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ECOS 4 > Clinical Research And Application Of OCMM > Flashcards

Clinical Research And Application Of OCMM Flashcards

1
Q

Sutures are what kind of joints

A

Fibrous joints with dense CT = synarthosis

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2
Q

Dysfunction on cranial bone effects brain, arteries, veins how

A

Direct connection to dura and arachnoid

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3
Q

Problems in the superior orbital fissure

A

Effects CN 6 = Diplopia, Esotropia, Bell’s Palsy

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4
Q

Problems with acuoustic meatus or stylomastoid foramen

A

CN 8 enters and exits there respectively, : tennitus, vertigo, hearing loss

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5
Q

Problems with jugular foramen

A

CN 9 + CN10 = Headaches, arrythmias, GI probs, Resp probs,

CN10 can be effected by C2 or OA/AA problems

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6
Q

Problems with C1-C6 as they enter the foramen magnum can cause

A

CN11 problems : enters formen magnus and exits jugular foramen
= SCM or Trapezius problems

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7
Q

Palatine Bone probelms can casue what

A

Involves the Pterigo/ sphenopalatine ganglion = changing Trigeminal output

  1. Mastication muscles, Tensor Tympani muscles, anterior belly of digastric
  2. Can lead to TMJ, problems swallowing, speech, feeding in newborns
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8
Q

Ear or Temporal Bone problems

A

Eustation tube passes temporal bone + greater wing if sphenoid, and exits auditory canal

  1. Otitis Media
  2. ETD : fluid and lower hearing and higher chance of infection
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9
Q

Cephalgia “Headaches” is caused by what

A
  1. Distention, traction, dilation of intracranial or extracranal ARTERIES, 2 most common
    = Middle Meningial A,
    = Superficial Temporal A
  2. Impaired Venous drainage , sinuses
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10
Q

What can squeeze the CN7

A

Tempora bone torsion

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11
Q

Trigeminal Neuralgia

A

V2 Maxillary N (of Trigeminal N)

  1. Squeezing Meckel’s cave where it lives
  2. Sphenoid flexing and temporal bone not moving —> Squeezes bone
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12
Q

Parietal Bones can move relative to what

A

CO2 levels, CSF Pressure, BP, and induced Apnea = connecion to ANS

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13
Q

Motion of Temporal Bones due to

A

CSF P, BP, Resp. = also connected to ANS

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14
Q

Sagittal Suture motion

A

No change from any ANS cause, however motion causing LATERAL MOTION + ROTATION at parietal bones

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15
Q

Russian space people fouhnd breathing rate of cranium to be

A

6-14 cycles per minute

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16
Q

Traub Herind found what associated with Arterial BP waves

A

Ateach peak of a wave the cranium when to Flexion and then extension and then flexion….
At at the bottom of each peak it went back to normal

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17
Q

Traub Herind found what after cranial manipulation was done

A

Waves had much higher amplitude and streghth

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18
Q

What effects the CSF P and arterial flow in the brain

A

Blood supply and oxygen consuption of cerebral tissue(brain funciton itself)
= BLOOD FLOW in brain causes cranial motion

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19
Q

Arteries in brain

A

Have a Pericyte that can sqeeze the BV and also has microglia measures env to turn on or off the pericyte

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20
Q

CSF and memory

A

CSF flushes out memory imparing proteins away from the brain = helps memory

21
Q

OCMM tx otitis media vs antibiotics

A

OCMM can prevent long term damage of TM and scarring cauing reduced hearing
= fewed GI problems
= lower ICU stay of premature newborns

22
Q

OCMM plagiocephaly

A

Reduced the plagiocephaly and (alternative to helmet therapy)

23
Q

Neurologic system and OCMM

A

Reduced dizziness and imporved balance in geriatrics , sleep better in college students

24
Q

Occipital Condylar Decompression is used for when

A
  1. Poor infant feeding
    2 .Infant colic
    3.. head and neck pain
  2. Post trauma to head or neck
25
Q

Occipital Condylar Decompression with age

A

Before 7yo : cartilaginous pre-ossification strain

ADULT : post fusion fascial or interosseous strain

26
Q

Occipital Condylar Decompression is done how

A
  1. Contact near foramen magnum and condyles
  2. Add OA flexion
  3. Apply traction (pull posterior and lateral
  4. Feel occipital release in tissue
27
Q

Balanced Membranous Tension is used for

A
  1. Asymmetric or low CRI
  2. CN entrapment
  3. Dural strain or venous sinusus
  4. Headaches
28
Q

Balanced Membranous Tension is done how

A
  1. Exaggerate membranous asymmetry until sense of balance in noted (INDIRECT) = CRI will wiggle or move against force however hold against it
  2. Hold until CRI stops at a still point
  3. Return to CRI midpoint
  4. Recheck motion and symmetry
29
Q

SBS Decompression is used for

A
  1. Low CRI (lifeless head)
  2. Mood disorders
  3. Cranial N Entrapment
  4. URI / head congestion
  5. Pediatric developmental problems
30
Q

SBS Decompression is done how INDIRECT

A

BMT compression and then release

31
Q

SBS Decompression is done how DIRECT

A
  1. Engage frontal bones and pull away from occiput
    (Pull anterior and superior )
  2. Other handin holding occiput under head
  3. Feel release and tehn reasess CRI and amplitude
32
Q

Frontal Lift is done when

A
  1. Restricted fronal motion
  2. SBS flexion
  3. Frontal headaches
  4. Sinus congestion
  5. Ped development problems
33
Q

Frontal lift is done how

A
  1. Gently engage lateral inferior edge of frontal bone (hook under zygomatic arch)
  2. Anterior force with some rotation torque to release
  3. Reasses frontla mobility
34
Q

Parietal Lift is for what

A
  1. TMJ
  2. Headaches
  3. Trauma bumping head (parietal squamous suture compressed)
  4. Grinding clinching teeth
35
Q

Parietal Lift is doe

A

Parietal traction until superior release

36
Q

Pterigo (Spheno) palatine Gangion inhibition stimulation is done how

A
  1. Posterior and lateral to upper molars push there superior and medial
  2. Medial to pterygoid
  3. Hold and wait relaxation = shutting off the ganglion
  4. Can also stimulate tears and thins nasal mucus (sinus effects)
37
Q

Pterigo (Spheno) palatine Gangion inhibition stimulation used for

A
  1. TMJ
  2. Sinusitis
  3. Migraine
  4. Tension headaches
38
Q

Pterigo (Spheno) palatine Gangion inhibition stimulation calms down what

A

CN 5

39
Q

Temporal Nerve

A
  1. Pull ears down(antitragus) lateral and posterior pull
  2. Feel release
    = TMJ
    = Temporal headache
    = vertigo
    = Tinnitius
    = Tentorium cerebelli balancing
    = release occipito- attached bones
40
Q

TMJ Decompression is done how

A
  1. Compress mandible towards TMJ until relaxation (INDIRECT)
  2. Lateral mandible pushed inferiror and thumb holds near temples pushing away( DIRECT)
  3. Palpate TMJ to reassess aspt opens the mouth
41
Q

TMJ decompression in done for what

A
  1. TMJ
  2. Mandibulat restriction
  3. Upper Neck pain
42
Q

V-Spread

A

Release suture restriciton

43
Q

Occipitomastoid Release is done

A

Pull mandible anterior and occipital posteriro (keg in sockect joint) release

44
Q

Parieto squamous release

A

Press on one side of the parietosquamous suture and do V-spread on other side

45
Q

Sagittal Suture Release

A

Cross thumbs on sagittal suture and press diagnonal force in opposite directions to spread suture

46
Q

CV4 still point induction

A

Inducing still point

  1. Thenar eminences under head compresses lateral sutures and in extension (squeeze some CSF from cV4 out)
  2. Resist inferior motion (flextion) reudcing motion to still point
47
Q

CV4 still point induction is done

A
  1. low CRI
  2. URI
  3. Headache , migraine
48
Q

CV4 pump is done how and for what

A 
Thenal eminece squeezes every time cranim goes into flextion (hands under head on occiputs)
= repeatuntil decreased resistance 
1. Depression
2. Insomnia
3. Fatigue

ECOS 4 (9 decks)

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