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41 Cards in this Set
- Front
- Back
OA has mostly _ with almost no _
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FLEXION/EXTENSION
SIDE BENDING |
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When you diagnose OA which side is posterior
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The sulcus that is deeper - NOT the one that is tender
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Translational and side bending components of OA are same or opposite side?
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OPPOSITE
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Although OA doesnt follow Fryettes principles it follows _ like mechanics
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TYPE I - rotation and side bending to opposite sides
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Describe HVLA for OA
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1.patient supine, doc standing at patient’s head with his/her hands on both sides of the patient’s neck
2.place metacarpophalangeal (MCP) joint on the posterior occiput (remember…tender DOES NOT equal posterior) 3.side-bend patient’s head towards the direction of rotation until you feel motion at the rotated segment (do not over bend), will be a very slight amount 4.rotate the patient’s head away from the side of rotation until you feel the selected segment “lock out” (be careful not to lose the side-bending you already induced), will be a very slight amount 5.once patient is locked out, thrust towards the patient’s opposite eye with slight rotational component (some traction of the OA will also have been induced by the rotational component) 6.RECHECK |
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In diagnosis of OA there is only _ component
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ROTATIONAL
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How do you termine which way is AA rotated
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You flex head and turn it each way using nose as a pointer. AA is rotated TOWARDS freedom of motion
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Describe HVLA for AA
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1.patient supine, doc standing at patient’s head with his/her hands on both sides of the patient’s neck
2.place metacarpophalangeal (MCP) joint on the posterior transverse process (yes, C1 has a transverse process, not articular pillars) of C1 (side vertebrae is rotated towards), make sure you don’t have your thumb on the patient’s carotid or jugular 3.side-bend patient’s head towards the direction of rotation, slightly, until you feel motion at the rotated segment (remember, C1 does not actually have side bending capability, side bending should be very minimal) 4.rotate the patient’s head away from the side of rotation until you feel C1 “lock out” (be careful not to lose the side-bending you already induced) 5.once patient is locked out, thrust in the same direction as you have induced rotation towards (rotate his/her head slightly farther than the restriction) -you should not be thrusting so the patient’s nose ends up pointing directly to the side, but instead it should be pointing slightly more cephalad -be sure patient’s neck muscles are relaxed before you thrust (often having him/her inhale and thrusting on the exhale helps) 6. RECHECK |
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Describe cervical C3-C7 HVLA
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1.patient supine, doc standing at patient’s head with his/her hands on both sides of the patient’s neck
2.place metacarpophalangeal (MCP) joint on the posterior articular pillar (where the facets come together) of the rotated vertebrae (side vertebrae is rotated towards), make sure you don’t have your thumb on the patient’s carotid or jugular 3.translate the patient’s head in direction opposite from the way they are rotated, until you feel motion at the selected segment 4.side-bend patient’s head towards the direction of rotation until you feel motion at the rotated segment (do not over bend) 5.rotate the patient’s head away from the side of rotation until you feel the selected segment “lock out” (be careful not to lose the side-bending you already induced) 6.once patient is locked out, thrust in the same direction as you have induced rotation or towards the restriction, using either a rotational or side bending thrust -be sure patient’s neck muscles are relaxed before you thrust (often having him/her inhale and thrusting on the exhale helps) 7.RECHECK |
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Is HVLA direct or indirect technique
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DIRECT - move into and through the barrier
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Quadratus Lumborum is attached to _
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12th rib
Iliac crest Vertebral column |
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Quadratus Lumborum functions with _
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RESPIRATION
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Quadratus Lumborum stabilizes _
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Origin of the diaphragm
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Innervation of the Quadratus Lumborum
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T12-L3
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Bilateral contraction of the Quadratus Lumborum causes _
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EXTENSION
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Unilateral contraction of the Quadratus Lumborum causes _
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Extension and ipsilateral side bending
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Quadratus Lumborum spasm causes _
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- Low back pain
- Referred pain to hip and groin - Exhalation 12th rib dysfunction - Diaphragm restriction |
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Psoas syndrome presents how?
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Initially as bilateral psoas spasm but later concentrates on one side
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Key somatic dysfunction in Psoas Syndrome
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Non-neutral dysfunction of L1-L2
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Origin of Psoas
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L1-L4 (L5)
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Where does psoas extend
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Over pubic ramus and under the inguinal ligament
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Psoas inserts _
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On lesser trochanter on the medial side of the femur
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Psoas is innervated by _
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L2-L3
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Function of psoas
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Flexes trunk on thigh, flexes lumbar spine and laterally flexes lumbar unilaterally
Shortens and externally rotates the leg |
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When considering psoas syndrome as diagnosis you must first rule out organic causes - name them
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- Femoral bursitis and arthritis of the hip
- Iliac or femoral phlebitis - Retroperitoneal lymphadenopathy - Diverticulitis of the colon - Cancer of sigmoid or descending colon - Renal or urethral dysfunction (calculi) - Prostatitis, salpingitis, appendicitis |
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How do you usually get psoas syndrome
Explain physiologically |
Sitting in a soft chair or slumped in hard chair OR bending over at waist for a long period of time - then patient returns to neutral suddenly
When person is in flexed position, intrafusal muscle fibers of spindle tighten to better monitor relaxed fibers of the psoas muscle. Rapid return to neutral produces confusion of spindles and spinal cord - CAUSE SPASM OF PSOAS |
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Describe findings in Left Psoas Spasm
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At first both are involved causing flattening of the lumbar spine (forward bending). Then one usually becomes more prominent
- L1 or L2 will rotate left and sidebend left - then the rest of the spine will side bend left - Other vertebrae act according to type I L1 or L2 = KEY LESION |
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If spastic psoas carries through to the sacrum, left side bending induces _
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Non-neutral sacral response
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In LEFT SPASM OF PSOAS
_ oblique axis is engaged _ rotation of sacrum _ sulcus is shallow _ prominent ILA |
LEFT axis
RIGHT rotation RIGHT RIGHT |
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Where does pelvic side shift occur in psoas dysfunction
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TO OPPOSITE SIDE
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In psoas spasm you can get sciatic nerve irritation on which side
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OPPOSITE (same side of piriformis spasm)
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What is the pain location in psoas spasm
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Gluteal muscular and posterior thigh pain that doesnt go past the knee (OPPOSITE SIDE)
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Describe pain development in psoas syndrome
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First there is pain when patients sits especially straight and also vague pain in lumbar and lumbo-sacral area.Soon key lesion pain leaves and moves down and over to OPPOSITE SI JOINT. Now patient is bent forward and to the same side but there is not much pain. Same side leg is short and EXTERNALLY ROTATED
Piriformis on the opposite side is involved so pain includes gluteal area on the opposite side, then sciatic irritation occurs, pain develops down the posterior thigh |
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Describe treatment for psoas syndrome
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Depends on acuteness and stage - remember to rule out and treat any organic cause - use counterstrain on iliopsoas point - patient supine with knees flexed
- Ice - HVLA if not acute - Must cool down acute muscle - DO NOT STRETCH |
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How would weak psoas present in a patient
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Allows excessive backward bending of lumbar spine because of strong back muscles - Increased lordosis, protruding abdomen
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Define piriformis syndrome
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Peripheral neuritis of sciatic nerve caused by the abnormality of the piriformis muscle
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Origin of piriformis
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Anterolateral border of the sacrum at SI joint capsule
Anterior portion of sacrotuberous ligament |
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Insertion of piriformis
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Superomedial aspect of greater trochanter of femur
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Describe path of sciatic nerve
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Passes through greater sciatic foramen, under piriformis and on posterior thigh
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Name causes of irritation of sciatic nerve
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- Piriformis muscle spasm
- Piriformis contracture - Local trauma to buttocks - Repeated mechanical stressors (running) - Sacral base unleveling - Pelvic instability - Excessive local pressure - Anatomic variation - Local inflammation |
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Irritation of sciatic nerve is easily confused with _
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Herniated disk or facet joint pathology
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