VERTEBRAL MANIPULATION
An Integrative Approach from Evidence-Based Physiotherapy
Instructor:
Juan José Boscà Gandía
Physiotherapist, Osteopath D.O.
Degree in Nursing
Graduate in Kinesiology and Physiatry
Director General, INSTEMA
Date: 16–17 July 2027
Price: 500 €
Course Introduction
Spinal manipulation with impulse is one of the physiotherapy techniques that most attracts our attention when applying treatment to our patients.
From a clinical point of view, these techniques are commonly applied to joints with a significant restriction in their range of motion — areas often described as hypomobility zones. Recent research has provided deeper insight into the mechanisms and clinical benefits of these techniques.
Manipulation involves the manual application of a sudden, precise, high-velocity, short-amplitude impulse near the end of the available range of motion. The impulse may be delivered through a physiological movement, an accessory movement, or a combination of both.
This technique reaches a paraphysiological space beyond the range of passive mobility available in the joint. It is often accompanied by the characteristic audible click, typical of synovial joints with strong cohesion between their articular surfaces.
What is Manipulation?
Manipulation is a passive but slightly forced mobilization that moves a joint slightly beyond its usual mobility without exceeding the anatomical limits imposed by the joint structure.
The goal of manipulation is to restore maximum painless movement of the musculoskeletal system while maintaining postural balance.
This definition was established by international consensus in Fischingen, Switzerland in 1983, following a six-day meeting of leading experts in manual medicine from 35 countries.
Reference: Manual Medicine 1984. Heidelberg, 1985. Dvorak J., Dvorack V., Schneider W.
Course Objectives
General Objective
The main objective of the course is to learn how to assess the indications and contraindications for vertebral manipulation techniques through palpatory diagnosis and clinical examination.
Participants will learn to apply manipulation techniques to the cervical, thoracic and lumbar spine, and integrate these techniques with other physiotherapy approaches in order to optimize treatment outcomes.
Although the course is primarily practical, theoretical components will address the clinical relevance of these techniques in common conditions such as:
- degenerative arthropathies
- disc dysfunctions
Specific Objectives
Participants will learn to:
- Understand the neurophysiological effects of spinal manipulation
- Identify the indications and contraindications of manipulative techniques
- Learn the anatomy and biomechanics of each vertebral segment
- Master the optimal positioning of both patient and therapist
- Apply manipulation techniques with maximum efficiency and minimal effort
- Understand the immediate clinical effects of manipulation
These effects may include:
- reduction of pain
- neurovascular reflex responses
- improved posture
- increased joint mobility
- reduction of muscle spasm or hypertonicity
- decreased inflammation
- improved tissue fluid drainage
- enhanced muscle strength and endurance
- improved functional capacity
Therapeutic objectives of spinal manipulation according to the Quebec Task Force (Spine 12(7s):16–21).
Course Program
The course covers the general principles, mechanisms, indications and contraindications of spinal manipulation, followed by practical training focused on each spinal region.
Each seminar combines theoretical foundations with hands-on practice.
General Principles of Vertebral Manipulation
- Effects of vertebral manipulation
- Therapeutic objectives
- Neurovascular reflex mechanisms
- Indications for manipulation
- Mechanical and neurophysiological mechanisms
- Cavitation effect
- Muscular reflex responses
- Antalgic reflex action
Contraindications of Thrust Techniques
- Relative contraindications
- Absolute contraindications
- Post-manipulative reactions
Lumbar Spine Manipulation
- Anatomy of the lumbar articular facets
- Joint physiology and biomechanics of the lumbar interdiscosomatic segment
- Learning correct positioning and technical parameters
Lumbar Manipulation Techniques: Practical training in lumbar thrust techniques.
Thoracic Spine Manipulation
General Concepts
- Effects, indications and neurophysiological mechanisms
- Contraindications and safety considerations
Thoracic Manipulation
- Anatomy of the thoracic articular facets
- Biomechanics of the thoracic interdiscosomatic segment
- Patient positioning and technique parameters
Thoracic Manipulation Techniques
- Direct techniques in prone position
- Sitting techniques
- Lateral decubitus techniques
Cervical Spine Manipulation
General Considerations
- Contraindications of cervical thrust techniques
- Relative and absolute contraindications
- Post-manipulative reactions
- Evaluation tests that contraindicate manipulation
Middle Cervical Spine Manipulation
- Anatomy of cervical articular facets
- Biomechanics of the cervical segment
- Positioning and technical parameters
Cervical Manipulation Techniques
- Supine techniques
- Sitting techniques
