Lecture 1 Flashcards

1
Q

what are interventions to increase mobility of soft tissues?

A
  • neuromuscular facilitation and inhibition
  • muscle energy techniques
  • joint mobilization/manipulation
  • soft tissue mobilization and manipulation
  • neural tissue mobilization
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2
Q

what are the ACSM Guidelines for stretching?

A

2-3 x a week
greater or equal to 4 reps per mm group
static stretch hold for; 15-60 sec
PNF: 6 sec contraction followed by 10-30 sec assisted stretch

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3
Q

what is the safest form of stretch, yielding the most significant, elastic deformation and long-term, plastic changes in soft tissues?

A

low load, long duration stretching

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4
Q

stretching for patients with chronic, fibrotic contractures

A

prolonged static stretch with orthotics or casts aka low load long duration
(more effective than self or manual stretch)

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5
Q

ACLR lacking terminal knee extension

(low load long duration)

A

supine heel prop
5-10 Ibs proximal to patella
15 minute stretch
4x Day

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6
Q

rapid, forceful intermittent stretch, high velocity and high intensity
considered for ppl whose sports involve ballistic movements

A

ballistic stretches

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7
Q

short duration stretch force that is repeatedly but gradually applied, released, then reapplied multiple times

A

cyclic (intermittent) stretch

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8
Q

elongation beyond point of tissue resistance then held in lengthened position with a sustained stretch force over a period of time

A

static stretches

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9
Q

stress relaxation

A

the decrease in stress or force within a tissue when it is held at a constant length over time.
When a tissue is stretched to a fixed length, the initial force or stress required to maintain that length decreases gradually as the tissue adapts to the stretch.

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10
Q

creep

A

gradual elongation or deformation of soft tissues (like ligaments, tendons, and muscles) under a constant load over time.

When a tissue is subjected to a constant force, it will continue to stretch or deform slowly, even if the force doesn’t increase. This is due to the viscoelastic properties of tissues, where they exhibit both fluid and solid characteristics.

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11
Q

what type of stretch is best for strengthening?

A

cyclic

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12
Q

indications for stretching exercises

A
  • adhesions, contractures, scar tissue, limit ROM
  • potential deformity due to limited ROM
  • mm weakness, shortness
  • part of total fitness program
  • pre and post vig exercise
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13
Q

CONTRA for stretches

A
  • bony block
  • non union fracture
  • acute inflammation or infection
  • sharp/acute pain with elongation
  • hematoma or tissue trauma
  • hypermobile
    hypomobile that provides stability (neuro)
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14
Q

motor control, muscle activation, muscle coordination

A
  • precision of movement focus
  • fewer reps
  • correct muscle firing
    focus on precision of movement
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15
Q

human movement system consists of

A
  • nervous
  • musculo skeletal
  • integumentary
    (pulm, endocrine, cardio)
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16
Q

PT education should emphasize diagnosing _____ of movement system and not focus primarily on how to treat conditions based on another health care professional’s diagnosis

A

syndromes

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17
Q

femoral anterior glide syndrome

A
  • not enough posterior glide of the femoral head during hip flexion
  • ilioposas tendonitis pressure is against the joint
  • hyperextened hips and impingement when attempting to flex the hip
  • groin pain, particularly during hip flexion, gait, and running
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18
Q

consequences of anterior glide syndrome

A
  • stretching anterior joint capsule and tightening posterior structures resulting in excessive hip extension ROM;
  • an increase or decrease in the length of the hip external rotators;
  • a decreased posterior glide of the femoral head;
  • a decrease in length of theTFLon the involved side;
  • weakness and lengthening of the iliopsoas on the involved side;
  • dominance of hamstring activity over gluteus maximus activity, both of which are shortened.
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19
Q

strength training prescription: ACSM recommendations

A

Load:
60-70% 1RM for novice to intermediate
80-100% 1RM for advanced
Volume:
1-3 sets of 8-12 reps for novice to intermediate
2-6 sets of 1-8 reps for advanced
Rest
2-3 mins for heavier loads
1-2 mins for lower loads

20
Q

power training prescription ACSM

(load,volume,rest)

A

Load:
30-60% 1RM
Volume:
1-3 sets of 3-6 reps
Rest
2-3 mins for heavier loads
1-2 mins for lower loads

21
Q

hypertrophy training prescription ACSM

A

Load:
70-85% 1RM for novice to intermediate
70-100% 1RM for advanced
Volume:
1-3 sets of 8-12 reps for novice to intermediate
3-6 sets of 1-12 reps for advanced
Rest
2-3 mins for heavier loads
1-2 mins for lower loads

22
Q

endurance training prescription

A

Load:
<70% 1RM
Volume:
2-4 sets of 10-25 reps
Rest
30 seconds – 1 minute

23
Q

ways to determine your 1-RM?

A
  • calculations
  • holten curve (the number of repetitions performed with moderate weight.)
  • manually where they warm up and keep increasing weight until we estimate
24
Q

progressive resistance exercise (PRE) Regimens

A

DeLorme and Oxford methods of RT results showed no sig difference between the 2 thus they’re both acceptable

25
Q

slide 27 table to memorize

A
26
Q

precautions for resistance exercise

A
  • valsalva
  • substitute motions
  • overtraining & overworking
27
Q

overtraining vs overworking

A

overtraining: reversible and causes decrease in physical performance

overwork: less strength in muscles already weakened; monitor these pts for faigue with impaired nmsk, systemic, metabolic or inflammatory disease

28
Q

what part of the spine is WB, shock absorption
what part of the spine provides gliding mechanism for movement and stability and mm attachments?

A

anterior pillar
posterior pillar

29
Q

what are the global muscles? deep/segmental?

A

rectus abdominus, external obliques, quadratus lumborum (lateral portion), erector spinae, iliopsoas

transverse abdominus, internal obliques, multifidus, quadratus lumborum (deep portion), deep rotators

30
Q

core stabilization exercise prescription

A

The local muscles promote segmental stabilization. Inclusion of global muscles too early may be deleterious during the rehabilitation program.Local muscles are superior to global muscles in controlling shear loads; unnecessary activation of global muscles may impose excessive compressive loads to the spine. Activation of global muscles in the presence of dysfunction may actually increase the challenge on the local muscles to provide segmental stability

31
Q

posture deviates from normal but no structural impairments

A

postural fault

32
Q

pain from mechanical stress when a person maintains a faulty posture for a prolonged period, usually relieved with activity

A

postural pain syndrome

33
Q

adaptive shortening of soft tissues and muscle weakness, may be due to prolonged poor postural habits or as a result of contractures/adhesions after trauma or surgery

A

postural dysfunction

34
Q

postural habits

A

necessary to avoid pain and dysfunction

35
Q

Muscles habitually kept in a ______ position tend to test weaker because of a shift in the length-tension curve (stretch weakness)

Muscles habitually kept in a _______ position tend to lose their elasticity and test strong only in the shortened position, become weak as they are lengthened (tight weakness)

A

stretched
shortened

36
Q

normal posture

A

Slightly anterior: lateral malleolus, knee joint
Through: greater trochanter (slightly posterior to hip joint axis), bodies of lumbar and cervical vertebrae, glenohumeral joint, lobe of ear

37
Q

lordotic posture

A

↑ lumbosacral angle, ↑ lumbar lordosis, ↑ anterior pelvic tilt, hip flexion

Head: neutral with forward head
Cervical: normal to increased lordosis
Thoracic: normal or hyper kyphosis
Lumbar: hyper extended
Pelvis: increased anterior tilt
Hip: flexed
Knees: hyper extended
Ankles: plantar flexed

38
Q

swayback posture

A

Shift of entire pelvis anteriorly (resulting in hip extension), shifting thoracic segment posteriorly
Associated with thoracic kyphosis, forward head
Posterior with flatter lumbar spine & hip extension

39
Q

swayback posture breakdown

A

Head forward
Neck. Upper: extended, lower flexed
Scapula winged
Thoracic: Kyphosis upper, normal lower
Lumbar: flat (lower extended, upper flexed)
Pelvis: posteriorly tilted with anterior shift of pelvis
Hip: extended
Knees: neutral to hyper extended
Feet: neutral to plantar flexed

40
Q

flatback posture

A

↓ lumbosacral angle, ↓ lumbar lordosis, posterior pelvic tilt
Associated with flattened thoracic spine

Head: neutral or protracted (moved forward)
Cervical: upper extended, lower flexed
Thoracic: upper flexed, lower flat (hypokyphosis)
Pelvis neutral or posterior tilt (decreased anterior tilt)
Hip: neutral or extended
Knees: neutral
Ankles: neutral

41
Q

_____ scoliosis is lateral curve with fixed rotation
_____ scoliosis (functional) is reversible; leg length discrepancy, postural

A

structural
nonstructural (functional)

42
Q

The most prevalent form of scoliosis
also the most common type to affect adults,
the most common category of scoliosis, accounting for approximately 80 percent of known diagnosed cases, and the remaining 20 percent are associated with known causes.
not clearly associated with a single causative source

A

idiopathic scoliosis

43
Q

affects adults as they age and is caused by natural age-related spinal degeneration that commonly affects the discs and joints of the spine.
The condition is more prevalent in women than men, and this is related to bone density and hormone changes caused by menopause.
After idiopathic scoliosis, this is the most commontype to affect adults.

A

degenerative scoliosis

44
Q

a rare type and is caused by the spine experiencing a significant trauma, such as in a car accident or fall.
can also be causedby the presence of tumors pressing on the spine that force it out of alignment

A

Traumatic scoliosis

45
Q

develops in utero as a malformation develops within the spine, and infants are born with the condition.
rare form, affecting approximately1 in 10,000 infants.
Bone malformations can include vertebrae that are more triangular in shape, when they are supposed to be rectangular so they can be easily stacked on top of one another to stay straight and in alignment.
In addition, vertebrae can also fail to form into separate and distinct vertebral bodies, becoming fused together instead.

A

congenital scoliosis

46
Q

Levoscoliosis makes spine curve to the ______
Dextroscoliosis makes spine curve to the ______

A

left
right

47
Q

T/F there are natural variations in spinal curvatures and there’s no single spinal curvature strongly associated with pain. pain should not be attributed to relatively “normal” variations

A

T