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Gait Assessment of Gait Assessment of Neurologically Challenged Patients Cathelyn Timple, PT, DPT, NCS, ATP Casa Colina Centers for Rehabilitation

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  • Gait Assessment ofGait Assessment of Neurologically Challenged g y gPatients

    Cathelyn Timple, PT, DPT, NCS, ATPCasa Colina Centers for Rehabilitation

  • ObjectivesObjectivesUnderstand normal gait mechanics and terminologyUnderstand normal gait mechanics and terminology

    Recognize pathological gait patterns commonly associated with visual and vestibular deficits in neurologically challenged g y gpatients.

    Administer the Functional Gait Assessment and the 10-Meter W lk T tWalk Test

  • Normal GaitNormal Gait“repetitious sequence of limb motion to move the body forward while simultaneously maintaining stance stabilitystability

  • Observational Gait AnalysisGait Analysis

    •Qualitative visual description •Qualitative visual description of an individual’s upper and lower extremities, pelvis and

    k dtrunk motions during ambulation.

  • Normal Human GaitNormal Human Gait

    StrideStride

    StanceStance

    Weight AcceptanceWeight Acceptance Single Limb Support

    Single Limb Support

    SwingSwing

    AdvancementLimbAdvancementLimb

    Initial ContactInitial Contact Loading ResponseLoading Response

    SupportSupport

    Mid StanceMid Stance Terminal StanceTerminal Stance PreSwingPreSwing Initial SwingInitial Swing Mid SwingMid Swing Terminal SwingTerminal Swing

  • Normal Human GaitNormal Human Gait

    STANCE: 62% SWING 38%

    IC LR MSt TSt PSw ISw MSw TSw

    Weight Single Limb Swing Limb AdvancementAcceptance Support

  • Stance PhaseStance Phase

    Initial Contact (IC) The moment when the foot Initial Contact (IC): The moment when the foot contacts the ground

  • Stance PhaseStance Phase

    Loading Response (LR) Weight is rapidly transferred Loading Response (LR): Weight is rapidly transferred onto the outstretched limb, the first period of double-limb support

  • Stance PhaseStance Phase

    Mid Stance (MSt): The body progresses over a single Mid-Stance (MSt): The body progresses over a single, stable limb.

  • Stance PhaseStance Phase

    Terminal Stance (TSt): Progression over the stance Terminal Stance (TSt): Progression over the stance limb continues. The body moves ahead of the limb and weight is transferred onto the forefoot.

  • Stance PhaseStance Phase

    Pre Swing (PSw): A rapid unloading of the limb Pre-Swing (PSw): A rapid unloading of the limb occurs as weight is transferred to the contralateral limb.

  • Swing PhaseSwing Phase

    Initial Swing (ISw): The thigh begins to advance as Initial Swing (ISw): The thigh begins to advance as the foot comes up off the floor.

  • Swing PhaseSwing Phase

    Mid Swing (MSw): The thigh continues to advance as Mid-Swing (MSw): The thigh continues to advance as the foot comes up off the floor.

  • Swing PhaseSwing Phase

    Terminal Swing (TSw): The knee extends the limb Terminal Swing (TSw): The knee extends; the limb prepares to contact the ground for Initial Contact.

  • Pathological Gait AnalysisAnalysis

  • Common Descriptive Terms for pAbnormal Gait

    Antalgic HikingAntalgic

    Ataxic

    Hiking

    Trendelenberg

    Athetoid

    Festinating

    Toe Drag

    Vaulting

    Scissoring

    Shuffling

    Unstable

    Extensor syngeryShuffling

    Steppage

    Extensor syngery

    Flexor syngery

  • Qualitative Gait Analysis Form

  • Quantitative Gait Analysis

  • Functional Gait AssessmentFunctional Gait Assessment

    Standardized test for assessing postural instability Standardized test for assessing postural instability during various walking tasks

    10 item gait assessment based on the Dynamic Gait 10- item gait assessment based on the Dynamic Gait Index

    Equipment Stop atch marked alking area shoe bo Equipment: Stopwatch, marked walking area, shoe box for obstacle, set of steps

    S i g 0 f i i t t 3 f l Scoring: 0 for severe impairment to 3 for normal performance; maximum score possible is 30.

  • Functional Gait AssessmentFunctional Gait Assessment

    Step over ObstacleGait Level Surface Step over Obstacle

    Gait with Narrow Base of Support

    Gait Level Surface

    Change in Gait Speedpp

    Gait with Eyes Closed

    A b l B k d

    Gait with Horizontal Head Turns

    G h V l H d Ambulation Backwards

    Steps

    Gait with Vertical Head Turns

    G it d Pi t TGait and Pivot Turn

  • Functional Gait AssessmentReference Group Data

    Age N Min Max Mean SD CIAge N Min Score

    Max Score

    Mean SD CI

    40-49 27 24 30 28.9 1.5 28.2-29.5

    50 59 33 25 30 28 4 1 6 27 9 29 050-59 33 25 30 28.4 1.6 27.9-29.0

    60-69 63 20 30 27.1 2.3 26.5-27.7

    70-79 44 16 30 24.9 3.6 23.9-26.0

    80-89 33 10 28 20.8 4.7 19.2-22.6

    TOTAL 20 10 30 26.1 4.0 25.5-26.6

  • 10-Meter Walk Test10-Meter Walk Test

    Examines gait speedExamines gait speed

    To administer test:M 10 d k d i h Measure a 10 meter course and mark ends with tape

    Position subject 3 feet behind tape

    Instruct the subject to walk at a comfortable rate until Instruct the subject to walk at a comfortable rate until he is 3 feet past the time line

    Repeat up to 3 times and average the times

    h b lk b b fInstruct the subject to walk as above , but as fast as possible

    Repeat up to 3 times and average the timesp p g

  • 10-Meter Walk Test10-Meter Walk Test

    Comfortable (m/min) Maximum (m/min)

    Gender/Decad

    Men Women Men Womende

    20s 83.6 84.4 151.9 148.0

    30s 87.5 84.9 147.4 140.5

    40s 88.1 83.5 147.7 127.4

    50s 83.6 83.7 124.1 120.6

    60s 81.5 77.8 115.9 106.460s 81.5 77.8 115.9 106.4

    70s 79.5 76.3 124.7 104.9

  • CASE STUDY CASE STUDY

  • QUESTIONS????QUESTIONS????

  • REFERENCESHallemans A, Beccu S, Van Loock K, Ortibus E, Truijen S, Aerts P. Visual deprivation leads to gait adaptations that are age- and context-specific: II. Kinematic parameters. Gait & Posture 30 (2009) 307-311.

    H lb d JL V ijk B H b K Sl ld O Al d i i d bili i i ld G i & P 30(2009) 233 238Helbostad JL, Vereijken B, Hesseberg K, Sletvold O. Altered vision destabilizes gait in older persons. Gait & Posture 30(2009) 233-238.

    Kramers de Quervain IA, Simon SR, Leurgans S, Pease WS, McAllister D. Gait Pattern in the Earl Recovery Period after Stroke. J Bone Joint Surg Am. 1996;78:1506-14.

    Ochi F, Esquenazi A, Hirai B, Talaty M. Temporal-Spatial Feature of Gait after Traumatic Brain Injury. Journal of Head Trauma Ochi F, Esquenazi A, Hirai B, Talaty M. Temporal Spatial Feature of Gait after Traumatic Brain Injury. Journal of Head Trauma Rehabilitation. April 1999;14(2):105-115.

    Perry J. Gait Analysis: Normal and Pathological Function. Thorofare, New Jersey, SLACK Incorporated, 1992.

    Schulmann DL, Godfrey B, Fisher AG. Effect of Eye Movements on Dynamic Equilibrium. Physical Therapy 1987:1054-1057.

    Von Schroeder HP, Coutts RD, Lyden PD, Billings Jr. E, Nickel VL. Gait parameters following stroke: A practical assessment. Journal of Rehabilitation Research and Development. February 1995; 32(1): 25-31.

    Wade MG, Jones G. The Role of Vision and Spatial Orientation in the Maintenance of Posture. Phys Ther. 1997;77:619-628.

    Zampieri C, Di Fabio RP. Balance and Eye Movement Training to Improve Gait in People With Progressive Supranuclear Palsy: Quasi-Randomized Clinical Trial. Physical Therapy. 2008;88:1460-1473.

    The Pathokinesiology Department and The Physical Therapy Department Rancho Los Amigos. Observational Gait Analysis Handbook. Los Amigos Research and Education Institute, Inc; 1996.