20 YEARS OF OPTIMISING MOVEMENT HEALTH

Transcription

1 MOVE WELL TO LIVE WELL GIVE YOURSELF THE BEST ADVANTAGE MOVE BETTER - DO MORE HELPING YOU RESTORE QUALITY OF LIFE 20 YEARS OF OPTIMISING MOVEMENT HEALTH

2 THE MOVEMENT SOLUTION - ITALY Contemporary research clearly demonstrates that subjects with pain present with aberrant movement patterns, and adopt patterns of movement that would usually be used for high load tasks for low load function. This new course will help to help you to achieve a thorough understanding on the mechanisms of these aberrant patterns, how to identify them and how to manage them. This course aims to develop your knowledge of the examination, diagnosis and classification of motor control dysfunction and the management of movement dysfunction. Following this course you will be able to: Identify the real clinical priorities Assess, diagnose and classify movement in terms of pain and dysfunction from a motor control and biomechanical perspective Have available at your fingertips a large range of motor control and movement retraining strategies to establish optimal functional control Use a clinical reasoning framework to prioritise the clinical decision-making challenges that movement therapists experience in contemporary clinical practice Use fine-tuned observation and palpation skills enhanced by using imaging ultrasound and pressure biofeedback to give real-time feedback about recruitment and control of movement Develop an assessment framework that will provide a diagnosis of the site and direction of uncontrolled movement, uncontrolled translation, myofascial and articular restrictions and aberrant guarding responses, diagnosis of pain-sensitive tissues, diagnosis of pain mechanisms, mechanical inflammatory sensitization, CNS neurogenic sensitization and behavioural responses Use a clinical assessment tool to identify deficiencies and reassess improvements in motor control efficiency

3 Integrate non functional motor control back in functionally relevant movement Course content will include: The diagnosis, classification and motor control retraining of movement impairments at the lumbar spine, hip, cervical spine and shoulder girdle. A review of the biomechanics of normal function A review of the biomechanics of abnormal function producing tissue stress & pathology Making links between tests of abnormal movement and symptoms A clinical reasoning framework to identify priorities for rehab, where to start retraining, and how to be very specific and effective in exercise prescription and individual retaining package A look at knowing which way and how fast to progress, and knowing how to tell when retraining has achieved an effective end goal independently of symptoms Movement Health Control of direction for diagnostic frameworks Development of rehabilitation principles and application of retraining strategies for the local and global muscle systems Control of direction Control of translation Control of imbalance global stability control through range and global mobility extensibility How to put the latest research findings into clinical practice Understanding recruitment threshold applying principles of neurophysiology to motor control retraining exercise planning and design A review of muscle function based on the latest research and consideration of at muscle action in terms of one joint function and multi-joint function

4 Resource material (manuals): please bring to each sector the following manuals:- Concepts Masterclass / clinical judgement Site and direction of uncontrolled movement Global imbalance The local stability muscle system Movement Health Programme: Sector 1 Identifying and retraining site and direction of uncontrolled movement Concepts / theory of movement control impairments Principles of identifying site and direction of uncontrolled movement Practical application of indentifying uncontrolled movement in terms of site and direction at the lumbar spine, cervical spine, hip & shoulder girdle Taping to support uncontrolled movement or facilitate motor relearning

5 Timetable Sector 1 Day 1 CONCEPTS Admin, Introduction attendees Concepts Introduction Case study Jim Muscle classification Muscle classification Alignment, neutral training region, proprioception, repositioning Control of direction procedure [Practical] Day 2 CONCEPTS Physiology review The core redefined Movement control impairments Rehab management [Practical] Control of direction, Extension rotation control case study [Practical] range control (obliques) case study [Practical] extensibility (TFL) case study

6 Day 3 CONCEPTS & LUMBO-PELVIC DIRECTION CONTROL Theory Management: Local assessment & retraining, control through range, control of extensibility Theory Management: Cont [Practical] local (multifidus) case study Shoulder case study: local (subscapularis), Kinetic Medial Rotation Test (direction) Subscapularis (range) Day 4 LUMBO-PELVIC & HIP DIRECTION CONTROL [Practical] Control of Direction: lumbo-pelvic flexion, lumbo-pelvic extension, lumbopelvic rotation [Practical] Control of Direction: lumbo-pelvic flexion, lumbo-pelvic extension, lumbo-pelvic rotation [Practical] Control of Direction: Hip [Practical] Control of Direction: Hip

7 Day 5 CERVICAL & SHOULDER DIRECTION CONTROL [Practical] Control of Direction: Cervical [Practical] Control of Direction: Cervical [Practical] Control of Direction: Shoulder [Practical] Control of Direction: Shoulder Programme subject to change Home study / practical application Working through the practical application to identify and retrain site and direction of uncontrolled movement at the lumbar spine, cervical spine, hip & shoulder girdle Bring to sector 2, 2 case short case examples demonstrating within a clinical reasoning diagnostic framework the identification and retraining of uncontrolled movement in terms of site and direction (with reference to 10 questions) [Maximum 2 sides of A4] Revision of functional anatomy for global imbalance and the local muscle system Consideration of global imbalance in terms of site and direction of uncontrolled movement and indications for local stability retraining Studying literature to support the concept

8 Programme: Sector 2 Monday am: Hand in case examples Global imbalance in the clinical reasoning framework Functional anatomy and biomechanics related to site and direction of uncontrolled movement Global muscle systems synergies Assessment and retraining of global stability muscle system to control range of movement Assessment and retraining of global mobility muscle system extensibility Myofascial trigger points: Functional integration Give and restriction analysis Integration of all principles of assessment and retraining Movement Health Timetable Sector 2 Day 1 REVIEW & THROUGH RANGE LUMBO-PELVIC Feedback / Positive feedback & hard things from previous week Case study review Lumbo-pelvic muscle function [workshop] Alignment

9 Review direction control case study / patient focused assessment Through range control (theory review) [Practical] Control through range: lateral abdominals, back extensors, hip flexors, hip extensors, hip adductors Day 2 THROUGH RANGE HIP & CONTROL OF EXTENSIBILITY Hip case study [Practical] Control through range: hip Control of extensibility (theory review) [Practical] Lumbo-pelvic global mobiliser extensibility [Practical] Lumbo-pelvic global mobiliser extensibility Case studies Day 3 THROUGH RANGE CERVICAL & CONTROL OF EXTENSIBILITY Cervical alignment & function, revision of control of direction tests Case study [Practical] Control through range: cervical [Practical] Control through range: cervical [Practical] Cervical mobiliser extensibility

10 Clinical reasoning: restrictions and uncontrolled movements: interactions Case study Review Day 5 THROUGH RANGE SHOULDER & CONTROL OF EXTENSIBILITY Shoulder alignment & function, revision of control of direction tests Case study [Practical] Control through range: shoulder [Practical] Control through range: shoulder [Practical] Shoulder mobiliser extensibility Workshop rehabilitation: taking retraining to a higher level Case studies Day 5 CLINICAL JUDGEMENT Clinical reasoning Case studies Integration Practical continued Programme subject to change

11 Home study / practical application Working through practical application of assessment and retraining of the global muscle system Give and restriction analysis Bring to sector 3, 2 case short case examples demonstrating within a clinical reasoning framework the diagnosis of site and direction of uncontrolled movement, assessment and retraining of the global muscle system [Maximum 2 sides of A4] Consideration of indications for local stability retraining Studying literature to support the concept Programme: Sector 3 Monday am: Hand in case examples The Local Muscle System & Clinical judgment in the retraining of uncontrolled movement Assessment and retraining of the local muscle system Give and restriction analysis Clinical judgement Pain mechanisms and diagnosis of pain presenting mechanisms Tissue / pathology and diagnosis of likely complaining tissue (pathology)

12 Timetable Sector 3 Day 1 REVIEW & CONTROL OF TRANSLATION Feedback / Positive feedback & hard things from previous week Key messages Lumbo-pelvic movement impairments review [Practical] Control of translation lumbo-pelvic [Practical] Control of translation lumbo-pelvic [Practical] Control of translation lumbo-pelvic Day Lumbo-pelvic integrated cylinder Hip movement impairments review Anatomy review hip [Practical] Control of translation hip [Practical] Control of translation hip Hip instability Practical continued

13 Day 3 CASE STUDIES / CLINCAL REASONING / RECAP Case studies Clinical judgement Synergistic patterns in functional activities Focus on cervical spine Day 4 CONTROL OF TRANSLATION CERVICAL [Practical] Control of translation cervical [Practical] Control of translation cervical Case studies Synergistic patterns in functional activities Day 5 CONTROL OF TRANSLATION SHOULDER [Practical] Control of translation shoulder [Practical] Control of translation shoulder Case studies Synergistic patterns in functional activities

14 Programme subject to change Become a Kinetic Control Movement Therapist (KCMT) ON REGISTRATION YOU WILL RECEIVE: Certification as a KCMT Licence to use name KCMT and the Kinetic Control logo and trademark to help promote your business Listing on the Kinetic Control website to help potential clients find you Invitation to the annual Movement Therapist training day (delegate fee applies) to meet with like-minded colleagues for networking, lectures and practical sessions Be part of KC's International Network To register you will have completed: The Movement Solution or All courses in Level 1, Level 2 and 4 courses in level 3 or Completed the Keele University Module Movement Control Retraining of Movement Dysfunction For full details here

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