Pilates for the Seated Musician: Muscular Imbalances and
Injury Prevention
Veronica Fulton 10/09/2016
The Pilates Clinic, Wimbledon 2015-16
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Joseph Pilates’ method has appealed to physical performers from the day he
opened his studio doors. Athletes, dancers and musicians have used the Pilates
method when experiencing overuse injuries to help with functional muscle
imbalances and postural deviations.
This paper will focus on a guitarist’s posture, spending their working day in
prolonged hours of flexion, neglecting posture, which can lead to imbalances and
injuries resulting in neck and back pain. This is likely due to recruitment of incorrect
muscles to hold their position, accompanied by poor posture and asymmetry.
I will evaluate the posture and muscular imbalances of a healthy guitarist and using
the BASI Block System, create a program to prevent injury to the shoulder girdle.
Making a specific program will correct imbalances and focus on strength and
endurance as well as improving their mind-body connection, performance and
minimising pain.
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Table of Contents
Page 1: Cover Page Page 2: Abstract Page 3: Table of Contents Page 4 and 5: Anatomical Description of the Shoulder Girdle Page 6 and 7: Anatomical Description of the Spine and Postural Deviations Page 8, 9, 10, 11: Case Study Page 12: Bibliography
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Anatomy of the Shoulder Girdle
The shoulder girdle is comprised of paired clavicles and scapulae. The only
bony attachment to the axial skeleton is via the clavicle at the sternoclavicular joint.
Laterally, the scapulae create a shallow indentation called the glenoid fossa for
articulation with the upper arm bone, the humerus. As the shoulder joint is a ball
and socket joint, it allows a wide range of movement, however there is a lack of
stability in this joint due to the size of the glenoid fossa and very little bony or
ligamentous support.
Scapula movement contributes to the fine tuning of the upper extremity kinetic
chain permitting the glenoid fossa to move in synergy with the humeral head. The
small muscles surrounding the scapulae are otherwise known as the rotator cuff
muscles, they include the supraspinitus, infraspinatus, teres minor and
subscapularis. These muscles connect the scapulae to the proximal humerus and
provide shoulder stability and facilitate subtle desired mechanics of the shoulder.
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Scapula balancing muscles, serratus anterior and trapezius, assist scapular
movement around the thorax. The rhomboids, levator scapulae and pectoralis
minor are the group of muscles which connect the scapulae to the surrounding
bones, but do not have direct connection with the humerus. Finally the largest
muscles which produce gross movements of the arm include the pectoralis major,
deltoids, latissimus dorsi and teres major.
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Postural deviations found in the thoracic and cervical spine can affect the normal
function of the glenohumeral joint. Scapular balancing muscles can also be
adversely affected. It is important to ensure the scapular is in the correct position
and then begin scapular stabilization exercises to strengthen the joint and prevent
injuries such as scapula disassociation, where the misaligned position of the
scapula and repetitive activities e.g. playing guitar, can affect the biomechanics of
the shoulder and can result in abnormal posturing.
Anatomy of the Spine
The spine is made up of 33 individual bones called vertebrae. The spinal column,
which is protected deep inside the bones provides the main support for your body.
Between each vertebrate is an intervetebral disc, a cushion to stop the bones from
rubbing against each other. The cervical spine (neck) is made up of 7 vertebrae
which support the weight of the head, the thoracic (mid-spine) has 12 vertebrae
and holds the rib cage in place. The lumbar spine (lower back) has 5 vertebrae and
holds the main weight of the body. The 5 sacral vertebrae attaches the spine to the
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pelvis and the 4 fused bones of the coccyx provide attachment for ligaments and
muscles.
When viewed from the side, the adult spine has an S-shape curve. The cervical
and lumbar regions have a slight concave curve and the thoracic and sacral
regions have a slight convex curve. The curves act as shock absorbers, help
maintain balance and allow a range of motion for the body. Faulty alignment can
occur when a postural deviation is present resulting in undue stress or strain on
bones, joints, ligaments and muscles. I will determine if there is a postural
deviation (structural or functional).
The most important muscles to develop for good posture and core control
are the multifidus and Transverse Abdominus. These deep muscles help to protect
the spine and pelvis, I will ensure these muscles are strong in order for functional
daily life.
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Case Study
Oliver is a 26 year old, male professional guitarist. He practices in a flexed, seated
position for up to 6 hours a day. To play the guitar, his left arm is in external
rotation and his right arm is in internal rotation. His upper body is rotated around
the longitudinal axis to the left. Naturally, his spine is slightly lordotic with his
shoulders rolling slightly forward of the plumb line. He has tight pectorals, his
shoulder joints have a limited range of movement and he has a weakness in the
thoracic spine. He also has extremely tight hamstrings and hip flexors, no doubt
from his days spent sitting. He aims to do exercise once a week but it is not a
priority. He has experienced lower back pain and for therapies, Oliver has received
treatment from physiotherapy, chiropractors and osteopaths and studied the
Alexander technique to help his posture.
The goals for this conditioning program using the BASI block system will enable
him to strengthen his deep abdominal and back muscles, especially in the thoracic
region. Stretch out his pectorals and increase the range of movement of the
shoulder joint without pain. Lengthen and strengthen the hip flexors and
hamstrings. I will also focus on exercises to strengthen the rotator cuff muscles in
the shoulder to allow him to practice safely. Ultimately, I will help him to become
more self-aware and help improve his posture.
Initial Programme Progressions
Warm Up Roll Down
Pelvic Curl
Spine Twist Supine
Single leg lifts
Chest Lift on the Step Barrel
Chest Lift on Mat
Foot Work Reformer
Parallel Heels
Parallel Toes
V-Position Toes
Open V Heels
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Open V Toes
Calf Raises
Prances
Single leg heels
Abdominal Work Reformer – Short Box Group
Round Back
Flat Back
Tilt
Twist
Cadillac
Mini Roll Ups
Hip Work Reformer
Frog
Down Circles
Up Circles
Openings
Spinal Articulation Reformer
Bottom Lift
Bottom Lift with Extension
Stretches Reformer
Standing Lunge
Pole
Shoulder Stretch
Overhead stretch
Ladder Barrel
Gluteals
FBI (Fund) Reformer
Up Stretch1
Cadillac
Thigh Stretch w/ RU bar
Reformer
Down Stretch
Cadillac
Kneeling Cat Stretch
Arm Work Reformer
(Arm Supine Series)
Extension
Adduction
Up Circles
Down Circles
Triceps
Ped-A-Pul
Adduction
Extension
Up Circles
Down Circles
Triceps
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Leg Work Wunda Chair
Leg Press Standing
Ankle Weights
Adductor Lift
Hip Abduction Bent Knee
Hip Extension Bent Knee
Hip Extension Straight Leg
Ankle Weights
Side Leg Lift
Forward and Lift
Forward with Drops
Lateral/Flexion Step Barrel
Side Lift
Back Extension Mat
Cat Stretch
Wunda Chair
Swan Basic
Mat
Swan Basic
Additional Exercises On Foam Roller
Remedial Shoulder Stretch
or Circles
Magic Circle
Arms Bent
Arms Straight
Arms Overhead
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Conclusion
This program was specifically designed to target Oliver’s goals, giving him
an increased understanding and awareness of his body and adhering to the ten
Pilates Principles.
Having followed this program for 3 months, Oliver has now become aware
of which muscles to recruit to help posture correction including significantly
strengthened abdominals and has taken steps to improve his practise ‘pose’. He
has demonstrated improved flexibility of the pectorals and an increased range of
movement in the shoulder joint. He has improved his understanding of the upper
back muscles, particularly rhomboids and scapula stabilisation.
An important part of his Pilates classes have been focused on stretching of
the glutes and hamstrings and remedial work to the shoulders, preventing injuries
to the shoulder and addressing his lower back pain. In addition, his increase in
stamina and strength will help him during his hours of practise and performance.
Oliver has been able to use his new knowledge and self-awareness learnt in
the studio and incorporates them into his practise and daily life, preventing himself
from injury and leading him to a pain free life.
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Bibliography
Isacowitz, Rael, Body Arts and Science International, 2000-2013, Study Guide: Comprehensive Course Isacowitz, Rael, Body Arts and Science International, 2000-2012, Auxiliary Movement Analysis Workbook Isacowitz, Rael, Body Arts and Science International, 2000-2012, Cadillac Movement Analysis Workbook Isacowitz, Rael, Body Arts and Science International, 2000-2012, Mat Movement Analysis Workbook Isacowitz, Rael, Body Arts and Science International, 2000-2012, Reformer Movement Analysis Workbook Isacowitz, Rael, Body Arts and Science International, 2000-2012, Wunda Chair Movement Analysis Workbook Pilates, Joseph, Pilates’ Return To Life Through Contrology, Revised Edition for the 21st Century, 1998 Brownstein, Bruce and Bronner, Shaw, Functional Movement in Orthopaedic and Sports Physical Therapy: Evaluation Treatment and Outcomes,1997 Berque, Patrice, n.d., Musculoskeletal Disorders Affecting Musicians And Considerations For Prevention, http://www.musicianshealth.co.uk/musiciansmusculoskeletaldisorders.pdf