neural tension assessment - azata summer...neural mobiliza@on based on tension test findings...

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9 Ques@ons? Barton Anderson, DHSc, AT [email protected] @azatprof An Evidence-Based Approach to the Assessment and Treatment of Adverse Neural Tension: Lab Barton Anderson, DHSc, AT, ATC A.T. S@ll University Neural Tension Assessment Tension tests can differen@ate between muscle @ghtness and neural tension Both will restrict mobility Both can be treated Neural Tension Assessment Abnormal responses include Replica@on of clinical symptoms Pain Neurological symptoms Limita@ons or asymmetry of mo@on Upper Limb Neural Tension Tests (ULNTT) ULNTT1 Median Nerve Dominant ULNTT2 Radial Nerve Dominant ULNTT3 Ulnar Nerve Dominant Tes@ng Procedures Each test has a specific progression of movements and joint posi@ons Vital that with each new movement, the posi@ons of previous movements are maintained Allows for progressive addi@on of tension within the neural system Failure to maintain posi@ons will result in slack and poten@al false nega@ves

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  • 9

    Ques@ons?

    BartonAnderson,DHSc,AT

    [email protected]@azatprof

    AnEvidence-BasedApproachtotheAssessmentandTreatmentofAdverseNeuralTension:Lab

    BartonAnderson,DHSc,AT,ATCA.T.S@llUniversity

    NeuralTensionAssessment•  Tensiontestscandifferen@atebetweenmuscle@ghtnessandneuraltension– Bothwillrestrictmobility– Bothcanbetreated

    NeuralTensionAssessment•  Abnormalresponsesinclude– Replica@onofclinicalsymptoms

    •  Pain•  Neurologicalsymptoms

    – Limita@onsorasymmetryofmo@on

    UpperLimbNeuralTensionTests(ULNTT)•  ULNTT1– MedianNerveDominant

    •  ULNTT2– RadialNerveDominant

    •  ULNTT3– UlnarNerveDominant

    Tes@ngProcedures•  Eachtesthasaspecificprogressionofmovementsandjointposi@ons– Vitalthatwitheachnewmovement,theposi@onsofpreviousmovementsaremaintained•  Allowsforprogressiveaddi@onoftensionwithintheneuralsystem

    •  Failuretomaintainposi@onswillresultinslackandpoten@alfalsenega@ves

  • 10

    ULNTT1•  MedianNerveDominant•  MovementSequence– Pa@entposi@onedsupineatedgeoftable– Cliniciandepressesandstabilizesscapula/glenohumeraljoint.

    – ShoulderABDto90-110degrees•  Elbowflexedto90,shoulderinneutralrota@on

    ULNTT1•  MovementSequence

    –  ExternalRota@on–  Forearmsupina@on– Wrist/FingerExtension–  ElbowExtension

    •  Mustmaintainscapulardepressionthroughout!

    ULNTT1•  Differen@a@ngMovements– Lateralcervicalflexiontooppositeside– Monitorpa@entresponse

    •  Normal?•  Abnormal?•  Ifabnormal,whereinthesequencedidtheresponseoccur?

    ULNTT1•  Abnormalresults–  Earlyinsequence

    •  Suggestseitherhyperirritablenerveorrelatedmoretoslidingwithinoneareaoftheneuraltract

    –  Laterinsequence•  Suggestsrela@ontotensiondissipa@on

    –  Treatwithslidersortensionersorboth

    ULNTT2•  RadialNerveDominant•  MovementSequence–  Pa@entposi@onedsupinewitharmatedgeoftable–  Clinicianiseitherseatednexttopa@ent,orstandingfacingpa@ent’sfeet

    – Armisin10degreesofabduc@on,slightshoulderextension,elbow90degreesflexion

  • 11

    ULNTT2•  MovementSequence

    –  Shoulderdepression•  Ifseated,appliedasatrac@onforceorusingapartnertoassist

    –  Shoulderinternalrota@on–  Forearmprona@on–  Wrist/thumb-indexflexion

    –  Elbowextension

    ULNTT2•  Differen@a@ngMovements– Lateralcervicalflexiontooppositeside– Monitorpa@entresponse

    •  Normal?•  Abnormal?•  Ifabnormal,whereinthesequencedidtheresponseoccur?

    ULNTT3•  UlnarNerveDominant•  MovementSequence– Pa@entposi@onedsupineatedgeoftable– Cliniciandepressesandstabilizesscapula/glenohumeraljoint.

    – ShoulderABDto90-110degrees•  Elbowflexedslightly,shoulderinneutralrota@on

    ULNTT3•  MovementSequence

    –  ShoulderABDto90-110degrees•  Withelbowat0-45degreesextension

    –  ShoulderExternalRota@on–  Forearmprona@onorsupina@on

    –  Wrist/FingerExtension–  ElbowFlexion

    ULNTT3•  Differen@a@ngMovements– Lateralcervicalflexiontooppositeside– Monitorpa@entresponse

    •  Normal?•  Abnormal?•  Ifabnormal,whereinthesequencedidtheresponseoccur?

  • 12

    NeuralTensionAssessment•  StraightLegRaise– Dorsiflexion–@bialtractofscia@cnerve– Eversion–posterior@bialnerve– DF/Inversion–suralnerve– Plantarflexion/INV–commonperoneal– HipADD–scia@cnerve– HipIR–scia@cnerve,commonperoneal

    NeuralMobiliza@on•  Basedontensiontestfindings–  PrimarycomponentisSLR

    –  Differen@a@ngmovementsareusedforeitherslidersortensioners

    LENeuralMobiliza@on•  TibialtractofScia@cnerve–  SLRwithneutralhip–  Dorsiflexionfordifferen@a@on

    LENeuralMobiliza@on•  PosteriorTibialnerve– SLRwithneutralhip– Eversionfordifferen@a@on

    LENeuralMobiliza@on•  Suralnerve

    –  SLRwithneutralhip–  DFwithINVfordifferen@a@on

    •  CommonPeroneal–  SLRwithneutralhip–  PFwithINVfordifferen@a@on

    LENeuralMobiliza@on•  Scia@cnerve

    –  SLRwithneutralankle–  HipADDfordifferen@a@on

    •  Scia@cnerve,CommonPeroneal–  SLRwithneutralankle–  HIPIRfordifferen@a@on

  • 13

    LENeuralMobiliza@on•  FemoralNerve– Performedeitherproneorsidelying– Kneeflexionandankleplantarflexion– Hipextensiontodifferen@ate

    NeuralTensionAssessment•  StraightLegRaise– Dorsiflexion–@bialtractofscia@cnerve– Eversion–posterior@bialnerve– DF/Inversion–suralnerve– Plantarflexion/INV–commonperoneal– HipADD–scia@cnerve– HipIR–scia@cnerve,commonperoneal