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11/26/11 1 The National Academy of Sports Medicine From the Table to the Gym Functional Exercise Progressions for Massage Therapy Clients Course Objectives Learn how to incorporate functional exercises within massage therapy practices. Explore simple, evidence- based assessments and CEx strategies. Identify neuromyofascial tissues that prevent optimal movement. Identify muscles in need of progressive, functional training techniques.

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11/26/11  

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The National Academy of Sports Medicine

From the Table to the Gym

Functional Exercise Progressions for Massage Therapy Clients

Course Objectives

•  Learn how to incorporate functional exercises within massage therapy practices.

•  Explore simple, evidence-based assessments and CEx strategies.

•  Identify neuromyofascial tissues that prevent optimal movement.

•  Identify muscles in need of progressive, functional training techniques.

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Human Movement Refresher

•  The Human Movement System is made up of the nervous, muscular and skeletal system.

•  Posture is the alignment and function of the human movement system.

Nervous System Muscular System Skeletal System

Importance of Posture

•  Proper posture: –  Length-tension relationships –  Force couples and joint motion

•  Neuromuscular Efficiency –  Ability of the nervous system to

properly recruit all muscles in all planes of motion.

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Corrective Exercise Continuum

Inhibit

Lengthen

Activate

Integrate

Plan of Action

Corrective Exercise Continuum

Inhibit Activate Integrate

Inhibitory Techniques

Direct or Self Myofascial Release

Other Soft Tissue Release

Activation Techniques

Positional Isometrics

Isolated Strengthening

Integration Techniques

Integrated Dynamic

Movement

Lengthen

Lengthening Techniques

Static Stretching

Neuromuscular (PNF/Muscle

Energy) Stretching

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Subjective vs. Objective

MUSCLE IMBALANCE

Can “Feel” Tight Mechanical Tension

Can “Feel” Tight Neural Tension

What muscles often “feel” tight to clients?

Follow the Movement – Don’t Chase the Pain

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Dysfunction/Impairments

•  Hip and Knee Complex – More than 50% of high school and college athletic

injuries involve the knee joint –  PFPS and ACL injuries are the 2 most common in

this group – Hyper pronation a precursor for both – Hip abductor weakness and a deficit in hip internal

rotation risk factors as well – An increase in valgus angle may increasing loading

by @ 100% (knee moves in)

Identify Road Blocks and Performance Inhibitors

Overhead Squat Assessment Single Leg Squat Assessment

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KNEES: Move Inward

Ideal Compensation

KNEES: Move Inward Overactive Muscles

Biceps Femoris (short head)

Adductor Complex TFL (and IT band)

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Plan of Action

Corrective Exercise Continuum

Inhibit Activate Integrate

Inhibitory Techniques

Direct or Self Myofascial Release

Other Soft Tissue Release

Activation Techniques

Positional Isometrics

Isolated Strengthening

Integration Techniques

Integrated Dynamic

Movement

Lengthen

Lengthening Techniques

Static Stretching

Neuromuscular (PNF/Muscle

Energy) Stretching

KNEES: Move Inward Underactive Muscles

Gluteus Medius Gluteus Maximus

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Gluteus Medius

•  Origin: –  ilium between the PSIS and

iliac crest

•  Insertion: –  greater trochanter of femur

•  Concentric Actions: –  Anterior fibers- hip

abduction, flexion, internal rotation

–  Posterior fibers- hip abduction, extension, external rotation

Gluteus Maximus

•  Origin: –  iliac crest, sacrum,

coccyx, and the sacrotuberous and sacroiliac ligaments

•  Insertion: –  ITB and gluteal

tuberosity of the femur

•  Concentric Actions: –  hip extension, abduction,

and external rotation

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Activation : Glute Med Standing Cable Abduction

Start Finish

Activation : Glute Max Floor Bridge

Start Finish

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Integration: Lower Extremity

Dysfunction/Impairments

•  Low Back – Disc pressure increase with APT, PPT and

excessive forward lean – Compression, bending and twisting forces

increases intra-discal pressure –  Pelvic asymmetry and asymmetry in hip internal

rotation common in patients with SIJ dysfunction

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LPHC: Low Back Arches

Ideal Compensation

LPHC: Low Back Arches Overactive Muscles

Hip Flexor Complex Erector Spinae Latissimus Dorsi

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LPHC: Low Back Arches Overactive Muscle Iliopsoas (Psoas major + Iliacus)

•  Origin: –  transverse processes and

bodies of L1-L4, ilium

•  Insertion: –  lesser trochanter of femur

•  Concentric Actions: –  hip flexion, external

rotation, spinal extension (Bilateral), lateral flexion, flexion and rotation (Unilateral)

Plan of Action

Corrective Exercise Continuum

Inhibit Activate Integrate

Inhibitory Techniques

Direct or Self Myofascial Release

Other Soft Tissue Release

Activation Techniques

Positional Isometrics

Isolated Strengthening

Integration Techniques

Integrated Dynamic

Movement

Lengthen

Lengthening Techniques

Static Stretching

Neuromuscular (PNF/Muscle

Energy) Stretching

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LPHC: Low Back Arches Underactive Muscles

Abdominal Complex Gluteus Maximus Hamstrings

Transverse Abdominus

•  Origin: thoracolumbar fascia, cartilage of the last six ribs and iliac crest

•  Insertion: linea alba, pubic crest

•  Concentric actions: increases intra-abdominal pressure and supports abdominal viscera

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Activation: Transverse and Rectus AB Prone Iso Ab - Plank

Activation: Glute Max Floor Bridge

Start Finish

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Integration : Multiplanar Lunges

Dysfunction/Impairments

•  Shoulder –  21% of general population report pain –  Impingement most common diagnosis 40-65% –  Traumatic dislocations 15-25% prevalence –  Forward head posture, rounded shoulders, scapular

dyskinesis precursors to pain –  85% of force to decelerate a throwing/forward arm

motion comes from scapulothoracic stabilizers –  Rotator cuff activation can be increased by 23 to 24% just

by stabilizing the scapulae

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UPPER BODY: Arms Fall Forward

Ideal Compensation

UPPER BODY: Arms Fall Forward Overactive Muscles

Pectoralis Major Pectoralis Minor Latissimus Dorsi

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Plan of Action

Corrective Exercise Continuum

Inhibit Activate Integrate

Inhibitory Techniques

Direct or Self Myofascial Release

Other Soft Tissue Release

Activation Techniques

Positional Isometrics

Isolated Strengthening

Integration Techniques

Integrated Dynamic

Movement

Lengthen

Lengthening Techniques

Static Stretching

Neuromuscular (PNF/Muscle

Energy) Stretching

UPPER BODY: Arms Fall Forward Underactive Muscles

Middle & Lower Trapezius Rhomboids

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Activate: Floor Cobra

Integrate: Step Up - Curl – OH Press

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Confidential and Proprietary • National Academy of Sports Medicine © 2011

Compensation Probable Overactive Muscles Key Exercises

Feet Turn Out Lateral calf complex; biceps femoris (short head)

Single -leg Balance

Knee Moves In Adductor complex, biceps femoris (short head); TFL/IT Band

Bridging, Single-leg Balance, Lateral Tube Walking

Forward Lean Calf complex, hip flexor complex Ball Cobra, Bridges, Ball Wall Squat

Low Back Arches Hip flexor complex, erector spinae, latissimus dorsi

Prone Iso-abs, Quadruped Arm/Leg Raise, Bridges

Arms Fall Forward Latissimus dorsi, pectoral complex, teres major

Ball Cobra, Ball Combo I, Squat-to-Row

Solutions

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Confidential and Proprietary • National Academy of Sports Medicine © 2011

•  Certified Personal Trainer •  Corrective Exercise Specialist •  Performance Enhancement Specialist •  HFPN.com •  California University of Pennsylvania

– BS and MS programs 100% web-based

•  Con-Ed Requirements/Opportunities •  Sharecare.com

Additional Opportunities

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Confidential and Proprietary • National Academy of Sports Medicine © 2011

•  Rick Richey, MS, LMT, NASM – CPT, CES, PES, CSCS – [email protected]

•  Tony Ambler-Wright, MS, NASM–CPT, CES, PES, CSCS – [email protected]

Contact Information

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Confidential and Proprietary • National Academy of Sports Medicine © 2011

Thank You! For Your

Commitment to Excellence

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