Pilates Flashcards

1
Q

Define pilates

A

A series of nonimpact exercises designed by Joseph Pilates to develop strength, flexibility, balance, and inner awareness

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2
Q

Joesph Hubertus

A

Creator of pilates

Childhood illness

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3
Q

Pilates book for HEP

A

Joesph wrote the book Return to Life so that he could spread his ideas and exercises at low cost
Has instructions for 34 exervises with emphasis on breath and motor control
70% are contraindicated for OP, disc pathology, and sciatica though

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4
Q

Proliferation of pilates

A

1992 - name pilates was copyrighted
2000 - pilates ruled to be generic name
Sales increased a lot 1997-2002

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5
Q

Goals of pilates

A

To stabilize the powerhouse by isometric, concentric, eccentric strengthening of abdominal, lower spine and PFM
To train the local spinal mm, incorporating breathing patterns - while inhibiting global mm

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6
Q

Goals of pilates - powerhouse =

A

Core mm strengthening

Lower spine, abdominals, scapular stabilizers, hips

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7
Q

Principles of pilates for rehab

A

Breathing - proper COSTAL and diaph breathing
Alignment
Core control - rib cage over pelvis
Motor control - precision and fluidity of mvmnts

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8
Q

Program design

A
Basic principles first
Spinal alignment
Movement patterns (isolated - hip dis, shld dis, hip and shld dis)
Balance and proprioception
Positions
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9
Q

Benefits of pilates

A

Strength
Core stabilization
Flexibility
Spinal mobility
Improvement in posture - addressing muscle imbalances when working on alignment
Body awareness - this is big - motor coordination and awareness
Getting some fascial stretching - nerve gliding too
Mental focus and clarity of mind
Empower the pt

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10
Q

Common diagnoses treated

A
Chronic neck and back pain
Total knee/hip
Shoulder impinge/tendonitis
Hip bursitis
Ankle instability
MS
PD
Fibro
Scoliosis
Pediatrics
Preg and post partum
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11
Q

Evidence for pilates

A

Consistent with principles of Kendall and Sarhmann

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12
Q

Systematic reviews shoe

A

Pilates superior to minimal intervention for pain relief
When compared to other exercises for pain relief or disability, did not have sig difference

Conclusion - low quality studies to compare differences with heterogenous groups

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13
Q

Pilates mat vs. equipment

A

Equipment based pilates was better nly in 6 month follow up of kinesieophobia and pt specific disability scale

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14
Q

Clinical predicition rule for LBP to benefit from pilates

A
Were similar to our usual CPR 
Trunk flex 70 or less
S/S 6 months or less
No leg symptoms in last week
BMI of 25 or greater
Hip rot ROM 25 or greater

3/5 - probability of success with pilates increased from 54 to 93%

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15
Q

Pilates for children - physical activity guidelines for children

A

Is good
60 minutes of daily exercise with moderate to vigorous intensity
2 times a week of strengthening

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16
Q

Rehab pitfalls for pilates

A

75% of all traditional pilates mat exercises are done in spinal flexion
Limited amount of leg strengthening
Classical ex rx is the same number of reps and springs for all exercises
Limited standing exercises

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17
Q

Benefits of pilates (table comparison to limitations)

A

Correction of faulty mvmnt
Core control facilitates inhibition of global mm used for substitutions
Breathing facilitates mvmnt
Costal breathing enhances core control, thoracic/rib mobility and improves posture
Spinal mob in all directions
Dec dependence on healthcare and more control for pt

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18
Q

Differences in pilates vs. yoga - Pilates

A

Small mvmnts progressing to larger mvmnts.
Costal breathing
Focus on forced exhalation
Limited standing exercises in mat pilates

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19
Q

Differences in pilates vs. yoga - yoga

A

Postures held at end range
Diaphrag breathing
Breath with restriction of airflow in and out to strengthen diaphragm
Includes more standing, balance, and leg strengthening

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20
Q

Pilates as wellness - wellness programming

A
Cash based programs
Mat or equipment
Individual sessions
Group sessions
- general strengthening
- balance and coord for fall prevention
- youth fitness
- sport specific classes
- OP
21
Q

Pilates as wellness - benefits of pilates program for clinic

A

Cash based program
Increased referrals
Community programs - service to community
Pt engagement with your clinic and then they have continued engagement with your clinic - you become their therapist for life (the only one they think of referring friends/family to)
Can also help with using your flex space - so using your equipment and space for other things

22
Q

Pilates as wellness - special considerations (what pt populations)

A
OP
Herniated disc
Spondy
Total hip.knee
Pregnancy
Fibro
Neuro conditions (vertigo, MS, PD)
23
Q

Clinical take home message

A

Pilates ex may be an effective intervention for chronic LBP when provided by a pilates certified PT

Inc literature on various pop from children, chronic conditions, ortho, neuro, geriatric - More objective studies needed but HRQOL reports show no difference

Good exercise program for health individuals to improve flexibility, dynamic balance, and muscle endurance

24
Q

Local muscles

A

Control of stiffness and intervertebral relationship of spinal segments and posture of lumbar spine
Essential for stability, but dont control spinal segment orientation
Originate on vertebrae and attach on hip or shoulder

25
Q

Global muscles

A

Torque generators that control spinal orientation
Balance external load and transfer of load from thorax to pelvis
Cannot fine tune motion
Level 1 muscles fire 5 to 100 times faster than can be recruited consciously

26
Q

Local stabilizer

A
Many type 1 fibers
Deep, close to axis of mvmnt
Control neutral zone
Anticipatory - respond irrespective of load direction
Highly proprioceptive
Recruited by low loads, slow mvmnt
Dysfunction from reflex inhibition, endurance, force, improper recruitment
Abnormal movement at 1 segment
27
Q

Local stabilizers - lumbar spine

A
Pelvic floor
Diaphragm
TA
Multifidus
Segmental psoas
28
Q

Local stabilizers - throacic spine

A

Multifidus
Intercostalis
Interspinalis
Deep rotators

29
Q

Local stabilizers - Cervical spine

A
DNF
Suboccipitals
Longus coli
LOngus capitus
Multifidus
30
Q

Local stabilizers - scapula

A

Low trap

MId trap

31
Q

Loval stabilizers - GH joint

A

RTC

Biceps - long head

32
Q

Local stabilizers - Hip

A

Psoas major
Deep ER
Glut med
Adductors

33
Q

Global stabilizers

A
Many type IIa fibers
Deep or superficial
Spans one joint
Postural, primarily eccentric
Activity is direction dependent
Highly proprioceptive
Recruited by low to mod load, slow mvmnt
Dysfunction as low force production, reflex inhibition, altered recruitment
Problems across several joint segments
34
Q

Global stabilizers - lumbar

A
Int and Ext obliques
Spinalis
Glut max, med, min
Superficial psoas
Add magnus, brevis
Pectineus
35
Q

Global stabilizers - thoracic

A

Obliques
Semispinalis
Multifidus

36
Q

Global stabilizers - cervical

A

Upper, middle, lower trap

37
Q

Global stabilizers - scapula

A

Upper and middle trap

SA

38
Q

Global stabilizers - GH

A

Teres major
Deltoid
Coracobrachialis

39
Q

Global stabilizers - Hip

A
Iliacus
Psoas major
Glut mm
Adductor magnus and brevis
Pectineus
40
Q

Global mobilizers

A
Many type IIb fibers
Superficial, span multipl joints
Primarily concentric
Activity is direction dependent
Few proprioceptors
Recruited by high load, high speed
Dysfunction as tightness, spasm, become responsive to low freq stimulation
Problems at adjacent vertebrae or region
41
Q

Global mobilizers - lumbar

A
RA
Hams
Iliocostalis
QL
TFL
Add longus
Gracilis
Rectus femoris
Lat
42
Q

Global mobilizers - THoracic

A
RA
Erector spinae
Scalenes
Rhomboids
Pec maj and min
43
Q

Global mobilizers - Cervical

A
Scalenes
SCM
Splenius
Erector spinae
Hypoids
44
Q

Global mobilizers - Scapula

A

Rhomboids
Pec minor
Levator scap
Lat

45
Q

Global mobilizers - GH

A

Pec minor
Biceps short head
Triceps long head
Lat

46
Q

Global mobilizers - Hip

A
TFL
Adducotr longus
Sartorius
Gracilis
Hams
Rectus femoris
47
Q

Stability of system - form closure

A

Stability due to inert structures of the body - bones, lig, capsules, CT, Shape of pelvis, sacrum
Compromised “form” - torn ligaments, OA structures
PT cannot affect this

48
Q

Stability of the system - force closure

A

Stability provided by the mm system

Five lumbopelvic local stabilizers

49
Q

Motor learning

A

4 stages of skill development
Unconscious use of stabilizers
Conscious use of stabilizers
Consciously learn to recruit the stabilizers
Integrate the use of stabilizers in activities and use them unconsciously