rood approach

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Rood Approach

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  • Roods approach

  • Introduction Evolved from developmental neurophysiologically literature.1 motor output dependent upon sensory output.2 motor responses follow a normal developmental sequences.3 psychic , somatic , autonomic functions are interrelated.

  • Assumptions Appropriate sensory stimulispecific motor responses.normal ontogenetic motor development purposeful muscular responses.Muscle action can be activated , facilitated, inhibited.

  • TheoryNormalize muscle tone.Pre-requisite to movement.Muscles have different duties;Heavy work stabilizers.Extensors + abductors.Postural supportLight work- mobilizes . Flexors + adductorsSkilled movements

  • Contd voluntary motor act based on inherent reflexes.Therapy Elicit motor responses at reflexes level Incorporate with developmental sequences - to augment motor response.

  • Treatment begins at the developmental level of functioningCephalocaudal ruleStimulation order:FlexorsExtensors Adductors Abductors

  • Movement directed towards functional goalAccept the activity as a meaningful event.Develop a sub cortical program to perform a motor act .Willed Movt with intended goal better performances.

  • Repetition Improves coordinationRequired to formulate engrams.

  • Principles of treatment

  • TNR & TLR assist / retard the effects of sensory stimulationSide lying reduces the influences Arm and leg on the down side extensor tone .Arm and leg on the upper flexor tone.

  • Stimulation of specific receptors produces three major responses.Homeostatic responses- ANS Reflexive protective responses spinal and brain stem circuits.Adaptive response integration of system.

  • Rules of sensory inputFast brief stimulus produces large synchronous motor output.Fast repetitive sensory input produces a maintained responses.Maintained sensory input maintained responses.Slow , rhythmical repetitive sensory input deactivates body and mind.

  • Muscles have different dutiesStabilizersMobilizers.

  • Heavy work muscles integrated before light work muscles.Heavy work-light work.

  • Sequences of motor development

  • Sequential phases of motor controlReciprocal inhibitionEarly mobility patternBasic Movt pattern is primarily reflex governed by spinal and supraspinal centers .Co-contractionStability pattern

  • ContdHeavy workMobility superimposed on stabilitySkillHighest level of motor control.

  • Co-contraction Stability pattern.

  • Treatment techniques

  • Facilitation techniquesCutaneous ;-used to stimulate the exteroceptors of the skin.Responds to stimuli arising from external environment.Protective withdrawal response.Principle stimuli transmitted- pain ,temp, touch .

  • ContdLight moving touch Used to activate the superficial mobilizing muscles.Applied through fingertip camelhair/brush cotton swab.Frequency -2times/sec ,for 10 times.Application -3-5 strokes ,with the gap of 30 sec b/w strokes .

  • ContdFast brushingStimulate c fiber.Max effect 30 min after stimulation.Used before all forms of treatment.Applied over the dermatome of the same segment the muscle supplies.Application 3-5 sec ,repeated after 30 sec

  • Contd IcingFacilitate muscle activity & ANS.Quick icingElicits withdrawal response.Applied in 3 quick swipes.Used for hypotonic.C icingFacilitate maintained postural response.Applied in dermatome-segment mytome.

  • Cont.Autonomic icingInfluences glandular output.Areas of sympathetic NS

  • proprioceptiveStimulation gives more motor control.Facilitation of muscle spindle, golgi tendon joint receptors, vestibular apparatus.Heavy joint compression Application - > than body wt in longitudinal axis.Facilitate co- contraction around the joint.Combined with development sequences .prone on elbows, quadruped.Done manually / mechanically.

  • Contd.Stretch Uses principle of reciprocal innervation.Used on light work muscles.Intrinsic stretchUsed to promote stability of the scapulo humeral regions.Enhanced with Resistive gripWt on ulnar border.

  • CONTDSecondary ending stretchMuscle put into stretch fires secondary endings.Facilitatory flexorsInhibitory extensors.Used for integrating TNRStretch pressureApplied placing pads of thumbs and index finger on the skin over the superficial muscle.

  • Contd.Stretch adequate to cause deformation.Stimuli not more than 3 sec.Resistance Used in isotonic fashion in developmental sequences.Used in shortened rangeFast brushing , quick stretch , given before to maximize the responses.

  • ContdIntermittent resistance to desired motion.TappingDone over the muscle belly3-5 times in the muscle to be facilitated.

  • Vestibular stimulationStatic labyrinth promote extensor patterns of neck , trunk ,extremities.Kinetic elicits phasic cortical responsesStimulation fast, slowaccelerationDeceleration movtshorizontal vertical

  • Contdinversion Inversion-alter the tone.Head down maximizes the extensors tone.Upright minimizes the extensors tone.Therapeutic vibrationUsed -desensitize hypertonic muscles.For tonal changesLow frequency-50-60 cycles /secHigh frequency-100-300 cycles/sec

  • ContdApplied over muscle belly // to fibersOver stretched muscle Duration 1-2 minsProne position flexorsSupine position-extensorsOsteopressurePressure over bony prominences-facilitate/inhibit voluntary muscles.

  • inhibition techniquesNeutral warmthApplied 5-10 min Effects relaxation tone decreasedGentle shaking /rockingSlow strokingSlow rollingGeneralized inhibitory effect

  • Contd..Light joint compressionApplied in longitudinal axisInhibits spasticity.Tendinous pressureHas the effect on tight ,spastic muscles.Maintained stretchPositioning the extremity in elongated position.