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Question
Answer
most common aaffected artery   middle cerebral artery (MCA)  
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stereotypes;does not permit different combinations of movt; primitive; reflexive; loss of inhibitory ctrl   basic limb synergies  
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"evolution in reverse"; recapitulated during ONTOGENESIS   Hughling Jackson's phylogenetic organization of nervous centers  
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Hughling Jackson's phylogenetic organization of nervous centers: -few combi, most automatic   lowest motor centers  
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Hughling Jackson's phylogenetic organization of nervous centers: -more combi, ^ voluntary, v automatic   middle motor centers  
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Hughling Jackson's phylogenetic organization of nervous centers: -most numerous combi, most voluntary   highest motor centers  
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flexor synergistic pattern of UE   - retraction and/or elev of sh - sh ER, 90deg abd - elbow flex* (acute <) - full ROM FA supn - wrist and finger flex  
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extensor synergistic pattern of UE   - sh girdle prot - sh AddIR* - elbow ext (full ROM) - full ROM FA pron - wrist ext - finger flex/ext  
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flexor synergistic pattern of LE   - hip FAb*ER - knee 90deg flex - ankle DF, inv - toe DF  
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Extensor synergistic pattern of LE   - hip ExAddIR - knee ext* - ankle PF, eve - toe PF (big toe may ext)  
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Typical Posture (from head to toe)   - head & trunk flexed to affected side - scap retracted abd depressed - sh AddIR (2) - elbow flexed (1) - FA pron (3) - wrist & fingers flexed - pelvis retracted and PPT - hip ExIR, Add(2) - ankle DF (1) - subtalar inv - toes flexed  
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weak components (FLATS mm)   Finger flexors Latissimus dorsi Ankle evertors Teres major Serratus Ant  
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Symmetrical tonic neck reflexes (stimulus, reaxn, integ)   S: flex ad ext of neck R: in flex, UE flex & LE ext (v.v) I: 6-7 mos  
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Asymmetrical tonic neck reflex (SRI)   (flex of skull limbs, ext of jaw limbs) S: head rot R: head rot to (L) >> (L) UE ext & (R) UE flex I: 6-7 mos  
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Tonic Labyrinthine Reflex (SRI)   S: head poxn in space R: in supine (belly up), ^ ext tone; in prone (belly down), ^ flexor tone I: 4-6 mos  
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Tonic Lumbar reflex (SRI)   S: change in poxn of trunk c respect to pelvis R: rot to (R) >> flex of (R) UE & ext of (R) LE (v.v) I:  
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reflex tensing of mm & involuntary limb movt in pxs c hemiparesis   Associated reactions  
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commonly elicited during spastic stage   Associated reactions  
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in Assoc. Reaxns, UE reactions tend to be...   SAME flex tend to evoke flex  
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in Assoc. Reaxns, LE reactions tend to be...   OPPOSITE flex tend to evoke ext  
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Brunnstrom's conclusion   1. may be evoked during flaccid stage 2. ^ voluntary ctrl during & p spasticity 3. may be present years p onset of hemiplegia 4. repeated stimuli to evoke response 5. ^ mm tension of bad limb p removal of stim 6. attitudinal reflex affects ARs  
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theorized by Temple Fay   HOMOLATERAL LIMB SYNKINESIS  
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originates on amphibian level of evolution   HOMOLATERAL LIMB SYNKINESIS  
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RAIMISTE PHENOMENON   (ABD) S: <supine> R abd on lat side of good hip R: abd of bad hip *v.v on add*  
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SEQUENCE OF RESTORATION OF GRASP    
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  1. return of stretch reflex (monosegmental SC reflex) 2. proprioceptive traction response (plurisegmental SC reflex >> higher centers than SC) 3. grasp reflex (subcortical response) 4. instinctive grasp reflex (cortical component) 5. complete ctrl c G-R b  
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7 STEPS IN RESTORATION OF HAND FXN   1.tendon reflex return & become hyperactive 2. spasticity develops, R to PROMs 3. vol finger flex when faci c proprio stim 4. PTR can be elicited 5. ctrl of hand movt c proprio stim begins 6. v spasticity, grasp c tactile stim on hand 7. (+) true grasp re  
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stretch of flexor mm of one of the jts of UE facilitates coxn of flexor mm of all jts >> total shortening of UE; faci by tonic neck reflex   Proprioceptive traction response (PTR)  
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TRUE GRASP REFLEX   S: distally moving deep P over certain areas of palms & fingers R: ^ >> flex; (if b/n fingers >> abd/add  
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2 Phases of true grasp reflex   catching and holding phase  
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CATCHING PHASE   (grasp reflex) weak cons of flexor and adductor mm  
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HOLDING PHASE   (traction response) appears only if traction is made on tendons of mm activated during catching phase  
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traction response vs grasp reflex   STIMULUS: traction >> stretch grasp >> tactile  
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common in frontal lobe lesn   instictive grasp reflex  
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instictive grasp reflex   S: stationary contact c palm of hand R: involuntary fist closure ** when elicited, difficult to release  
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"forced groping"   instictive grasp reflex  
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common c parietal lobe lesion   instictive avoiding reaction  
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instictive avoiding reaction   S: fwd-upward dir. of arm (of PT?) R: fingers hyperextend  
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Soque's finger phenomenon   S: arms passively raised overhead R: Fist opened and fingers ext  
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flaccidity stage   Brunnstrom's stage 1  
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basic limb synergies   Brunnstrom's stage 2  
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minimal voluntary   Brunnstrom's stage 2  
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spasticity begins   Brunnstrom's stage 2  
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in hand, little/no finger flex   Brunnstrom's stage 2  
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in trunk & limb, min voluntary ctrl   Brunnstrom's stage 2  
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vol ctrl of movt synergies   Brunnstrom's stage 3  
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spasticity at its peak   Brunnstrom's stage 3  
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able to initiate movt   Brunnstrom's stage 3  
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unable to ctrl form of movt   Brunnstrom's stage 3  
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contracture tend to develop   Brunnstrom's stage 3  
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common mm that tend to develop cx   pecs major FA pronators wrist and finger flexors  
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Brunnstrom's stage 3 (hand)   -mass grasp -hook grasp s release -s vol finger ext  
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HKA flexed in sitting and standing   Brunnstrom's stage 3  
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some movt combi besides limb synergies are masrtered   Brunnstrom's stage 4  
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placing hand behind the body   Brunnstrom's stage 4 (lats dorsi, rhomboids, teres mj)  
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fwd-hor elev of arm (v linkage of pecs mj and triceps)   Brunnstrom's stage 4  
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pron-supn c elbows flexed to 90deg   Brunnstrom's stage 4  
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Brunnstrom's stage 4 (hand)   -lat prehension -semivoluntary finger ext (small ROM)  
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in sitting, 90deg knee flex c foot slidig on the flr   Brunnstrom's stage 4  
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vol DF s lifting foot of the flr   Brunnstrom's stage 4  
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more difficult movt combi mastered   Brunnstrom's stage 5  
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spasticity continuess to decline   Brunnstrom's stage 5  
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arms raising to side hor   Brunnstrom's stage 5  
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arms raising fwd and overhead   Brunnstrom's stage 5  
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pron-supn c elbow ext   Brunnstrom's stage 5  
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Brunnstrom's stage 5 (hand)   -palmar prehension (cylinder/sphere) -vol mass ext  
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order of difficulty in prehension   hook lat prehension palmar prehension cylindrical spherical  
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isolated NWB knee flex c hip extended while standing   Brunnstrom's stage 5  
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isolate ankle DF c knee extended while standing (heel fwd in short step poxn)   Brunnstrom's stage 5  
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indiv jt movt is possible   Brunnstrom's stage 6  
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coordination approaches normally   Brunnstrom's stage 6  
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spasticity disappears   Brunnstrom's stage 6  
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movt are well-coordinated and near normal but c some awkwardeness   Brunnstrom's stage 6  
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s spasticity on PROM   Brunnstrom's stage 6  
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Brunnstrom's stage 6 (hand)   -all prehensile types under ctrl -full ROM voluntary finger ext -indiv finger movt present  
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in standing, abd of hip   Brunnstrom's stage 6  
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ER and IR of knee, and inv and eve of ankle in sitting   Brunnstrom's stage 6  
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Upper motor neuron lesion sx   (PUSH) -(+)pathologic primitive reflex -spasticity (pyramidal) **rigidity>>extrapyramidal -hyperreflexia (in PD)  
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lower motor neuron sx   (FLAN) -flaccidity -areflexia -(-)pathologic reflexes  
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aka "golden period"; permanent damage to the brain   3-6 mos  
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Pioneers of the Bobath principle   Karel (neuroligist) and Berta (gymnast and PT) Bobath  
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(FIB) "everyskilled actions takes place against a background of basic patterns of..."   ...postural ctrl, righting, equilibrium, other protective reaxns, RGR (reach, grasp, and release)  
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GOAL in Bobath   to be functional as early as possible  
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proximal key points of ctrl   -neck and spine -sh girdle -pelvic girdle  
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distal KP   -elbow -knee -hands -feet  
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reflex inhibiting patterns in UE   -neck and spine ext -sh ER -elbow and wrist ext -FA supn -thumb abd  
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reflex inhibiting pattern of LE   -hip AbER -hip & knee ext -ankle and toe >>> DF -big toe abd  
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3 fundamental problems in bobath   1. abn patterns of coordination of Posture and movt 2. abn qlty of postural tone 3. reciprocal innervations  
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adequate stim produced excitation of flexor grps of mm of an extended leg c simultaneous inh of antagonistic mm gram   reciprocal innervation  
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a    
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