Iberian Course Diploma 2019

Madrid

Del al

Módulo 1

Basic Comprehensive Course

Dr. Máximo Alberto Díez Ulloa

Coordinador/a

Dr. Máximo Alberto Díez Ulloa

Spain

Dr. Antonio Martín Benlloch

Coordinador/a

Dr. Antonio Martín Benlloch

Spain

Programme Module Módulo 1

1.014,67 Kb

Módulo 1 Learning Outcomes

Session 1: LOW BACK PAIN (LBP)

CASE DISCUSSION: LOW BACK PAIN
  • Use clinical information to formulate a diagnosis and treatment plan
  • Recognising Serious Spine Disorders: Rule out red flags
CLINICAL EXAMINATION
  • Select appropriate clinical tests for a clinical situation
  • Perform a safe and effective clinical examination
  • Select appropriate communication skills with patients and their families
RADIOLOGY (LECTURE)
  • Explain risks of exposure to radiation and minimize risks for patients
  • Select the most appropriate investigations in spinal disorders
  • Discuss role, costs, advantages and limits of imaging in LBP
  • Select appropriate image guided infiltration tests and discuss clinical significance
NEW PERSPECTIVES IN LBP
  • Discuss differential diagnosis in patients with LBP
  • Recognise non-surgical systemic causes of LBP
  • Provide basic knowledge on spondyloarthritis
  • Nociception in non-specific LBP
  • Central sensitization in non-specific LBP
REHABILITATION AND MANUAL THERAPY
  • Outline principles of physical therapy
  • Discuss the possibilities of rehabilitation programs for patients with LBP
  • Select appropriate patients and explain principles of manual therapy
hfdsfhjkdhfajksdhjasfhd
  • fdahsfasd
  • jfdhsafa
  • jfhadsk

Session 2: FUNDAMENTAL RESEARCH

BIOMECHANIC IN VITRO MODELS
  • Outine loading in different positions of the spine
  • Explain how loading changes with age and pathology
  • Describe the basic principles of an in vitro experiment
  • Discuss the interpretation and limitation for evaluation of biomaterials
FINITE ELEMENT MODELS
  • Discuss applications for FE models
  • Explain setup, boundary conditions and validation of FE models
  • Interpretation and value of FE studies
BIOlOGY OF THE LUMBAR INTERVERTEBRAL DISC
  • Outline principles of celluar and molecular biology of the nucleus
  • Explain the role of nutrition and changes with age
  • Discuss the role of genetics in disc degeneration
  • Mechanical alteration of microstructures in the annulus
CELULAR AND MOLECULAR RESEARCH
  • Describe pre-clinical models for the intervertebral disc
  • Outline principles of stem cell therapy for disc regeneration
  • Explain the role of molecular for disc regeneration

Session 3: EPIDEMIOLOGY AND CLINICAL RESEARCH

EPIDEMIOLOGY & ECONOMICS
  • Quantify the problem of back in the society
  • Propose a strategy to reduce the problem
  • Explain research definitions, quality of life, economic utility values (QUALY)
EVIDENCE BASED MEDICINE
  • Rank levels of evidence
  • Define the needs of individual patients in the context of EBM
  • Explain the risk of bias and justify the role of EBM and guidelines
CLINICAL RESEARCH
  • How to design an appropriate clinical study and select classification criteria
  • Discuss the use of study results for own clinical practice
  • Define the role of registries
OUTCOME MEASURES
  • Explain the content of common scores used for LBP
  • Discuss the selection of appropriate questionnaires in a study or registry
  • Impement outcome measures in own clinical applications

Session 4: RED FLAGS: CASE DISCUSSION

TRAUMATIC SPINAL CORD INJURY
  • Recognise, plan transport, investigation and treatment of a patient with SCI
  • Anticipate potential complications and how to avoid them
SPONDYLODISCITIS
  • Discuss diagnostic pathways, potential complications, treatment options
PRIMARY TUMOR OF THE SPINE
  • Interpret clinical information and imaging studies
  • Formulate a diagnosis and treatment plan
INFLAMMATORY DISEASES OF THE SPINE
  • Discuss diferential diagnosis, clinical, biologic, imaging studies and treatment