Lumbar and thoracic spine Flashcards

1
Q

Non-neutral dysfunctions of the spine

A

ERS and FRS

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2
Q

ERS is assessed for in which position?

A

Flexed

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3
Q

FRS is assessed for in which position?

A

Extended

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4
Q

Possible dysfunctions of the spine

A

ERS, FRS, NRS, bilaterally flexed or extended

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5
Q

How many segments in a row must be the same in an NRS?

A

3

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6
Q

MOI in ERS and FRS

A

Transversopsinalis, primarily multifidi

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7
Q

MOI in NRS

A

Erector spinae and transversospinalis

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8
Q

In an ERS dysfunction, where is the MOI found?

A

On the same side and below the dysfunction.

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9
Q

In an FRS dysfunction, which side is the prominent TP on?

A

The opposite side from the dysfunction

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10
Q

Where is the MOI found in an FRS dysfunction?

A

On the same side as the dysfunction, above the dysfunction.

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11
Q

In an ERS dysfunction, which side is the prominent TP on?

A

The same side as the the ERS.

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12
Q

Where is the SP of L4 located?

A

Medial to the PSIS

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13
Q

Where is the SP of T6 located?

A

In line with the inferior angles of the scapula

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14
Q

How are rib restrictions named?

A

As inhalation or exhalation restrictions.

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15
Q

How is rib assessment done?

A

By monitoring quiet and forced breathing in 4 positions.

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16
Q

Most rib dysfunctions are caused by what?

A

Thoracic dysfunctions

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17
Q

Which tests should be performed in the standing position for patients with low back pain?

A

Plumb line, standing flexion and ROM

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18
Q

Which tests should be performed in the seated position for patients with low back pain?

A

Slump, seated flexion, lumbar and thoracic ROM and TP assessments

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19
Q

Which tests should be performed in the supine position for patients with low back pain?

A

SLWL, ASIS, adductors

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20
Q

Which tests should be performed in the prone position for patients with low back pain?

A

Sacral sulcus and ILA

21
Q

What order should motions be applied in order to pre-stretch for an IIT for ERS or FRS

A

Flex, side bend then rotate

22
Q

Which actions should be used to pre-stretch during an IIT treatment of an NRS?

A

Side bending then rotation

23
Q

Patient effort in an IIT for ERS dysfunction

A

Side bending

24
Q

Patient effort in an IIT for FRS dysfunction

A

Rotation

25
Q

Patient effort in an IIT for NRS dysfunction

A

Alternate between side bending and rotation

26
Q

How can IITs be performed in the upper thoracic region?

A

By using the head

27
Q

How should the IIT for an upper thoracic dysfunction be set up?

A

Head is first rotated, then side bent and flexed at the same time.

28
Q

Why don’t static stretches usually help with spine issues?

A

The discs are avascular and need the skeletal muscle pump for nourishment

29
Q

In what position is a lumbar or lower thoracic multifidi treated?

A

Lateral recumbent, on the top side. Patient rolls backwards towards you to streth.

30
Q

In what position is an upper thoracic multifidi treated?

A

Lateral recumbent, on the bottom side. Patient rolls forwards away from you to stretch.

31
Q

In what position are the intercostals best treated?

A

Lateral recumbent

32
Q

In what position is the serratus anterior best treated?

A

Lateral recumbent

33
Q

In what position is the pec minor best treated?

A

Supine

34
Q

In what position is the external oblique best treated?

A

Lateral recumbent

35
Q

In what position is the internal oblique best treated?

A

Supine as in abdominal massage

36
Q

Muscles of involvement in rib dysfunctions

A

Intercostals, serratus anterior, pectoralis minor, obliques, scalenes and quadratus lumborum

37
Q

Muscles which can cause an inhalation restriction at position one

A

Upper serratus anterior and the intercostals

38
Q

Muscles which can cause an exhalation restriction at position one

A

Scalenes, intercostals and possibly the SCM and subclavius

39
Q

Muscles which can cause an inhalation restriction at position two

A

Serratus anterior, obliques and intercostals.

40
Q

Muscles which can cause an exhalation restriction at position two

A

Pectoralis minor and intercostals

41
Q

Muscles which can cause an inhalation restrction at position 3

A

Obliques, rectus abdominis and intercostals

42
Q

Muscles which can cause an exhalation restriction at position 3

A

Lower serratus anterior and intercostals

43
Q

Muscles which can cause an inhalation restriction at postion 4

A

Quadratus lumborum

44
Q

Muscles which can cause an exhalation restriction at position 4

A

Quadratus lumborum

45
Q

Key rib

A

The last rib in a restricted group

46
Q

Ribs which are torsioned up cause what type of restriction?

A

Exhalation

47
Q

Ribs which are torsioned down cause what type of restriction?

A

Inhalation

48
Q

In an ERSrt, which way are the right ribs torsioned?

A

The right ribs are torsioned up

49
Q

In an NRSrt, which way are the right ribs torsioned?

A

Because the rotation is left, the the right ribs are rotated down.