Thoracic region Flashcards

1
Q

Upper limb tension test A

(Median nerve bias)

A

Patient supin.

Practitioner passively depresses patients shoulder and abducts arm to 110 degrees. Externally rotate arm at shoulder joint.
Extend arm at humero-ulnar joint, supinate forearm, extend wrist and fingers.
Contralateral then ipsilateral cervical sidebending can also be introduced to further tension the nerve Positive test: reproduction of radicular/neurological symptoms in the median nerve distribution. Contralateral c-sp lateral flexion or rotation may increase symptoms, ipsilateral may decrease

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2
Q

Upper limb tension test B

(Radial nerve bias)

A

Patient supine.

Practitioner passively depresses patients shoulder complex, and abducts arm to 10 degrees.

Pronate forearm, internally rotate shoulder, extend arm at humero-ulnar joint. Flex wrist with ulnar deviation, flex fingers.

Contralateral then ipsilateral cervical sidebending may also be added to further tension the nerve. Positive test: reproduction of radicular/neurological symptoms in radial distribution.

Contralateral csp lateral flexion or rotation may increase symptoms, ipsilateral may decrease symptoms. Deep held inhalation may also further increase nerve compression.

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3
Q

Upper limb tension test C

(Ulnar nerve bias)

A

Patient supin.

Practitioner passively depresses patients shoulder and abducts arm to 90 degrees Internally rotate shoulder, fully flex elbow joint.

Extend radially deviated wrist to approximate hypothenar eminence to approximate ipsilateral external occipital protuberance with digiti minimi pointing inferiorly.

(ie patient to place palm of hand over same side ear with fingers facing their feet)

Contralateral c-sp lateral flexion or rotation may increase symptoms, ipsilateral may decrease symptoms. Deep held inhalation may also further sensitize test.

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4
Q

Adson’s Test

Thoracic outlet syndrome tests (TOS)

Test to indicate compression of the neurovascular bundle at the thoracic outlet. Compression can occur between the scalenes, under the clavicle, under a cervical rib or subclavius muscle. Has high sensitivity but low specificity. (Malanga et al 2003)

A

Patient seated.

Practitioner locates radial pulse at the wrist and continues to monitor pulse throughout test.

Practitioner externally rotates and extends patients 90 degree abducted arm. Patient actively ipsilaterally rotates and head with c-sp flexion whilst deeply inhaling.

Diminished pulse and/or reproduction of neurological symptoms is a positive test.

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5
Q

Brachial plexus compression test

Thoracic outlet syndrome tests (TOS)

Test to assist diagnosis of neuropathy from brachial plexus compression.

A

Practitioner stands behind seated patient, and applies compression through the trapezius and mid clavicle to compress the brachial plexus towards the 1st rib

Pain in the shoulder or UEX is a positive test.

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6
Q

Need to know articulation technques to improve segmental ROM for the following (4)

A

Flexion

Extension

Sidebending - usually seated position

Rotation - usually seated position

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7
Q

What is Scheuermann’s disease?

A

A deformity in the thoracic or thoracolumbar spine in children resulting in wedged vertebral bodies and multiple herniations of nucleus pulposus (Smorl’s Nodes)

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8
Q

Technique to improve segmental extension

A

Spinal springing articulation

  • use reinforced hyperthenar eminence over SP
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9
Q

Articulation to improve thoracic flexion

A

Patients arms are crossed and resting on shoulders.

Use patients elbows as levels to encourage flexion.

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10
Q

Articulation to improve thoracic extension

A

Use some anterior thumb pressure on SP to enhance extension.

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11
Q

Technique to improve segmental sidebending articulation for the thoracic spine

A

Different arm positions possible.

Use thumb on SP as patient side-bends.

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12
Q

which ribs are atypical and what does this mean?

A

they only have one costa-vertebral articulation though a uni-facet. Other ribs have two attachments, one on the vertebral body, and one on the TP.

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13
Q

what are the muscles of inspiration?

A

external intercostalis, serratus anterior/ posterior superior, scalenes, levator costarium, SCM, pectoralis, Q.L. by fixing the 12th rib (provides a stable border for the descending diaphragm)

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14
Q

what are the muscles of expiration?

A

recoil of the diaphragm, internal intercostalis, transversus thoracics, serratus posterior inferior, lat. dorsalis, Iliocostalis lumborum, longissimus thoracics, subcostalis, Q.L., plus abodominal muscles in forced exhalation.

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15
Q

what is the direction of the ribs (11, 12) that do calliper movements?

A

inspiration ; posterior and lateralexhalation ; anterior and medial

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16
Q

pump handle action. What is this?

A

it is the moment of the anterior extremity of the ribs (more upper)

17
Q

what is an important tissue texture abnormality to palpate for with rib dysfunctions?

A

hypertonicity of the iliocostalis attachment at the rib angle and the intercostal muscles.

18
Q

bucket handle. What is this?

A

it is the movement of the lateral extremity of the ribs (more lower)

19
Q

What is the main determinant of bucket handle or pump handle motion of the ribs?

A

the axis of motion between the costo-vertebral and the costotransverse articulations.

20
Q

How do you look for a cervical rib?

A

Px supine, push down upper fibres of trapezius towards the couch and side bend px head to ipsilateral side.

21
Q

what are the signs and symptoms of a cervical rib?

A

pain and paraesthesia in T1 dermatome

weakness in hand muscles

possible finger curling

impingement of sub-clavian artery

22
Q

where is T1 dermatome?

A
23
Q

what muscles attach to rib one?

A

scalenes, SCM, subclavius

24
Q

what is the ‘key rib’?

A

The rib that stops first during inhalation/ exhalation

25
Q

What angle is full arm elevation (without thorax)

A

150 degrees

26
Q

What angle is full arm elevation (with thorax)

A

180 degrees

27
Q

What level does full arm elevation cause movement in the spine?

A

CDJ to T6/T7

Clinic note: can thoracic symptoms be provoked using full arm elevation?

28
Q

What happens at the CDJ when the right arm enters full elevation?

A

SPs rotate to the left. Can also feel mobility of ribs at their articular connections to the vertebral column.

29
Q

Why is the thoracic spine a good area to affect sympathetic ns activity?

A

s.n.s. is found in lateral horns of the thoracic spinal cord.

Preganglionic fibres extend from the upper thoracic segments into the cervical sympathetic chain ganglions.

30
Q

What three main groups cause pain in the thoracic region?

A

Ruptures of the intervertebral discs

Painful hypomobility of the facet joints

Painful hypomobility of the costovertebral joints

clinic note; sudden thoracic pain must first be treated as an intervertebral disk problem.

31
Q

The thoracic spine is not a functional unit because (2)

A

upper TSp belongs to CSp (Cervical movements carry on down to T4/5)

lower TSp belongs to LSp (Lumber movement carry up to T10/11)

32
Q

Where is the ‘real’ thoracic spine?

A

Levels T5 to T10 (can also see this morphologically)

33
Q

Why does the thoracic spine need to be flexed (slight kyphosis) for palpation?

A

Because the overlapping thoracic processes in extension reduces segmental mobility.