AT 3128 Evaluation of Athletic Injury Lower Extremities Lab-Midterm Practical

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What is the range of normal motion of flexion in the hip?

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What is the range of normal motion of extension in the hip?

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What is the range of normal motion of abduction in the hip?

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What is the normal motion for adduction in the hip?

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What is the normal range of motion for internal rotation of the hip?

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What is the normal range of motion for external rotation of the hip?

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What is the normal range of motion for flexion in the knee?

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What is the normal range of motion for extension in the knee?

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What is the normal motion for plantar flexion in the ankle?

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What is the normal motion for dorsiflexion in the ankle?

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What is the normal motion for inversion in the ankle?

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What is the normal motion for eversion of the ankle?

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L1 dermatome is responsible for sensation in the ?

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L2 dermatome controls sensation in the medial mid-thigh.

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L4 dermatome controls sensation in the dorsum of the foot.

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L5 dermatome area runs along over what area?

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L3 dermatome area runs along the lateral distal thigh, proximal.

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S1 dermatome runs along what area?

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S2 dermatome runs along the dorsum of the foot to the 5th metatarsal.

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L1 myotome controls what movement?

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L2 myotome controls what muscle movement?

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L3 myotome controls what muscle movement?

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L4 myotome controls what muscle movement?

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L5 myotome controls what muscle movement?

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S1 myotome controls what muscle movement?

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S2 myotome controls which muscle movement?

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A pt. who is unable to lift legs and hold that position for 30sec. and also experiences pn with the test is a positive result for a Milgram's test.

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The pt. has intrathecal/extrathecal pressure on an intervertebral (IV) disc which places pressure on the lumbar nerve root if they test positive for the Milgram's test.

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Kernig's/Brudzinski's test is positive if pn occurs with SLR and is NOT relieved when the pt. flexes the leg at the knee joint.

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A positive kernig's/brudzinski's test indicates sciatic nerve irritation or discal involvement in injury.

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A SLR (non-modified) test is positive if pn does not occur at all.

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A positive SLR (non-modified) test indicates sciatic nerve irritation or discal involvement (if pn is experienced after 70°).

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A modified SLR test is positive if pn is felt in both the un-modified and modified SLR tests.

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A negative modified SLR test could indicate tight hamstrings as the cause for pain in the original SLR test.

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A positive modified SLR test indicates a large space-occupying lesion (i.e. herniated disc).

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The WELL SLR test is performed on the symptomatic leg.

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A WELL SLR test is positive if pn occurs on the opposite (symptomatic) leg.

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A positive WELL SLR test indicates that the patient (pt.) is malingering.

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A positive Hoover's test is when there is no pressure on the examiners hand from the pt.'s un-involved leg.

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Malingering is an indicator for a positive Quadrant test.

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A positive Quadrant test is when:

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A positive Quadrant test indicates: (More than one correct)

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A positive Slump test is when sciatic pain or reproduction of other neurological symptoms occurs.

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A positive Slump test indicates sciatic nerve irritation and tight hamstrings.

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A positive tension sign/ bowstring test is when the pt. feels with possible duplication of symptoms as compared with the opposite side.

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The stork stand test is positive if pain is felt in the or area. This indicates either a of the pars interarticularis or a of the pars. A is indicated if pain is felt when the opposite leg is raised. is indicated if pain is felt when either leg is lifted.

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A test is said to be positive if movement of the symptomatic legs malleoli is observed. If the malleoli moves longer to shorter, this means rotation of ilium on that side. If malleoli moves shorter to longer, this means rotation of ilium.

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The Prone Knee Bending/Nachlas test is positive if pn is felt, the rotates forward before 90° of flexion, or if the rotates forward. If pn occurs in front area after 90° flexion, this indicates . Pn in the lumbar spine indicates pathology. If the rotates forward (butt comes off the table), this indicates hypomobile joint.

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When performing reflex testing, hypo-reflex and hyper-reflex indicate a nerve root pathology.

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The Trendelenburg test is positive if the pelvis on the non-weight bearing side. This indicates weakness or decreased to the muscle.

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The test is positive if the PSIS doesn't move. This indicates hypomobility with a posteriorly rotated ilium (outflare).

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The test is positive if pain is felt in the gluteal/posterior leg on ONE side. This indicates a sprain of anterior sacroiliac ligaments.

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The Approximation test is positive if the pt. feels increased in the joints. This indicates SI or sprain of SI ligaments.

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The Sacroiliac Rocking test is positive if pn is felt in the . This indicates and SI pathology or a sprain of the sacrotuberous ligament.

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A Gillet's test is positive if the on the same side as the flexed knee doesn't move or moves inferiorly; or if the on the opposite side of the flexed knee moves . This indicates a or "fixated" sacroiliac joint.

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A Laguere test is positive if pn is felt on the side being tested and indicates a SI pathology.

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The test is positive if pn is felt in the SI joint or pt. hip. This test indicates a hip pathology if pn is felt in the area anterior to the hip and indicates a SI joint pathology if pn is felt during the application of over-pressure in the SI area.

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Gaenslen's test is positive if pain is NOT felt in the SI area and indicates a muscle weakness of the hamstring group.

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The test is positive if pn is felt in the lumbar or SI area, or if anterior thigh parathesia occurs. Lumbar pn indicates lumbar pathology; Pn in the SI area indicates an anterior SI pathology; Anterior thigh parathesia indicates stretch.

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The Scouring test looks for any , clicking, , or apprehension when testing the pt. If test is positive, this indicates a hip .

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The test is positive if the lower leg moves into full extension and/or the thigh comes off the table. This indicates tightness of the and/or group.

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The test is positive if the pt thigh/leg doesn't move toward the table when the examiner lets the leg "fall". This indicates tightness/contracture.

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90/90 Hamstring test is positive if the pt. knee stays greater than when performing the test. This test indicates tight .

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The test is positive if the pt. extends the trunk (leans back and catches self with hands). This indicates tight .

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The Weber-Basrstow Maneuver test is positive if different levels of the are observed. This test indicates of the legs.

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Leg length discrepancy is measure two different ways. leg length is measure from the ASIS to the lateral malleoli. Apparent leg length is measured from the to malleoli while pt. is .

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Where does the sartorius originate and insert?

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Rectus femoris palpation

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Where is the trochanteric bursa located?

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The TFL originates on the , turns into the and runs along the thigh, inserts to the knee.

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The hamstring muscle group originates on the tuberosity and runs down the thigh to insert to the knee.

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Where is PSIS located?

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The is approx. 3 inches above the ASIS, along the lateral lip of the crest. It is the widest part of the crest.

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Normal 100% ROM against gravity with maximal resistance is what manual muscle test grade?

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Trace contracts with no motion is what manual muscle test grade?

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What manual muscle test grade is considered Fair with 50% complete ROM against gravity?

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What is considered GOOD and is 75% complete ROM against gravity with moderate resistance?

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Sport Science Quiz sobre AT 3128 Evaluation of Athletic Injury Lower Extremities Lab-Midterm Practical, criado por Kerilyn Wendel em 12-10-2016.

AT 3128 Evaluation of Athletic Injury Lower Extremities Lab-Midterm Practical

AT 3128 Evaluation of Athletic Injury Lower Extremities Lab-Midterm Practical

What is the range of normal motion of flexion in the hip?

What is the range of normal motion of extension in the hip?

What is the range of normal motion of abduction in the hip?

What is the normal motion for adduction in the hip?

What is the normal range of motion for internal rotation of the hip?

What is the normal range of motion for external rotation of the hip?

What is the normal range of motion for flexion in the knee?

What is the normal range of motion for extension in the knee?

What is the normal motion for plantar flexion in the ankle?

What is the normal motion for dorsiflexion in the ankle?

What is the normal motion for inversion in the ankle?

What is the normal motion for eversion of the ankle?

L1 dermatome is responsible for sensation in the ?

L2 dermatome controls sensation in the medial mid-thigh.

L4 dermatome controls sensation in the dorsum of the foot.

L5 dermatome area runs along over what area?

L3 dermatome area runs along the lateral distal thigh, proximal.

S1 dermatome runs along what area?

S2 dermatome runs along the dorsum of the foot to the 5th metatarsal.