 Madrid / Cad-Lab Workshops: Universidad Francisco de Vitoria Carretera Pozuelo a Majadahonda, Km 1.800 Pozuelo de Alarcón 28223 Madrid Ver mapaLEARNING OUTCOMES
SPINAL ALIGNMENT AND BALANCE
• Goals of surgery in the spinal deformity continuum
• Understand the concepts of alignment vs balance
• Know key spino-pelvic parameters and their limitations
• Understand the concept of spinal harmony
• Know compensation mechanisms
CASTING, BRACING AND THE ROLE OF REHABILITATION
• Justify the role of casting today
• Explain the pros and cons of different types of brace treatment
• Formulate principles of rehabilitation for patients with spine deformity, both paediatric and adult
• Define the role of halo traction as definitive or interim treatment
PREOPERATIVE ASSESSMENT AND POSITIONING
• Record a comprehensive preoperative assessment
• Consider special issues including pulmonary, cardiac, hematological, nutritional and metabolic
• Position patients safely
• Explain the rationale to other team members
• Compare the purpose of prone, lateral and supine positions
INTRAOPERATIVE MONITORING
• Select appropriate types of monitoring
• Differentiate between SEP and MEP
• Perform a safe and reliable wake up test
• Recognise when a wake up test is required
• Respond appropriately when monitoring indicates intervention required
BLOOD SAVING IN SPINAL DEFORMITY SURGERY
• Anticipate the factors affecting blood loss
• Recognize trigger points for transfusion
• Minimise the risks of homologous transfusion
• Outline the role of erythropoietin
• Compare the pros and cons of autologous transfusion, haemodilution, hypotensive anaesthesia, anti-fibrinolytic agents, intraoperative blood salvage
PATHOGENESIS AND NATURAL HISTORY OF AIS
• Know concepts of development of AIS and subsequent implications for surgical treatment
• Describe the natural history of AIS
CLASSIFICATION AND SURGICAL INDICATIONS
• Know the pertinent classification systems and their limitations
• Understand and formulate surgical indications
• Goals of surgery for AIS
SELECTION OF FUSION LEVELS
• Use classification to determine the end limits of fusion (Lenke)
• Understand factors which may determine fusion levels such as curve flexibility, adding on etc.
• Define the lower and upper limit of instrumentation
SURGICAL STRATEGY: POSTERIOR APPROACH
• Formulate principles of surgical correction of AIS
• Understand the role of the sagittal plane in AIS and for surgical correction
• Evaluate strategic surgical options
• Recognise indications for a posterior or combined approach
SURGICAL STRATEGY: ANTERIOR APPROACH
• Differentiate between anterior release, anterior fusion and anterior instrumentation
• Select appropriate approach for procedure
• Recognise indications for anterior approach and anterior instrumentation
NEUROMUSCULAR SCOLIOSIS
• Describe the aetiology and prognostic factors associated with neuromuscular scoliosis
• Identify factors indicating progression or risk to neurological structures
• Evaluate management options
• Assess associated pulmonary and cardiac problems
CONGENITAL SPINAL DEFORMITIES
• Relate the stages of development to deformities of the spinal cord
• Select appropriate investigations
• Evaluate treatment options
HYPERKYPHOSIS (CONGENITAL, SCHEUERMANN, ANKYLOSING SPONDYLITIS…)
• Differentiate between the aetiology and prognostic factors associated with regular and angular kyphosis
• Evaluate management options
CORRECTING HYPERKYPHOSIS
• Review the spinal osteotomy options
• Explain how to correct Scheuermann kyphosis versus congenital kyphosis
SPONDYLOLISTHESIS: PATHOGENESIS AND CLASSIFICATION
• Describe the pathogenesis and causes of developmental spondylolisthesis
• Differentiate between high- and low-grade spondylolisthesis
• Know current classification systems
SPONDYLOLYSIS, LOW-GRADE OLISTHESIS
• Understand patho-anatomic features
• Know surgical indications
• Select appropriate surgical technique
HIGH-GRADE SPONDYLOLISTHESIS
• Describe the patho-anatomy of high-grade spondylolisthesis
• Differentiate between balance and unbalanced olisthesis
• Know different surgical techniques
• Understand the pros and cons of reduction vs. in situ fusion
PEDICLE SCREW GUIDANCE IN DEFORMITY
• Assess appropriate placement
• Minimise the risk of misplacement
• Balance the pros and cons of spinal navigation
• Assess the advantages and disadvantages of freehand probing
SACRO-PELVIC FIXATION
• Choose different options of sacro-pelvic fixation
• Describe surgical technique for CadLab
CAD LAB 1: ILLIO-SACRAL FIXATION: ILLIO-SACRAL SCREW PLACEMENT
• Identify key structures of the lumbo-sacral anatomy
• Identify the S1 screw entry points
• Relate anterior vascular structures and screw placement
• Prepare iliac screw holes
• Integrate safety measures and assess risks
• Place iliac instrumentation and connect to the lumbo-sacral construct
CAD LAB 2: THORACIC PEDICLE SCREW FIXATION & HYBRID SOLUTIONS
• Approach the posterior thoracic spine
• Identify anatomical screw entry points
• Anticipate the risks and pitfalls
• Perform free hand technique to prepare a screw hole
• Check integrity of screw hole by pedicle probe
• Place pedicle screw
• Prepare facet joint and place pedicle hook
• Place transverse process and lamina hooks
COURSE CHAIRMEN
Felisa Sánchez-Mariscal Díaz. Spain
Nelson Carvalho. Portugal
CAD LAB CHAIRMEN
Felisa Sánchez-Mariscal Díaz. Spain
Nelson Carvalho. PortugaL
COURSE FACULTY
Luis Álvarez Galovich
Teresa Bas Hermida
Nelson Carvalho
Vitor Castro
Rosa Mª Egea Gámez
Manuel Fernández González
Nicomedes Fernández-Baíllo Gallego de la Sacristana
Azucena García Martín
Rafael González Díaz
Sleiman Haddad
Carmen Martínez González
Antonio L. Pérez Abela
Pedro Rubio Belmar
Felisa Sánchez-Mariscal Díaz
José Miguel Sánchez Márquez
Francisco Serdoura
Francisco J. Serrano Escalante
Inmaculada Vilalta Vidal