TMJ And neck Flashcards

1
Q

TMJ static visualization

A

Observe facial symmetry: nose, lips, corners of the mouth.
- Existence of clear prognathism and retrognathism
- Asymmetry in the condylar relief
- Observe the symmetry of the smile. Does the patient show his teeth?
- Observe the occlusion with his mouth closed, showing his teeth

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2
Q

TMJ dynamic visualization

A
  • oppening - overpressure, 45-55 mm
  • protrusion - 1 hand on back of head, 1 hand on chin - 7 mm
  • retrusion 1 hand on back of head, 1 hand on chin - 2mm
  • lateral movement - R and L, hand on top of head other on chin - 7mm
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3
Q

Neural origin TMJ

A
  • patiet does painful movement and flexes their head (double chin, with both hands on the back of their head
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4
Q

Functional demonstration TMJ

A

patient does painful movement and test flexion, extension, laterality and neck rotation

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5
Q

joint assesment TMJ

caudal sliding of mandibular condyle

A
  • Cranial hand fixes the Occipital and with the thumb, feels the movement of the condyle
  • Caudal hand grabs the lower teeth with the thumb and with the index finger hooks the lower angle of the mandible externally.
  • A caudal slide (not opening) of the condyle downwards is performed. Assess bilateral range of motion and pain
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6
Q

joint assesment TMJ

lateral sliding of mandibular condyle

A
  • The cranial hand fixes the Occipital and with the thumb, feels the movement of the condyle.
  • The caudal hand grasps the gum internally with the thumb, and with the index finger guides the lower angle of the mandible externally.
  • A transverse sliding of the condyle is performed towards the opposite side. Assess bilateral range of motion and pain
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7
Q

joint assesment TMJ

AP sliding

A

The upper hand is sensitive behind the mandibular condyle.
The lower hand takes the mandibular ramus in a duck beak and prints anteroposterior sliding.
Assess bilaterally for differences: amplitude and pain

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8
Q

Joint assesment TMJ

PA sliding

A

2 ways:
Way 1: one thumb
Make patient lay on their side
Make patient open and close mouth so that you can locate where the TMJ is and put thumb on top of tmj
Put other thumb on ramus and apply pressure
Tip: start with elbow bent and straighten elbow so that you don’t push too hard

Way 2: both thumbs

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9
Q

muscle assesment masseter

A

2 masseters: superficial and deep
origin: zygomatic arch
inserts: angle and lateral surface of the mandibular ramus

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10
Q

muscle assesment temporalis

A

origin:temporal fossa, and temporal fascia
insertion: Tip and medial surface of coronoid process of mandible

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11
Q

muscle assesment digastric

A

origin: posterior digastric belly: mastoid process of the temporal bone, anterior digastric belly:digastric fossa of the mandible
insertion: hyoid bone

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12
Q

muscle assesment pterigoide

A

2 types: medial and lateral
- pinching pain
- follow teeth, find tmj and turn finger upwards
origin: lateral pterygoid plate of sphenoid bone
insertion: articular disc and fibrous capsule of the temporomandibular joint

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13
Q

billateral condyle compression

A

is a orthopedic test
purpose: to confirm there is inflammation in the pterygoid and massater muscles
test positive = if there is pain

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14
Q

static assesment cervical column

A

anterior view:
* Chin position
* Ears position
* Clevicules
* Shoulder heights
* Muscle reliefs:
* Trapezious
* SCOM
* Pectoral
* Deltoids

sagital plane (Side):
*Cervical Lordosis
* Cervical straightening
* Protraction
* Retraction
* Rounded/forward shoulders

posterior view:
* Shoulder Height
* Cervical Lat flex
* Cervical rotation
* Ear height
* Scapulae
* Distance to spinous processes
* Winged scapula
* Muscular reliefs:
* Trapezious
* Elevator Scapulae
* Posterior Deltoid

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15
Q

functional testing

radicular syndrome 1st hypothesis

A
  1. Patient in sitting position reproduces the painful movement
  2. PT axial compression
  3. Symptoms are reproduced or increased = Radicular Syndrome
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16
Q

2nd hypothesis neural origin

A

3 nerves: ulnar, median, radial

17
Q

3rd hypothesis shoulder origin

A

1st: active movement
2nd: physio does movement

18
Q

4th hypothesis Cx 1

A

perform PA in cervical

19
Q

5th hypothesis Cx 2

A

for cervicodorsal junction - C7/T1

20
Q

6th hypothesis thoracic spine

A

rotate thoracic spine without moving cervical

21
Q

Compression for lateral Flexion Cx

A

there are 3:
1. Compression in general Cx
2. Compression in general Cx to increase lat
flex
3. Compression in analytical Cx to a specific
level

22
Q

compression for Cx rot

A

pinch upper cervicals

23
Q

accesory passive movements

A
  1. central P-A from C3-T4, for C=thumbs next to eachother, for T= hand on top of eachother
  2. transversal movements - find transverse process
  3. unilateral P-A –>from C3 to T4, fingers touching not overlapping,
24
Q

Head extension

A

ROM: 0-25degrees
grade 2: lay on back and look backwards (towards examiner) without raising head

25
neck extension:
ROM: 0-30 degrees grade 2: Push the hands against the head
26
joint head and neck extension
lift head from my hand and look straight ahead
27
head flexion
chin to jugular notch or double chin ROM: 0-15
28
neck flexion
ROM: 0 - 35/45 degrees grade 2: turn head sideways, hand on side of face hands on chest and forehead - grade 4&5
29
joint flexion neck + head
neck flex + double chin ROM 0 - 45/55 degrees grade2: head to side, hands on side of face grade3: hands on side of ribs grade 4/5: hand on forehead and abs
30
flex neck + head to isolated SCOM
ROM 0-45/55 grade2: head to side + neck flex
31
spurling test
used to detect radicular syndrome - nerve damage steps: 1. Lateral tilt Cx to painful side plus homolateral rotation 2. One hand above the head and the other gives a downward push. If it is well tolerated by the patient, it can be repeated with the spine in extension. 3. Symptom reproduction
32
test de jackson
1. Seated patient. 2. Physiot standing behind the patient. He places his hands on the patient's head and passively moves it to both sides. 3. When the head is in the maximum lateral tilt position, the scanner applies axial pressure on the head towards the spine with both hands
33
alar ligament stability test
1. patient lay on back 2. L hand under head, R hand on C2 spinous process 3. small lateral bend both sides 4. rotation both sides used to detect instability in high Cx
34
transverse ligament stability test: sharp purser test
used: detect instability in high Cx 1. patient does semi flexion 2. R hand palpates C2 spinous, L hand on forehead 3. both hands glide against eachother
35
ROM cervical flexion/extension
upper cervical: 20-30 degrees lower cervical: 100-110 total 130degrees
36
ROM cervical rotation
upper cx: 24 lower cx: 60 = 80-90 degrees
37
ROM lateral flexion cervical
upper cx: 8 lower: 37 degrees = 45 degrees
38
centimetric measurements
1. flexion - chin to jugular notch 2. extension chin to jugular notch, head off bed 3. inclinacion - ear to shoulder 4. rotacion - chin to shoulder