Bronchoscopy, Percutaneous tracheostomy and airway ultrasound: 17/7/2026
By the end of this course, the participant will be able to
• Understand the anatomy of basic bronchial tree
• Recognize how to obtain identify the structure of bronchial tree using bronchoscopy
• Understand the anatomy of airway and trachea
• Develop the skill of performing percutaneous tracheotomy
Topic
• Introduction to bronchial anatomy
• Hands-on bronchoscopy
• Introduction to airway anatomy
• Hands-on airway ultrasound
• Hands-on percutaneous tracheostomy
Participants
0
By the end of this course, the participant will be able to
 
  • Understanding basic Lung Mechanics
  • Modes of mechanical ventilation
  • How to set ventilator parameters
  • Ventilator Graphics and patient ventilator synchrony
  • Mechanical ventilation for ARDS
  • Mechanical ventilation for COPD
  • Mechanical ventilation in special population
  • Basics of sedation and sedation assessment during mechanical ventilation
  • Weaning from mechanical ventilation
  • Diaphragmatic ultrasound
Participants
0
By the end of this course, the participant will be able to
 
  • Ultrasound guided Regional Blocks:
    Upper Limb (Brachial plexus, Median, Ulnar, Radial and Musculocutaneous nerves)
  • Trunk (TAP, Quadratus Lamborum, PECS block, Serratus, Erector spinae plane, Pecto-intercostal)
  • Lower Limb (Lumbar plexus, Femoral, Lateral femoral Cutaneous, Obturator, Sciatic, Popliteal, ankle block, PENG block)
  • Ultrasound guided spine interventions:
    Cervical region (Roots, Facet joints, medial branches, Greater occipital nerve, third occipital nerve, Stellate ganglion)
  • Thoracic region (Paravertebral, Intercostal nerves, assisted epidural)
  • Lumbar region (Lumbar facet Joints, Sacroiliac joint, Caudal epidural, Lumbar epidural, pyriformis muscle)
Participants
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By the end of this course, the participant will be able to
 
  • Understand the physics of ultrasound
  • Understand how to obtain basic cardiac echo views
  • Understand how to assess left and right cardiac function
  • Understand the basic concept of lung ultrasound
  • Understand different assessment protocols of respiratory and circulatory failure
  • Understand how to assess diaphragmatic function with ultrasound
Participants
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By the end of this course, the participant will be able to
 
  • Airway ultrasound
    1. Airway Anatomy
    2. Sonography Anatomy & Characteristics
    3. Transducer Selection & Settings
    4. Ergonomic Considerations
    5. Patient Positioning
  • Lung ultrasound
    1. Lung ultrasound diagnosis
    2. Diaphragmatic ultrasound assessment
  • E-FAST
    1. Evaluation of Trauma Patient
    2. eFAST Examination & Indications
    3. Anatomy for eFAST Windows: RUQ, Cardiac, LUQ, Pelvis, Lungs
    4. Assessment of cardiac ultrasound subxiphoid view
  • Vascular access
    1. Procedure Indications & Contraindications
    2. Site Selection
    3. Sonography Anatomy & Characteristics
    4. Transducer Selection & Settings
  • Gastric ultrasound
    1. Procedure Indications & Contraindications
    2. Site Selection
    3. Assessment of gastric residual volume
  • Peri-arrest protocol
    Use of ultrasound in cardiac arrest
Participants
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Very informative course, we were able to practice over and over again till we were able to obtain perfect ultrasound imaging and perfect view easily.
Ahmed Osama
Anesthesiologist

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