KOL | Shin‐Ichi IzumiDepartment of Rehabilitation, Tohoku University Hospital, Sendai 980-8574, Japan;, momo0605lami@yahoo.co.jp, (M.M.);, gaku_kodama@yahoo.co.jp, (G.K.);, ... |
KOL Resume for Shin‐Ichi Izumi
| Year | |
|---|---|
| 2022 | Department of Rehabilitation, Tohoku University Hospital, Sendai 980-8574, Japan;, (M.M.);, (G.K.);, (T.T.) Graduate School of Biomedical Engineering, Tohoku University, Sendai, Japan |
| 2021 | Graduate School of Biomedical Engineering, Tohoku University, 2-1, Seiryo-machi, Sendai 980-8575, Japan |
| 2020 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Japan. Graduate School of Biomedical Engineering, Tohoku University, Sendai, 980-8575, Japan Tohoku University. |
| 2019 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Biomedical Engineering, 2-1 Seiryomachi Aobaku, Sendai, Miyagi, 980-8575, Japan. Graduate School of Biomedical Engineering, Tohoku Univ |
| 2018 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, 2-1 Seiryo-cho, Aoba-ku, Sendai, 980-8575, Japan; Graduate School of Biomedical Engineering, Tohoku University, 2-1, Seiryo-machi, Sendai, 980-8575, Japan. Tohoku University Hospital, Miyagi, Japan |
| 2017 | Tohoku University, Sendai, Japan |
| 2016 | Department of Physical Medicine and Rehabilitation, Graduate School of Biomedical Engineering, Tohoku University, Miyagi, Japan.View further author information Graduate School of Biomedical Engineering, Tohoku University, Aramaki Aza Aoba, Aoba-ku, Sendai, Japan |
| 2015 | Tohoku University Graduate School of Biomedical Engineering, Sendai city, Miyagi, Japan |
| 2013 | Tohoku University Graduate School of Biomedical Engineering |
| 2012 | Graduate School of Biomedical Engineering, Tohoku University, Seiryou-cho 2-1, Aoba-ku, Sendai city, Japan |
| 2011 | From the Epidemiology and Prevention Division (A.H.), Research Center for Cancer Prevention and Screening, National Cancer Center, Tokyo, Japan; Department of Clinical Pharmacology and Therapeutics (A.H., H.M., T.Ha., M.S., T.Ob., Y.I.), Planning for Drug Development and Clinical Evaluation (K.T., T.Oh., M.K., K.A., T.Hi., Y.I.), Physical Medicine and Rehabilitation (T.K., S.-I.I.), and Environmental Health Sciences (H.S.), Tohoku University Graduate School of Pharmaceutical Sciences and Medicine, Department of Gynecology and Obstetrics (H.M.), Pharmaceutical Sciences (T.Ob.), and Medical Information Technology Center (R.I.), Tohoku University Hospital, Sendai, Japan; Department of Health Science (T.Oh.), Shiga University of Medical Science, Shiga, Japan. Departments of, Clinical Pharmacology and Therapeutics, and, Planning for Drug Development and Clinical Evaluation, Tohoku University Graduate School of Pharmaceutical Sciences and Medicine, Physical Medicine and Rehabilitation, and, Obstetrics and Gynecology, Tohoku University Graduate School of Medicine, Department of Functional Brain Imaging, Institute of Development, Aging and Cancer (IDAC), Tohoku University, and, Department of Pharmacy, Tohoku University Hospital, Sendai, Division of Epidemiology and Prevention, Research Center for Cancer Prevention and Screening National Cancer Center, Tokyo, and, Department of Health Science, Shiga University of Medical Science, Ohtsu, Japan |
| 2010 | Department of Physical Medicine and Rehabilitation, Graduate School of Medicine, Tohoku University |
| 2009 | Tohoku University Graduate School of Medicine, Department of Physical Medicine and Rehabilitation |
| 2008 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Sendai, Japan. Tohoku university Graduate School of Biomedical Engineering (Sendai, JP) |
| 2007 | From the Departments of Clinical Pharmacology and Therapeutics (Y.A., M.K., A.H., T.O., H.M., Y.S., K.T., Y.I.), Planning for Drug Development and Clinical Evaluation (T.O., K.A., J.H.), Environmental health Sciences (H.S.), and Physical Medicine and Rehabilitation (T.K., S.I.), Tohoku University Graduate School of Pharmaceutical Sciences and Medicine; Tohoku University 21st Century COE Program “Comprehensive Research and Education Center for Planning of Drug Development and Clinical Evaluation” (T... Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Sendai, |
| 2001 | Department of Rehabilitation Medicine, Tokai University School of Medicine, Isehara, Kanagawa, Japan. |
| 2000 | Department of Rehabilitation Medicine, Tokai University School of Medicine, Boseidai, Isehara, Kanagawa 259-1193, Japan |
| 1999 | Department of Rehabilitation Medicine,Tokai University School of Medicine, Boseidai, Isehara, Kanagawa 259‐1193, Japan |
| 1998 | Department of Rehabilitation Medicine, Keio University School of Medicine, Tokyo, Japan |
| 1996 | Kessler Institute for Rehabilitation, Pleasant Valley Way, West Orange, NJ, USA Department of Rehabilitation Medicine, Keio University School of Medicine, 35 Shinanomachi, Shinjuku-ku, Tokyo 160, Japan |
| 1995 | Department of Rehabilitation Medicine, Keio University School of Medicine |
| 1986 | Department of Rehabilitation Medicine, Keio University Tsukigase Rehabilitation Center |
Shin‐Ichi Izumi: Influence Statistics
Open the FULL List in Excel
| Concept | World rank |
|---|---|
| aging scapular muscles | #1 |
| plantarflexor paretic | #1 |
| nonparetic midstance | #1 |
| bar reaction force | #1 |
| dysfunction scapular | #1 |
| recovery pdc | #1 |
| auditory foot | #1 |
| foot transforming | #1 |
| qjs correlated | #1 |
| brf vertical | #1 |
| cloudbased neurorehabilitation | #1 |
| gb horizontal gb | #1 |
| coaching theory | #1 |
| studies neurocytology | #1 |
| qjs gait | #1 |
| exam neurological | #1 |
| sensory impairments study | #1 |
| feet healthy adults | #1 |
| sij models | #1 |
| stiffness qjs | #1 |
| 915 accuracy feedback | #1 |
| exam novices | #1 |
| qjs paretic | #1 |
| low attention hand | #1 |
| feedback control movement | #1 |
| convulsions safety ranges | #1 |
| subjects shelf | #1 |
| mechanism rehabilitation | #1 |
| hemiparesis regulation | #1 |
| t6m realworld arm | #1 |
| function realworld arm | #1 |
| models sijs | #1 |
| rpdc difference | #1 |
| neurocytology tms | #1 |
| llmp sts movement | #1 |
| llmp sts movements | #1 |
| improve immersive | #1 |
| gait uneven surface | #1 |
| aging scapular | #1 |
| activation qjs | #1 |
| relationship qjs | #1 |
| development vr platform | #1 |
| background handrail | #1 |
| bodyspecific attention sensory | #1 |
| curvedangled handrail | #1 |
| smart tendon | #1 |
| afos lower | #1 |
| angled handrail | #1 |
| t6m longitudinal | #1 |
| fma t2m | #1 |
| qjs mc | #1 |
| severity pdc | #1 |
| repetitive tms convulsions | #1 |
| llmp grf | #1 |
| visualelectrotactile feedback | #1 |
| comprised toe | #1 |
| unilateral shelf bar | #1 |
| load transition sij | #1 |
| clinical dti parameters | #1 |
| afo qjs | #1 |
| stress sijs | #1 |
| neurocytology neurophysiology | #1 |
| grading reflex | #1 |
| plantarflexor nonparetic | #1 |
| t6m t2m | #1 |
| stroke hemiplegic patients | #1 |
| early stance qjs | #1 |
| afos articulated | #1 |
| vertical bar | #1 |
| patients hemiparesis | #1 |
| t2m t6m | #1 |
| sijs displacement | #1 |
| coaching method | #1 |
| sensorimotor strategies individuals | #1 |
| stance proportion | #1 |
| qjs muscle activation | #1 |
| higher qjs | #1 |
| fma t6m | #1 |
| brain realworld arm | #1 |
| qjs middle stance | #1 |
| prosthesis sensory modalities | #1 |
| reaction time selfbody | #1 |
| bayesian wbam | #1 |
| plantarflexor activation | #1 |
| soleus nonparetic | #1 |
| waves intracortical inhibition | #1 |
| load transition | #1 |
| forces handrails | #1 |
| damaged sensorysystem | #1 |
| plantar sensors | #1 |
| midstance reciprocal | #1 |
| muscles plantarflexor | #1 |
| feet sensory | #1 |
| regulation qjs | #1 |
| paretic limb brain | #1 |
| ratio plantarflexor | #1 |
| qjs study | #1 |
| frontal wbam | #1 |
| postural control feet | #1 |
| sensory impairments kinesthesia | #1 |
| handrails force | #1 |
| surface poststroke | #1 |
| force brf | #1 |
| expected new patients | #1 |
| cortical neurons tms | #1 |
| visual stimuli selfbody | #1 |
| wbam range | #1 |
| preliminary neuronal model | #1 |
| hemiparesis neurologic humans | #1 |
| sol middle stance | #1 |
| direction elderly | #1 |
| tms submotor | #1 |
| arm t6 | #1 |
| bodyspecific attention t1m | #1 |
| survey novices | #1 |
| motor cortex neurocytology | #1 |
| kinesthetic biofeedback | #1 |
| direction sts | #1 |
| nonarticulated afos sgs | #1 |
| reciprocal activation paretic | #1 |
| plantar sensations | #1 |
| forward direction sts | #1 |
| hand muscles response | #1 |
| aging dysfunction | #1 |
| t1m t6m | #1 |
| paretic step length | #1 |
| coactivation mc | #1 |
| improved t6m | #1 |
| articulated afos | #1 |
| paretic limb | #1 |
| study walking adaptability | #1 |
| t1m 2 months | #1 |
| hemiparesis | #1 |
| dorsiflexor gait | #1 |
| based qjs | #1 |
| smart tendon hammer | #1 |
| degree rpdc | #1 |
| attention paretic | #1 |
| positioned vertex | #1 |
| t1m | #1 |
| increase qjs | #1 |
| early middle stances | #1 |
| qjs | #1 |
| midstance qjs | #1 |
| handrail curved | #1 |
| late braincomputer interfaces | #1 |
| novices covid19 pandemic | #1 |
| plantarflexor activation qjs | #1 |
| feet relation | #1 |
| dysfunction scapular muscles | #1 |
| sol middle | #1 |
| reflex grading | #1 |
| tsubahara | #1 |
| bar 005 | #1 |
| gait rehabilitation suppression | #1 |
| bilateral sijs | #1 |
| mediolateral motion control | #1 |
| ambulators uneven | #1 |
| sensorimotor strategies | #1 |
| asymmetrical balance deficits | #1 |
| grasping flexion | #1 |
| qjs midstance | #1 |
| gb stand | #1 |
| gb force | #1 |
| cortex neurocytology | #1 |
| handrails stand | #1 |
| larger brf | #1 |
| comv lower | #1 |
| twoweek rehabilitation | #1 |
| curved angled | #1 |
| mediolateral cop trajectories | #1 |
| attention fma | #1 |
| handrail reaction forces | #1 |
| height llmp | #1 |
| bar assistance | #1 |
| patients nonarticulated afos | #1 |
| reported intracortical | #1 |
| macroscopic tms outcome | #1 |
| subjects surface walking | #1 |
| neurocytological evidence | #1 |
| bodyspecific attention hands | #1 |
| grasping 9300 | #1 |
| arm real | #1 |
| afos higher | #1 |
| cloudbased neurorehabilitation application | #1 |
| midstance reciprocal activation | #1 |
| t6m t1m | #1 |
| forward llmp | #1 |
| motor neural plasticity | #1 |
| stroke motor area | #1 |
| grf upward comv | #1 |
| suppression frontal wbam | #1 |
| reflex elicitation component | #1 |
| uneven surfaces subjects | #1 |
| activation plantarflexor | #1 |
| t2m fma | #1 |
| vertical grab bar | #1 |
| transition sacroiliac | #1 |
| contraction tested | #1 |
| body specific | #1 |
| contribute learned | #1 |
| sgs proportion | #1 |
| transforming sensory | #1 |
| powerful graphical options | #1 |
| low seat height | #1 |
| comv completion | #1 |
| vertical direction sts | #1 |
| remote neurological examination | #1 |
| nonparetic healthy controls | #1 |
| sijs walking loads | #1 |
| middle stance qjs | #1 |
| transition sij | #1 |
| 2 months t2m | #1 |
| movements numbers | #1 |
| difference vsfa04 | #1 |
| vision nds participants | #1 |
| sensor prosthesis | #1 |
| auditory foot bayesian | #1 |
| sts elderly people | #1 |
| study sensorimotor strategies | #1 |
| qjs ankle joint | #1 |
| novices reflex exam | #1 |
| sensory area brain | #1 |
| twoweek walking rehabilitation | #1 |
| positively fma | #1 |
| displacement sacrum | #1 |
| pdc rpdc | #1 |
| realworld arm t6m | #1 |
| novice reflex grading | #1 |
| vertical handrail | #1 |
| healthy individuals variability | #1 |
| lesions motor area | #1 |
| middle stance proportion | #1 |
| qjs afo | #1 |
| safety ranges tms | #1 |
| reflex exam novices | #1 |
| activities scapular | #1 |
| bar elderly | #1 |
| forward comv | #1 |
| walking activity difference | #1 |
| trapezius elderly | #1 |
| t1m realworld arm | #1 |
| uneven surface study | #1 |
| rehabilitation expected | #1 |
| disorders hemiparesis | #1 |
| feet sensory functions | #1 |
| longitudinal bodyspecific attention | #1 |
| micromacro connection | #1 |
| realworld arm | #1 |
| muscle llmp | #1 |
| stance qjs | #1 |
| t6m longitudinal t1m | #1 |
| comv sts | #1 |
| limb real | #1 |
| accelerometer walking activity | #1 |
| handrail reaction | #1 |
| specific attention | #1 |
| relationship bodyspecific attention | #1 |
| quasijoint stiffness qjs | #1 |
| frontal wbam range | #1 |
| 14 stroke patients | #1 |
| midstances | #1 |
| older height | #1 |
| gait patterns qjs | #1 |
| realworld arm t2m | #1 |
| twentyone elderly subjects | #1 |
| bodyspecific attention score | #1 |
| body coordinate data | #1 |
| nonps p005 activation | #1 |
| tmsrelated neurophysiology | #1 |
| paretic midstance | #1 |
| strategies wholebody movement | #1 |
| exam smart | #1 |
| momentum wbam | #1 |
| middle stance | #1 |
| realworld arm relationship | #1 |
| nonps p005 | #1 |
| t1m bodyspecific attention | #1 |
| handrail reaction force | #1 |
| hemiparesis muscle contraction | #1 |
| micromacro connections | #1 |
| restricted nds | #1 |
| bar assist | #1 |
| paradigm selectivity | #1 |
| ° electromyographic | #1 |
| walking analysis data | #1 |
| relationship accelerometers | #1 |
| work exam | #1 |
| foot suggested | #1 |
| motor functions experiment | #1 |
| centerof pressure position | #1 |
| stroke paralysis | #1 |
| middle stance activation | #1 |
| bodyspecific attention hand | #1 |
| nonarticulated afos | #1 |
| lower qjs | #1 |
| hammer feedback | #1 |
| body specific attention | #1 |
| qjs ankle | #1 |
| sts elderly | #1 |
| kinesthesia rehabilitation | #1 |
| hands reaction time | #1 |
| patients afos | #1 |
| explicit connection model | #1 |
| sts movement grf | #1 |
| mechanical walking sij | #1 |
| afos articulated afos | #1 |
| dti studies scans | #1 |
| middle stances | #1 |
| types sensorimotor strategies | #1 |
| scapular muscles | #1 |
| 129287 | #1 |
| weakness handrails | #1 |
| upward comv | #1 |
| brain bodyspecific attention | #1 |
| patients nonps p005 | #1 |
| upward llmp | #1 |
| hammer remote | #1 |
| prosthesis transforming | #1 |
| skeletal paresis prostheses | #1 |
| proportion afos | #1 |
| movement feedforward control | #1 |
| realworld arm accelerometers | #1 |
| sijs walking | #1 |
| horizontal gb | #1 |
| qjs patients | #1 |
| corrigendum predictors | #1 |
| prosthesis auditory | #1 |
| shelf bar | #1 |
| patients articulated afos | #1 |
| new rehabilitation method | #1 |
| activation ankle muscles | #1 |
| statistical bayesian modeling | #1 |
| vsfa04 | #1 |
| stroke patients hemiparesis | #1 |
| quasijoint stiffness | #1 |
| plantarflexor gait | #1 |
| width uneven | #1 |
| nds lesions | #1 |
| smart hammer | #1 |
| qjs middle | #1 |
| qjs early | #1 |
| involved nutation | #1 |
| llmp sts | #1 |
| handrail findings | #1 |
| qjs early stance | #1 |
| uneven surface | #1 |
| paretic reciprocal activation | #1 |
| vision numbers | #1 |
| loads pelvic | #1 |
| movements seat | #1 |
| biofeedback prosthesis | #1 |
| older individuals center | #1 |
| qjs muscle | #1 |
| vision variability | #1 |
| safety ranges | #1 |
| trained clinicians reflex | #1 |
| shelf bar assistance | #1 |
| grading exam | #1 |
| reflex grading exam | #1 |
| lesions sensory area | #1 |
| bodyspecific attention | #1 |
| hemiparesis standing | #1 |
| plastic anklefoot orthosis | #1 |
| brain damaged sensorysystem | #1 |
| restricted vision participants | #1 |
| brf 005 | #1 |
| body sittostand movements | #1 |
| prolonged consciousness | #1 |
| brf forward | #1 |
| afos sgs | #1 |
| novices covid19 | #1 |
| conventional vertical handrail | #1 |
| application agency | #1 |
| sittostand movements | #1 |
| t6m | #1 |
| bar gb | #1 |
| motor pathway facilitation | #1 |
| lower trapezius aging | #1 |
| immersive vrbci | #1 |
| brain rhythm modulation | #1 |
| sij bipedal walking | #1 |
| studies psth | #1 |
| hemiplegia auditory foot | #1 |
| immersive brain | #1 |
| hemiparesis strategies | #1 |
| model sijs | #1 |
| pc12 cells trts | #2 |
| forward aged | #2 |
| motor training addition | #2 |
| mhl control | #2 |
| 150 msec stimulation | #2 |
| large subcortical lesion | #2 |
| integration circuit | #2 |
| functional lld | #2 |
| parameters uneven | #2 |
| circuit measured | #2 |
| tms stroke patients | #2 |
| bones sij | #2 |
| mhl early | #2 |
| pulse voltage 600v | #2 |
| values numerical integration | #2 |
| neurites heating | #2 |
| waves 1 cycle | #2 |
| lld functional | #2 |
| combinations neurorehabilitation approaches | #2 |
| lesions interhemispheric interactions | #2 |
| new neuronal interconnections | #2 |
| elongated neurites | #2 |
| views nibs | #2 |
| encephalitis transcranial | #2 |
| 磁気刺激による手関節背屈運動に関する研究 | #2 |
| lld true | #2 |
| sb203580 u0124 | #2 |
| apparent lld | #2 |
| generally undetected | #2 |
| insoletype heel lift | #2 |
| rehabilitation hemiplegia | #2 |
| oscillatory brain communication | #2 |
| combinations neurorehabilitation | #2 |
| nibs pattern | #2 |
| 10 auditory cortex | #2 |
| theoretical magnetic | #2 |
| trts induce | #2 |
| true lld | #2 |
| functional llds | #2 |
| 600v stimulation intensity | #2 |
| neural plasticity effectiveness | #2 |
| communication tacs | #2 |
| specific exercise approach | #2 |
| modifiable heel | #2 |
| residual motor area | #2 |
| stimulation trts | #2 |
| combinations stroke neurorehabilitation | #2 |
| nibs mechanism | #2 |
| method motor cortex | #2 |
| homeostatic metaplasticity combinations | #2 |
| visual electrotactile | #2 |
| studies dualtask walking | #2 |
| functional lld control | #2 |
| deteriorated modulation | #2 |
| paralyses stroke | #2 |
| interhemispheric interactions mechanisms | #2 |
| interactions rehabilitative approaches | #2 |
| randomized mhl | #2 |
| plated pc12 cells | #2 |
| neuritogenesis trts | #2 |
| metaplasticity combinations | #2 |
| functional lld tha | #2 |
| motor recovery design | #2 |
| hemispheres functional integrity | #2 |
| u0124 gw441756 | #2 |
| combinations stroke | #2 |
| densely hemiplegic patient | #2 |
| utilized feedforward | #2 |
| term prosthesis | #2 |
| variability mediolateral | #2 |
| growth neuritogenesis | #2 |
| clockwise stimulations 35 | #2 |
| vision restricted | #2 |
| abnormal brain findings | #2 |
| trts 395 | #2 |
| integration circuit capacitor | #2 |
| walking activity stroke | #2 |
| gw441756 p38 | #2 |
| processes hebbian plasticity | #2 |
| potential tacsbased approach | #2 |
| ankle joint gait | #2 |
| conducted interrater | #2 |
| model calculation values | #2 |
| oral floor cancer | #2 |
| affective muscle | #2 |
| adaptability uneven | #2 |
| modifiable heel lift | #2 |
| consciousness pdc | #2 |
| design motor learning | #2 |
| interpersonal tacs approaches | #2 |
| nibs neural network | #2 |
| 3 4250 objective | #2 |
| new functions impairment | #2 |
| evaluate feedforward | #2 |
| grf center | #2 |
| mc paretic | #2 |
| treatment paralyses | #2 |
| walking sacroiliac | #2 |
| surgery functional llds | #2 |
| trts cells | #2 |
| pfc dual | #2 |
| vertical direction bars | #2 |
| lld measured | #2 |
| tacs approaches | #2 |
| properties poststroke | #2 |
| activation prioritize | #2 |
| oouchida | #2 |
| preset surface temperature | #2 |
| bilateral nibs | #2 |
| measure pulsed | #2 |
| evaluating diffuse | #2 |
| reports nibs application | #2 |
| magnetic stimulation coil | #2 |
| hemisphere nibs | #2 |
| aid motor recovery | #2 |
| gentle positive waves | #2 |
| takagi development | #2 |
| regulation ankle | #2 |
| approach motor recovery | #2 |
| device theoretical values | #2 |
| processes hebbian | #2 |
| values model calculation | #2 |
| paretic ratio | #2 |
| approaches cortical | #2 |
| gait uneven | #2 |
| intervals delivered | #2 |
| eeg 150 msec | #2 |
| ear anodal | #2 |
| individuals forward | #2 |
| heating plate growth | #2 |
| llds ± | #2 |
| motor recovery heterogeneity | #2 |
| studies bilateral nibs | #2 |
| u0124 | #2 |
| ear anodal stimulation | #2 |
| trts neuritogenesis | #2 |
| additional motor training | #2 |
| mm mhl | #2 |
| stroke afo | #2 |
| interactions corpus | #2 |
| wholebody movement individuals | #2 |
| ratio healthy controls | #2 |
| dualtask deterioration | #2 |
| cells trts | #2 |
| sensory nds | #2 |
| muscle stand | #2 |
| clockwise stimulations | #2 |
| plate 395 | #2 |
| stroke neurorehabilitation | #2 |
| neuritogenesis temperature | #2 |
| 6891 ± | #2 |
| optimal extracellular signals | #2 |
| tdcs 13yearold female | #2 |
| trapezius decreased | #2 |
| patientperceived lld | #2 |
| perceived llds | #2 |
| pfc dualtask deterioration | #2 |
| lift mhl | #2 |
| walking pfc | #2 |
| conditions auditory feedback | #2 |
| trts induced | #2 |
| motor recovery therapies | #2 |
| continuous motor improvement | #2 |
| prefrontal cortex teachers | #3 |
| teacher role hints | #3 |
| illness mft | #3 |
| muscles ultrasound rte | #3 |
| scapulae higher | #3 |
| wholebody movement | #3 |
| ultrasound rte activity | #3 |
| muscles workload | #3 |
| hemiparesis diffuse | #3 |
| functional perceived | #3 |
| maximum speech discrimination | #3 |
| healthy controls lesions | #3 |
| manual function test | #3 |
| skeletal shoulder mvc | #3 |
| test mft | #3 |
| revised decreased | #3 |
| cortex teachers | #3 |
| movement grf | #3 |
| scapulae 90 | #3 |
| dorsiflexor activation | #3 |
| stimulation cored | #3 |
| items 095 | #3 |
| reliability mft | #3 |
| activity levator scapulae | #3 |
| 0436conclusionsthe increase | #3 |
| nakasato | #3 |
| teachers metacognitive role | #3 |
| lower limb muscle | #3 |
| motor disorders dti | #3 |
| grasping flexion extension | #3 |
| kinematics muscle activities | #3 |
| 48xxyy syndrome form | #3 |
| dorsal scapular muscles | #3 |
| elasticity muscles | #3 |
| numbers movements | #3 |
| scapulae individuals | #3 |
| discrimination anodal | #3 |
| selfbody | #3 |
| hints pfc | #3 |
| propose rehabilitation | #3 |
| barthel mft | #3 |
| traumatic injury head | #3 |
| stroke patients hemiplegia | #3 |
| translational rehabilitation | #3 |
| scapular rotation patients | #3 |
| nutation movement | #3 |
| correlation mft | #3 |
| mft brunnstrom stage | #3 |
| neuronal landscape | #3 |
| gb horizontal | #3 |
| lesions cognitive disorders | #3 |
| 14 student‐teacher pairs | #3 |
| response tms | #3 |
| capacitor magnetic | #3 |
| cognitive disorders patients | #3 |
| healthy controls evaluation | #3 |
| functions compensating | #3 |
| interrater reliability mft | #3 |
| brunnstrom stage barthel | #3 |
| pfc teachers | #3 |
| brunnstrom stage mft | #3 |
| ranges tms | #3 |
| strain ratios muscles | #3 |
| injury hemiparesis | #3 |
| scapulae typing | #3 |
| stiffness levator scapulae | #3 |
| movement older | #3 |
| mft barthel | #3 |
| persistently altered condition | #3 |
| teaching pfc | #3 |
| trapezius levator | #3 |
| physiological peculiarity | #3 |
| imagery tested | #3 |
| teaching pfc activity | #3 |
| auditory feedback signals | #3 |
| reflex exam | #3 |
| patients chronic hemiplegia | #3 |
| 4 eeg | #3 |
| stiffnessresultsat baseline | #3 |
| daiinduced axonal damage | #3 |
| tablet screen solving | #3 |
| trapezius strain | #3 |
| validity mft | #3 |
| functions tactile | #3 |
| parascapular muscle activities | #3 |
| parascapular muscle | #3 |
| hemispheres functional | #3 |
| levator scapulae symptomatic | #3 |
| optimal neural plasticity | #3 |
| 30min typing task | #3 |
| upper trapezius symptomatic | #3 |
| hints pfc activity | #3 |
| mft correlation | #3 |
| symptomatic arm elevation | #3 |
| brunnstrom stage correlation | #3 |
| rotation symptomatic | #3 |
| trapezius patient | #3 |
| hints tablet screen | #3 |
| arm elevation activity | #3 |
| future views | #3 |
| levator scapulae individuals | #3 |
| paretic healthy | #3 |
| remote neurological | #3 |
| coupler calculated | #3 |
| sts movement | #3 |
| nibs application | #3 |
| chronic hemiplegia | #3 |
| corticospinal integration | #3 |
| healthy 120° | #3 |
| pdc difference | #3 |
| barthel barthel items | #3 |
| clinical rehabilitation patients | #3 |
| mft validity | #3 |
| brunnstrom recovery stage | #3 |
| hemiparesis dti | #3 |
| syndrome 48xxyy | #3 |
| pneumonia older people | #3 |
| individuals hemiparesis | #3 |
| upper trapezius patient | #3 |
| tendon hammer | #3 |
| modulation interhemispheric | #3 |
| metacognitive role teaching | #3 |
| role hints | #3 |
| processes neural plasticity | #3 |
| movement utilized | #3 |
| brain 0001 | #3 |
| teachers hints | #3 |
| ultrasound rte | #3 |
| typing task patient | #3 |
| pneumonia sarcopenia | #3 |
| symptomatic healthy | #3 |
| strategies healthy individuals | #3 |
| adaptability surface | #3 |
| pelvis loads | #3 |
| pfc activity teachers | #3 |
| correlation brunnstrom stage | #3 |
| design magnetic stimulation | #3 |
| height older | #3 |
| increased hints | #3 |
| rehabilitative interventions patients | #3 |
| pfc activity students | #3 |
| mhl improve | #3 |
| stiffness levator | #3 |
| activities deltoid | #3 |
| inhibitor gw441756 | #3 |
| creativity process insights | #3 |
| movements curved | #4 |
| tears scapular | #4 |
| stiffness upper trapezius | #4 |
| sarcopenia new strategy | #4 |
| heating plate | #4 |
| hemiparesis healthy | #4 |
| sarcopenic dysphagia studies | #4 |
| elasticity supraspinatus muscle | #4 |
| integrative neuronal | #4 |
| jpn compr | #4 |
| tacs based | #4 |
| 90° arm elevation | #4 |
| hemiparesis healthy controls | #4 |
| dominant hands age | #4 |
| lower strain ratio | #4 |
| body stand | #4 |
| tensor imaging patients | #4 |
| probe design study | #4 |
| respiratory muscles studies | #4 |
| clinical predictors degree | #4 |
| bar vertical | #4 |
| malnutrition risk factor | #4 |
| computer work individuals | #4 |
| metacognitive role | #4 |
| participants teacher role | #4 |
| effectiveness rehabilitative interventions | #4 |
| age motor training | #4 |
| patient brainstem encephalitis | #4 |
| impairment neural plasticity | #4 |
| recovery clinical predictors | #4 |
| mft upper | #4 |
| sarcopenia pneumonia | #4 |
| feedback visualization | #4 |
| surface walking | #4 |
| joint bipedal | #4 |
| mild hemiplegia | #4 |
| rehabil sci | #4 |
| voluntary contraction | #4 |
| walking uneven | #4 |
| height2 risk factor | #4 |
| subjects uneven surface | #4 |
| thickness trapezius | #4 |
| aspiration pneumonia sarcopenia | #4 |
| older people relapse | #4 |
| relapse pneumonia | #4 |
| pathogenoriented strategy | #4 |
| 005 paretic | #4 |
| sts young | #4 |
| people aspiration | #4 |
| evoked responses tms | #4 |
| positively real | #4 |
| ratio levator | #4 |
| task deterioration | #4 |
| older pneumonia inpatients | #4 |
| trapezius typing | #4 |
| reflex work | #4 |
| associations aspiration pneumonia | #4 |
| differences scapular motion | #4 |
| eeg evoked responses | #4 |
| new strategy pneumonia | #4 |
| strength swallowing muscles | #4 |
| bars 005 | #4 |
| beneficial effects tdcs | #4 |
| reflex elicitation | #4 |
| aging pneumonia | #4 |
| orthosis stroke | #4 |
| elasticity supraspinatus | #4 |
| arm correlated | #4 |
| demands healthy | #4 |
| tacs frontoparietal | #4 |
| paretic correlated | #4 |
| comparing measured | #4 |
| malnutrition longitudinal study | #4 |
| older people pneumonia | #4 |
| strength pneumonia | #4 |
| swallowing skeletal | #4 |
| height2 95 | #4 |
| neuronal regenerative activities | #4 |
| nitriles pc12 | #4 |
| p005 sol | #4 |
| total cognitive scores | #4 |
| direction bars | #4 |
| barthel interrater reliability | #4 |
| supraspinatus muscle elasticity | #4 |
| flexion extension ± | #4 |
| hand representation areas | #4 |
| forward upward | #4 |
| auditory cortex day | #4 |
| compr rehabil | #4 |
| muscles pneumonia | #4 |
| types sensorimotor | #4 |
| metaplasticity motor | #4 |
| 120° arm elevation | #5 |
| pneumonia strength | #5 |
| demands stroke | #5 |
| activation ankle | #5 |
| neuritogenesis pc12 | #5 |
| sacrum involved | #5 |
| activity adaptability | #5 |
| patients mhl | #5 |
| induced corticospinal | #5 |
| assessment barthel | #5 |
| resistor integration | #5 |
| week auditory | #5 |
| comv | #5 |
| day accelerometer | #5 |
| pneumonia sarcopenic | #5 |
| volleys motor | #5 |
| accuracy grasping | #5 |
| representation paretic | #5 |
| 30 mvc force | #5 |
| acoustic coupler | #5 |
| reality sickness | #5 |
| tears dysfunction | #5 |
| posteroanterior current | #5 |
| afo improve | #5 |
| sensory motor interactions | #5 |
| prioritize cognitive | #5 |
| mft scores | #5 |
| cognitive physical resources | #5 |
| voxel numbers | #5 |
| nibs addition | #5 |
| classification gait patterns | #5 |
| case report improvement | #5 |
| hemiparesis adult | #5 |
| fibrillation potential | #5 |
| teacherstudent pairs | #5 |
| lower upward | #5 |
| auditory feedback prosthesis | #5 |
| integrative neuronal activity | #5 |
| discrepancy functional | #5 |
| pafo | #5 |
| 250 600 msec | #5 |
| vr bci | #5 |
| participants hemiparesis | #5 |
| new neural connections | #5 |
| abnormal baseline eeg | #5 |
| motion mechanical walking | #5 |
| improvement speech discrimination | #5 |
| supply advantages | #5 |
| cored coil | #5 |
| peripheral magnetic stimulation | #5 |
| evoked responses patients | #5 |
| trapezius higher | #6 |
| metacognition pilot study | #6 |
| 48xxyy syndrome | #6 |
| students facilitate | #6 |
| impairment brainstem | #6 |
| brain mri decrease | #6 |
| ohasama study 348 | #6 |
| wbam | #6 |
| individuals ohasama | #6 |
| callosum stroke | #6 |
| dti lesions | #6 |
| low seat | #6 |
| suprahyoid muscles | #6 |
| motor imagery feedback | #6 |
| study elasticity | #6 |
| order peripheral nerve | #6 |
| altered scapular motion | #6 |
| scapulae rhomboid | #6 |
| 680 ± ± | #6 |
| 1008 elderly individuals | #6 |
| music therapy bpsd | #6 |
| mmse subitem scores | #6 |
| devices sitting | #6 |
| subitem scores | #6 |
| nagatomi | #6 |
| elicitation reflex | #6 |
| tha lld | #6 |
| shoulder girdle muscles | #6 |
| lld tha | #6 |
| llmp | #6 |
| homeostatic metaplasticity | #6 |
| gait activation | #6 |
| figure pathological | #6 |
| testing cognitive decline | #6 |
| cycle magnetic | #6 |
| tms safety | #6 |
| early postsurgery inpatients | #6 |
| coil applied | #6 |
| mri subitem scores | #6 |
| lld 3 | #6 |
| facilitation reported | #6 |
| walking activity steps | #6 |
| arm elevation patients | #6 |
| motor cortex brain | #6 |
| great developmental potential | #6 |
| macro connection | #6 |
| 005 forward | #6 |
| day walking activity | #6 |
| barthel test | #6 |
| mri subitem | #6 |
| stroke neural plasticity | #7 |
| deltoid scapular | #7 |
| somatic fat | #7 |
| facilitate solving | #7 |
| stiffness gait | #7 |
| mmse subitems | #7 |
| rating reference | #7 |
| handrails | #7 |
| 10 mvc force | #7 |
| functional assessment measures | #7 |
| patients memory disorders | #7 |
| mep tms | #7 |
| icf rehabilitation practice | #7 |
| hip contracture | #7 |
| rating reference guide | #7 |
| t6 correlated | #7 |
| rehabilitation icf generic30 | #7 |
| field test kappa | #7 |
| music autonomic | #7 |
| interhemispheric interactions | #7 |
| cst healthy controls | #7 |
| hemiparesis sensory | #7 |
| generic30 rehabilitation | #7 |
| tested muscles | #7 |
| generic30 interrater | #7 |
| realworld walking activity | #7 |
| tacs effective | #7 |
| icf field test | #7 |
| body function categories | #7 |
| japanese rehabilitation practice | #7 |
| stand movements | #7 |
| sts movements | #7 |
| 3456 ± | #7 |
| teaching process | #7 |
| shoe lift | #7 |
| height2 risk | #7 |
| measured circuit | #7 |
| undetected conventional | #7 |
| kappa field testing | #7 |
| visual stimuli hand | #7 |
| strategies aspiration | #7 |
| peristimulustime histogram | #7 |
| mft score | #7 |
| silent cerebrovascular lesions | #7 |
| hemiparesis conventional | #7 |
| vr platform | #7 |
| icf generic30 | #7 |
| lacunar infarcts groups | #8 |
| bar generated | #8 |
| muscles ultrasonography | #8 |
| virtual reality sickness | #8 |
| ankle joint stiffness | #8 |
| variant loads | #8 |
| wmhs bapwv | #8 |
| wmh bapwv | #8 |
| feedback plantar | #8 |
| higher wmh grade | #8 |
| guide developed | #8 |
| functional leg | #8 |
| background emg | #8 |
| categories weighted | #8 |
| patients articulated | #8 |
| attention measured | #8 |
| electrodes encephalitis | #8 |
| stroke nibs | #8 |
| coil measured | #8 |
| subjects lacunar infarcts | #8 |
| potential tacs | #8 |
| health icf generic30 | #8 |
| sb203580 mapk | #8 |
| tha randomized | #8 |
| subjects accelerometer | #8 |
| stroke rehabilitation programs | #8 |
| strength respiratory muscles | #8 |
| rpdc | #8 |
| 02 bapwv | #8 |
| r0659 | #8 |
| generic30 | #8 |
| mass respiratory | #8 |
| wmh tended | #8 |
| displacement pelvis | #8 |
| bapwv tended | #8 |
| induced scalp | #8 |
| guide involved | #8 |
| tangram puzzle task | #8 |
| barthel items | #8 |
| stepping pattern | #8 |
| r0554 | #8 |
| walking adaptability | #8 |
| pneumonia malnutrition | #8 |
| coil magnetic stimulation | #8 |
| tms mep | #8 |
| 7763 ± | #8 |
| motor learning review | #8 |
| supraspinatus muscle tendon | #8 |
| nds participants | #8 |
| induced search | #8 |
| mp vertical | #8 |
| maladaptive plasticity | #8 |
| posture sensorimotor | #8 |
| heel metatarsal | #8 |
| evaluated tongue | #8 |
| 2 3 wmhs | #8 |
| divided height2 | #9 |
| disorders diffuse | #9 |
| associations aspiration | #9 |
| tms voluntary | #9 |
| manual function | #9 |
| indoles neurites | #9 |
| prevalence lacunar | #9 |
| nibs therapy | #9 |
| mmse subitem | #9 |
| movements conventional | #9 |
| lacunar infarction mri | #9 |
| sensory prosthesis | #9 |
| movement low | #9 |
| imagery feedback | #9 |
| mass tongue | #9 |
| combination activation | #9 |
| coil integration | #9 |
| stroke dual | #9 |
| gender hand dominance | #9 |
| older pneumonia | #9 |
| symptomatic rotator | #9 |
| pfc activity | #9 |
| varying surface temperature | #9 |
| seat height | #9 |
| prosthesis walking | #9 |
| kagaya | #9 |
| attention hands | #9 |
| cycle waves | #9 |
| threshold descending | #9 |
| activities muscles | #9 |
| hands reaction | #9 |
| teachers metacognitive | #9 |
| nondominant hands | #9 |
| involved rating | #10 |
| future risk decline | #10 |
| sensory motor control | #10 |
| tms reflex | #10 |
| 395 white | #10 |
| foot motor area | #10 |
| difference paretic | #10 |
| tractography revealed | #10 |
| applied voltage cycle | #10 |
| body angular | #10 |
| smartphone walking | #10 |
| antagonist contraction | #10 |
| attention body | #10 |
| healthy controls ratio | #10 |
| excitability hemisphere | #10 |
| development clinical tool | #10 |
| infarcts future | #10 |
| improved hearing impairment | #10 |
| cortex standing | #10 |
| day 4 consecutive | #10 |
| movement lower | #10 |
| hyperintensity lacunar | #10 |
| hyperintensity future | #10 |
| guide modified | #10 |
| 4158 ± | #10 |
| guide body | #10 |
| pfc activation | #10 |
| vr sickness | #11 |
| standing vision | #11 |
| stroke patients tms | #11 |
| lesions decline | #11 |
| damaged sensory | #11 |
| mep hand | #11 |
| predictor silent | #11 |
| groups scapular | #11 |
| future higher | #11 |
| device rehabilitation | #11 |
| rating body | #11 |
| silent cerebrovascular | #11 |
| recovery pb | #11 |
| music therapy dementia | #11 |
| generates waves | #11 |
| wholebody angular momentum | #11 |
| circuit measure | #11 |
| submotor | #11 |
| sacrum stress | #11 |
| 105 395 | #11 |
| motor recovery stroke | #11 |
| decline ohasama | #11 |
| scores rtms | #11 |
| compr | #11 |
| consciousness disorder | #11 |
| participants vision | #11 |
| infrahyoid muscles | #11 |
| gw441756 | #11 |
| waves supply | #11 |
| ohasama study adrenomedullin | #12 |
| foot motor | #12 |
| waves preferentially | #12 |
| ratio lacunar | #12 |
| 395 risk | #12 |
| 3 wmhs | #12 |
| wmh 27 | #12 |
| contraction antagonist | #12 |
| ckd 27 | #12 |
| stiffness silent | #12 |
| pneumonia relapse | #12 |
| culture medium temperature | #12 |
| japan 1007 | #12 |
| behavioural inattention test | #12 |
| diseases silent | #12 |
| influence adrenomedullin | #12 |
| stroke damaged | #12 |
| afo gait | #12 |
| twentyfourhour daytime risk | #12 |
| carriers am2 | #12 |
| japan 1007 subjects | #12 |
| hemisphere excitability | #12 |
| subjects motor imagery | #12 |
| casual clinic | #12 |
| paresis prostheses | #12 |
| stance higher | #12 |
| 3762 ± | #12 |
| muscle swallowing | #12 |
| paretic swing | #12 |
| function categories | #12 |
| walking afo | #12 |
| atherosclerosis ambulatory | #12 |
| wmh recorded | #12 |
| levator scapulae | #12 |
| rs3840963 | #12 |
| imd53 | #12 |
| 5718 ± | #12 |
| 1007 subjects | #12 |
| joint stance | #12 |
| plasticity stroke | #12 |
| restricted vision | #12 |
| 2 cerebral hemispheres | #12 |
| 173 carriers | #12 |
| discrepancy early | #12 |
| afo walking | #12 |
| genetic proteinuria rna | #12 |
| japanese rehabilitation | #12 |
| activity upper trapezius | #12 |
| low attention | #13 |
| snbp sustained | #13 |
| scale contraversive | #13 |
| snbp hbp | #13 |
| joint gait | #13 |
| mht whitecoat hypertension | #13 |
| dti fractional | #13 |
| stroke healthy individuals | #13 |
| ratio snbp | #13 |
| mmhg mht | #13 |
| thoracic extension | #13 |
| rehabilitation auditory | #13 |
| optimum time interval | #13 |
| whitecoat hypertension cbp | #13 |
| oscillatory brain activity | #13 |
| dominant hands | #13 |
| disturbed network | #13 |
| hypertension snbp | #13 |
| muscles age groups | #13 |
| neck shoulder complaints | #13 |
| gait patients | #13 |
| ohasama study risk | #13 |
| white matter hyperintensity | #13 |
| relationships mri findings | #13 |
| hand relation | #13 |
| ankle–foot orthosis | #13 |
| extension random | #13 |
| snbp sustained hypertension | #13 |
| reclining position | #13 |
| activity poststroke | #13 |
| lesions 1007 | #13 |
| whitecoat hypertension snbp | #13 |
| involved load | #13 |
| odds ratio snbp | #13 |
| sustained hypertension hbp | #13 |
| plasticity interhemispheric | #13 |
| hand motor imagery | #13 |
| risk factor pneumonia | #13 |
| actual movement | #13 |
| intermedin gene | #13 |
| limb brain | #13 |
| rhomboid major | #14 |
| 1513a | #14 |
| tms stroke | #14 |
| movements elderly | #14 |
| tertile bapwv | #14 |
| lvh levels genotypes | #14 |
| mht hbp | #14 |
| lacunar infarction lvh | #14 |
| skeletal pneumonia | #14 |
| lvh trend | #14 |
| lvh p0003 | #14 |
| prr gene 1513a | #14 |
| lacunar infarction p001 | #14 |
| plantarflexor dorsiflexor | #14 |
| gene lacunar | #14 |
| male paresis | #14 |
| stroke method | #14 |
| 1513a lacunar infarction | #14 |
| real arm | #14 |
| lvh trend p0003 | #14 |
| ultrasound real | #14 |
| gene 1513a | #14 |
| 1513a lacunar | #14 |
| approach modifiable | #14 |
| lvh japanese women | #14 |
| thoracic flexion | #14 |
| circuit values | #14 |
| aging brain diseases | #14 |
| auditory biofeedback | #14 |
| plasticity rehabilitation | #14 |
| lld total | #14 |
| genotypes lacunar infarction | #14 |
| infarction lvh | #14 |
| people pneumonia | #14 |
| muscles deglutition | #14 |
| men250 | #14 |
| eeg induced | #14 |
| association genetic lvh | #14 |
| evaluated sensorimotor | #14 |
| oscillatory communication | #14 |
| sarcopenia sarcopenic dysphagia | #14 |
| genotypes lacunar | #14 |
| japan hbp | #15 |
| polymorphisms prr | #15 |
| hyperintensity groups | #15 |
| tears aging | #15 |
| ccr 60 173 | #15 |
| whitecoat hypertension hbp | #15 |
| recruited ohasama | #15 |
| facilitation transcranial | #15 |
| infarcts 24 | #15 |
| ccr continuous variable | #15 |
| modified rating | #15 |
| bapwv groups | #15 |
| aa genotypes p001 | #15 |
| ccr wmh | #15 |
| stiffness upper | #15 |
| hyperintensity general | #15 |
| current preferentially | #15 |
| orthosis ankle | #15 |
| feedback prosthesis | #15 |
| force stand | #15 |
| lacunar infarcts adjustment | #15 |
| lacunar infarcts wmh | #15 |
| p001 lvh | #15 |
| muscles voluntary | #15 |
| tears healthy | #15 |
| testing rating | #15 |
| ccr lacunar infarcts | #15 |
| ccr prevalence | #15 |
| methodsthirty subjects | #15 |
| preferentially generates | #15 |
| primary motor cortices | #15 |
| brunnstrom stage | #15 |
| liftoff point | #15 |
| muscle acoustic | #15 |
| 27 p0003 | #15 |
| odds ratio ccr | #15 |
| compensatory movement | #15 |
| wmh adjustment | #15 |
| task strain | #15 |
| activity teachers | #15 |
| hand voluntary | #15 |
| association ccr | #15 |
| tears differences | #15 |
| silent lacunar infarcts | #15 |
| bapwv adjusted | #15 |
| area sensory | #15 |
| ccr odds | #15 |
| 60 173 prevalence | #15 |
| ccr odds ratio | #15 |
| prevalence lacunar infarcts | #15 |
| prosthesis reduces | #15 |
| continuous variable ccr | #15 |
| adjusted wmh | #15 |
| ccr continuous | #15 |
| variable lacunar | #15 |
| dti fibre tractography | #16 |
| correlated real | #16 |
| snbp | #16 |
| mmhg cbp | #16 |
| t2weighted hyperintense lesion | #16 |
| condition gait | #16 |
| paretic step | #16 |
| mechanisms motor recovery | #16 |
| movement vision | #16 |
| movement elderly | #16 |
| analysis lacunar | #16 |
| submotor threshold | #16 |
| snbp mht | #16 |
| lacunar infarction | #16 |
| mht snbp | #16 |
| width healthy | #16 |
| underlying interhemispheric | #16 |
| flexion paretic | #16 |
| infarcts groups | #16 |
| tasks feedback | #16 |
| dorsal scapular | #16 |
| classification ankle | #16 |
| women ohasama | #16 |
| lesions future | #16 |
| pressure snbp | #16 |
| fibrillation potentials | #16 |
| corticocortical interaction | #16 |
| version rating | #17 |
| inhibitory transcranial | #17 |
| strength swallowing | #17 |
| model casual | #17 |
| prevent higher | #17 |
| facilitate motor | #17 |
| contraction 10 | #17 |
| phenomena movement | #17 |
| maximal product | #17 |
| interactions motor | #17 |
| lesions sensory | #17 |
| length unaffected | #17 |
| functional gain patients | #17 |
| facilitate neural | #17 |
| girdle muscles | #17 |
| stiffness combination | #17 |
| midstance | #17 |
| imd polymorphism | #17 |
| decrease cognitive function | #17 |
| activation sol | #17 |
| lessaffected | #17 |
| measured hands | #17 |
| stroke neural | #17 |
| twentyfourhour daytime | #17 |
| rehabilitation dysphagia | #17 |
| cbp mht | #18 |
| waves threshold | #18 |
| phase ankle | #18 |
| monitoring teaching | #18 |
| matter aftercare | #18 |
| neurorehabilitation approaches | #18 |
| mmhg white | #18 |
| learned nonuse | #18 |
| tms neurophysiology | #18 |
| stroke hemiplegic | #18 |
| upper limb hemiparesis | #18 |
| ball higher | #18 |
| sagittal plane | #18 |
| walking stroke | #18 |
| muscles risk | #18 |
| image electric | #18 |
| trend p0003 | #18 |
| mht cbp | #18 |
| electromyography shoulder | #18 |
| lower mp | #18 |
| tdcs treatments | #18 |
| conventional vertical | #18 |
| controlled repeated | #18 |
| items dressing | #18 |
| 7284 years | #18 |
| damaged motor | #19 |
| cognitive motor disorders | #19 |
| respiratory swallowing | #19 |
| typing task | #19 |
| motor neural | #19 |
| lesions cognitive | #19 |
| relationship longitudinal | #19 |
| walking loads | #19 |
| repetitive peripheral | #19 |
| determine combinations | #19 |
| based oscillatory | #19 |
| sgs 1 | #19 |
| variable ccr | #19 |
| corticospinal descending | #19 |
| electrotactile stimulation | #19 |
| hebbian plasticity | #19 |
| blood pressure predictive | #19 |
| people relapse | #19 |
| fibre tractography | #19 |
| asymptomatic people | #19 |
| perceived leg | #19 |
| measured vision | #19 |
| muscle mep | #19 |
| prevent silent | #19 |
| ratios sustained | #20 |
| conditions muscles | #20 |
| mht white | #20 |
| risk silent | #20 |
| muscles magnetic | #20 |
| ratios muscles | #20 |
| metacognitive process | #20 |
| induced tms | #20 |
| dti fiber tractography | #20 |
| deterioration healthy | #20 |
| arm relationship | #20 |
| lifespace mobility | #20 |
| investigated silent | #20 |
| pneumonia inpatients | #20 |
| behavioural inattention | #20 |
| recruited association | #20 |
| feet healthy | #20 |
| prioritize physical | #20 |
| trts | #20 |
| involves developing | #20 |
| stand healthy | #21 |
| limb chronic | #21 |
| hypertrophy japanese | #21 |
| swallowing muscles | #21 |
| 915 accuracy | #21 |
| regulation joint | #21 |
| improvement motor deficits | #21 |
| sensory area | #21 |
| hand decrease | #21 |
| groups trunk | #21 |
| healthy controls authors | #21 |
| frontal body | #21 |
| extension shoulder | #21 |
| week rehabilitation | #21 |
| deltoid upper | #21 |
| sarcopenia new | #21 |
| tms short | #21 |
| bapwv compared | #21 |
| handrail | #21 |
| solving spectroscopy | #21 |
| stimulation feedback | #22 |
| discrepancy total | #22 |
| mep response | #22 |
| perceived lld | #22 |
| relationship motor function | #22 |
| polymorphism prr | #22 |
| based ankle | #22 |
| groups grade | #22 |
| motion throwing | #22 |
| asymptomatic tears | #22 |
| patients motor disorders | #22 |
| muscle elasticity | #22 |
| subjects lacunar | #22 |
| intermedin am2 imd | #22 |
| pusher syndrome | #22 |
| tool rating | #22 |
| silent lacunar | #22 |
| tractographybased analysis | #22 |
| muscle mass malnutrition | #22 |
| sensory brain | #22 |
| infarcts adjustment | #22 |
| trial probe | #22 |
| brain structural imaging | #22 |
| condition forward | #22 |
| muscles asymptomatic | #22 |
| sternohyoid muscle | #22 |
| adrenomedullin blood pressure | #22 |
| individuals young | #23 |
| paretic nonparetic | #23 |
| offices predictive | #23 |
| muscles repetitive | #23 |
| swallowing cough | #23 |
| trajectories movement | #23 |
| neurocytology | #23 |
| inhibition voluntary | #23 |
| lvh japanese | #23 |
| feet measured | #23 |
| ambulatory versus | #23 |
| force body | #23 |
| facilitate teaching | #23 |
| subjects pfc | #23 |
| association prorenin | #24 |
| exonic insertion | #24 |
| hands experiment | #24 |
| poststroke motor recovery | #24 |
| pneumonia pressure | #24 |
| muscles ultrasound | #24 |
| onset relapse | #24 |
| therapeutic exercises | #24 |
| paresis psychometrics | #24 |
| lld control | #24 |
| lateromedial direction | #24 |
| oscillatory neural activity | #24 |
| decreased fractional anisotropy | #24 |
| restricted variability | #24 |
| japanese ohasama | #24 |
| association lacunar infarction | #25 |
| women prr | #25 |
| polymorphisms lacunar | #25 |
| age silent | #25 |
| differences scapular | #25 |
| stroke processes | #25 |
| exercise gastric | #25 |
| classify gait | #25 |
| subjects vertical | #25 |
| activity levator | #25 |
| stiffness dorsal | #25 |
| intermedin am2 | #25 |
| neurons micro | #25 |
| underlying tms | #25 |
| neurological covid19 | #25 |
| malnutrition risk factors | #25 |
| contraction ultrasound | #25 |
| pelvis stress | #25 |
| t2m | #25 |
| repeated thermal | #26 |
| gender hand | #26 |
| participants center | #26 |
| movements low | #26 |
| neurons tms | #26 |
| calculation task | #26 |
| load sensors | #26 |
| mp 005 | #26 |
| control feet | #26 |
| effects music therapy | #26 |
| threshold tms | #26 |
| mass forward | #26 |
| conducting corticospinal | #26 |
| 1513a polymorphism | #26 |
| respiratory muscle weakness | #26 |
| feedback tasks | #27 |
| circular coil | #27 |
| magnetic flux densities | #27 |
| mediolateral cop | #27 |
| poor rehabilitation outcome | #27 |
| decreased direction | #27 |
| interrater reliability test | #27 |
| izumi | #27 |
| mns activation | #27 |
| ohasama study | #27 |
| movement devices | #27 |
| heel lift | #27 |
| scapular motion | #27 |
| extension tasks | #27 |
| lvh levels | #27 |
| individuals stand | #27 |
| women aa genotypes | #27 |
| population ohasama | #27 |
| inhibition antagonist | #27 |
| ohasama | #27 |
| cst healthy | #27 |
| evidence tms | #27 |
| ankle muscles | #27 |
| variability direction | #28 |
| coefficient interrater | #28 |
| unit induced | #28 |
| infarcts subjects | #28 |
| strokeaffected hemisphere | #28 |
| trajectories measured | #28 |
| asymptomatic rotator | #28 |
| neuronal regenerative | #28 |
| comfortable pace | #28 |
| 48xxyy | #28 |
| risk factor 95 | #28 |
| rtms unaffected | #28 |
| attention correlated | #28 |
| induce neuritogenesis | #28 |
| rehabilitation icf | #28 |
| body representation | #28 |
| spectroscopy calculation | #28 |
| assessment scapula | #28 |
| creativity process | #28 |
| strength ball | #28 |
| students teaching | #28 |
| tablet screen | #28 |
| dysfunction silent | #29 |
| mft | #29 |
| orthosis | #29 |
| inattention test | #29 |
| age swallowing | #29 |
| okita | #29 |
| paresis aged | #29 |
| assessment elasticity | #29 |
| individuals proteinuria | #29 |
| walking activity | #29 |
| activation coactivation | #29 |
| nonparetic | #29 |
| circuit wiring | #29 |
| mmhg sustained | #29 |
| tms mechanisms | #29 |
| prr gene | #29 |
| functions experiment | #30 |
| ccr 60 | #30 |
| neural plasticity | #30 |
| orthosis gait | #30 |
| height condition | #30 |
| patient hemiparesis | #30 |
| malnutrition loss | #30 |
| practice disability | #30 |
| association kidney dysfunction | #30 |
| exercise approach | #30 |
| stimulation interhemispheric | #30 |
| force support | #30 |
| contraversive pushing | #30 |
| delivered safety | #31 |
| function silent | #31 |
| shoulder superficial | #31 |
| factor pneumonia | #31 |
| skeletal shoulder | #31 |
| pelvic ligaments | #31 |
| rehabil | #31 |
| hemiparesis stroke | #31 |
| validity manual | #31 |
| dysphagia cough | #31 |
| effective motor | #31 |
| metacognitive functions | #31 |
| activation dual | #31 |
| visual detection tasks | #31 |
| putative confounding factors | #31 |
| mass malnutrition | #32 |
| presence lacunar | #32 |
| correlated dual | #32 |
| utility diffusion | #32 |
| evaluated motion | #32 |
| social interaction study | #32 |
| timing therapeutic | #32 |
| strategies body | #32 |
| variability position | #32 |
| pneumonia older | #32 |
| isp duration | #32 |
| peripheral magnetic | #32 |
| ankle gait | #32 |
| higher mht | #32 |
| lesions 0001 | #32 |
| subitem | #32 |
| supraspinatus muscle | #32 |
| study learned | #33 |
| wmh investigated | #33 |
| stimulation supplementary | #33 |
| walking rehabilitation | #33 |
| infarcts wmh | #33 |
| subjects dual | #33 |
| generator 1 | #33 |
| training based | #34 |
| inspiratory respiratory | #34 |
| adult elasticity | #34 |
| teachers increased | #34 |
| inhibition forearm | #34 |
| objective finding | #34 |
| older people sarcopenia | #34 |
| movements vision | #34 |
| individuals masked hypertension | #34 |
| spectroscopy devices | #34 |
| based raters | #34 |
| device theoretical | #34 |
| dexterity stroke | #34 |
| scapular muscle | #34 |
| sacroiliac joint sij | #34 |
| oral stage | #34 |
| ohasama japan | #35 |
| dti fibre | #35 |
| 680 ± | #35 |
| induced neuritogenesis | #35 |
| diffuse axonal | #35 |
| movements young | #35 |
| interhemispheric interaction | #35 |
| stimulation incidence | #35 |
| bci motor | #35 |
| ° arm | #35 |
| velocity center | #35 |
| traumatic consciousness | #36 |
| rehabilitative approaches | #36 |
| suggested body | #36 |
| infarcts odds | #36 |
| management bpsd | #36 |
| efficient motor | #36 |
| techniques electromyography | #36 |
| poststroke hemiparesis | #36 |
| findings generally | #36 |
| hip bones | #37 |
| individuals older | #37 |
| connection model | #37 |
| oscillatory brain | #37 |
| plantarflexor | #37 |
| advantages light weight | #37 |
| bapwv subjects | #37 |
| bone cattle | #37 |
| skeletal paresis | #37 |
| forearm reflex | #37 |
| fcr muscle | #38 |
| induced voluntary | #38 |
| individuals neck | #38 |
| time sts | #38 |
| population aftercare | #38 |
| elevation compared | #38 |
| geniohyoid muscle | #38 |
| anisotropy cognition | #38 |
| force plates | #38 |
| systems gait | #39 |
| performed stand | #39 |
| ankle foot orthosis | #39 |
| paresis reaction | #39 |
| anklefoot orthosis | #39 |
| plasticity phantom | #39 |
| waves hand | #39 |
| incidence eeg | #39 |
| 1073 individuals | #39 |
| clinicians select | #39 |
| elevation scapular | #39 |
| rotation thoracic | #39 |
| individuals center | #40 |
| muscles swallowing | #40 |
| timing combination | #40 |
| discrepancy lld | #40 |
| reference guide | #40 |
| stiffness ankle | #40 |
| pathogenesis interactions | #40 |
| predictive ambulatory | #40 |
| groups silent | #40 |
| icf rehabilitation | #40 |
| usedependent plasticity | #40 |
| densities generated | #40 |
| relationship activation | #40 |
| tasks hands | #40 |
| infarct white | #40 |
| 2 intermedin | #40 |
| 1060 individuals | #41 |
| stand movement | #41 |
| rehabilitation practice | #41 |
| area damaged | #41 |
| joint sacrum | #41 |
| practice reference | #41 |
| range walking | #41 |
| middle deltoid | #41 |
| foot patients | #41 |
| movement passive | #41 |
| insight problem | #42 |
| motor sensory functions | #42 |
| transsynaptic activation | #42 |
| based neurorehabilitation | #42 |
| facilitation induced | #42 |
| strain ratios | #42 |
| ambulatory casual | #42 |
| 794 individuals | #42 |
| agency ownership | #42 |
| 779 subjects | #42 |
| hand dominance | #42 |
| length walking | #43 |
| inferior fronto | #43 |
| attention rehabilitation | #43 |
| gait subjects | #43 |
| development version | #43 |
| simultaneously included | #43 |
| space mobility | #43 |
| pfc studies | #43 |
| types strategies | #43 |
| lacunar white | #43 |
| lacunar infarcts | #43 |
| adult 95 | #43 |
| stem electrodes | #44 |
| scalprecorded eeg | #44 |
| motor recovery | #44 |
| 150 msec | #44 |
| 13yearold female | #45 |
| effects shelf | #45 |
| cognitive disorders | #45 |
| capacitor resistor | #45 |
| tms brain | #45 |
| msec stimulation | #45 |
| rtms sessions | #46 |
| position participants | #46 |
| force ultrasound | #46 |
| devices paresis | #46 |
| subscale analysis | #46 |
| degree recovery | #47 |
| interhemispheric competition | #47 |
| horizontal bar | #47 |
| stimulation noninvasive | #47 |
| speech transcranial | #47 |
| young older individuals | #47 |
| mm asymptomatic | #47 |
| scapular upward rotation | #47 |
| wmh grade | #47 |
| studies scans | #47 |
| length discrepancy | #48 |
| hemiplegia stroke | #48 |
| bapwv higher | #48 |
| sittostand movement | #48 |
| brain peripheral nerve | #48 |
| pressure closely | #48 |
| digastric muscle | #48 |
| mediolateral center | #48 |
| anxiety smd | #48 |
| scapular posterior | #48 |
| paretic | #48 |
| bapwv measurement | #49 |
| plasticity homeostatic | #49 |
| subjects wmhs | #49 |
| fingers health | #49 |
| generated force | #49 |
| walking analysis | #50 |
| patients pfc | #50 |
| contraction motor | #50 |
| ratio upper | #50 |
| patients prioritize | #50 |
| attention postural | #50 |
| muscles computer | #50 |
| unilateral primary tha | #50 |
| body study | #50 |
| cathodal transcranial | #50 |
| stand sts | #50 |
| authors variability | #51 |
| whitematter hyperintensity | #51 |
| p0003 compared | #51 |
| range week | #51 |
| student role | #51 |
| infarcts age | #51 |
| frequency repetitive | #51 |
| joint stiffness | #52 |
| clinical dti | #52 |
| older evaluated | #52 |
| diffuse axonal injury | #52 |
| attention hand | #52 |
| correlated mc | #52 |
| symptomatic cerebral infarction | #52 |
| dysphagia rehabilitation | #52 |
| am2 imd | #52 |
| level functional | #52 |
| rural japanese community | #52 |
| genotypes p001 | #52 |
| versus clinic | #53 |
| pemf exposure | #53 |
| coefficient field | #53 |
| effects ankle | #53 |
| odds ratios presence | #53 |
| plasticity motor | #53 |
| independent ambulatory | #53 |
| conventional imaging techniques | #54 |
| articular reference values | #54 |
| rotation higher | #54 |
| odds ratio prevalence | #54 |
| limb healthy | #54 |
| arterial stiffness presence | #54 |
| wrist movement | #54 |
| stimulation unaffected | #55 |
| stroke impairments | #55 |
| sarcopenic dysphagia | #55 |
| radialis fcr | #55 |
| categories component | #55 |
| infarction p001 | #56 |
| reproducibility disability | #56 |
| categories icf | #56 |
| swallowing muscle | #56 |
| scapular upward | #56 |
| dualtask walking | #56 |
| values ambulatory | #57 |
| recorded eeg | #57 |
| predictors degree | #58 |
| observed foot | #58 |
| function dysphagia | #58 |
| prefrontal cortex activation | #58 |
| p0001 upper | #58 |
| electrotactile feedback | #58 |
| wmh independent | #58 |
| tested muscle | #58 |
| values nighttime | #58 |
| muscles animal | #58 |
| total intervention | #58 |
| muscle factors | #58 |
| 0001 lesions | #59 |
| p0001 strain | #59 |
| individuals masked | #59 |
| human motor control | #59 |
| brunnstrom | #59 |
| inhibition hand | #59 |
| elevation activity | #60 |
| muscles joint | #60 |
| declining physical function | #60 |
| plasticity body | #60 |
| aged multitasking | #60 |
| flexor moment | #60 |
| 24hour ambulatory | #60 |
| generated conventional | #61 |
| strength respiratory | #61 |
| rehabilitation approaches | #61 |
| walking device | #62 |
| pulsed electromagnetic field | #62 |
| brainstem encephalitis | #62 |
| trial walking | #62 |
| upper trapezius | #62 |
| multidisciplinary evidence | #62 |
| compared cst | #62 |
| imaging fibre | #62 |
| recovery article | #62 |
| japan reproducibility | #62 |
| stimulation cathodal | #63 |
| measurement pulsed | #63 |
| pain superficial | #63 |
| infrared walking | #64 |
| corticospinal axon | #64 |
| body representations | #64 |
| callosum functional | #64 |
| sham transcranial | #64 |
| model ambulatory | #65 |
| low inspiratory | #65 |
| interhemispheric inhibition | #65 |
| 005 bar | #65 |
| electrotactile | #65 |
| realtime tissue elastography | #65 |
| task accomplishment | #66 |
| teachinglearning process | #66 |
| stroke walking | #66 |
| bone phase | #66 |
| foot orthosis | #66 |
| disease pulsatile | #67 |
| function test | #67 |
| modulation oscillatory | #67 |
| cst dti | #67 |
| lower elasticity | #67 |
| flexion swing | #67 |
| scapular rotation | #67 |
| scapula sex | #67 |
| postural orientation | #67 |
| accuracy individuals | #67 |
| stimulation virtual | #67 |
| 363 individuals | #67 |
| shoulder positions | #68 |
| length subjects | #68 |
| wernickes aphasia | #68 |
| encephalitis magnetic resonance | #68 |
| stimuli reported | #68 |
| swing phase | #69 |
| decline higher | #69 |
| representation brain | #69 |
| contraction rest | #69 |
| advancing translational | #69 |
| elastography rte | #69 |
| 01 14 | #69 |
| hbp cbp | #69 |
| induced transcranial | #70 |
| analysis load | #70 |
| block test | #70 |
| articular sacroiliac | #70 |
| paresis stroke | #71 |
| risk carotid atherosclerosis | #71 |
| body schema | #71 |
| infarcts white | #71 |
| gait performances | #71 |
| rehabilitation field | #71 |
| sittostand sts | #72 |
| pneumonia management | #72 |
| patients hemiplegia | #72 |
| infrahyoid | #72 |
| wmh lacunar | #73 |
| feedback visual | #73 |
| onset pneumonia | #73 |
| goals rehabilitation | #73 |
| values simultaneously | #73 |
| cbp hbp | #73 |
| movements aged | #73 |
| poststroke motor | #74 |
| age asymptomatic | #74 |
| illness white matter | #74 |
| 01 06 | #74 |
| mild cognitive disorders | #74 |
| muscles age | #75 |
| cop trajectories | #75 |
| cells ache | #76 |
| symptomatic cerebrovascular | #76 |
| adrenomedullin 2 | #76 |
| hemiplegic patients | #76 |
| sacroiliac joint | #76 |
| patients voxel | #76 |
| lower pneumonia | #76 |
| teacher role | #76 |
| lesions blood | #76 |
| rest contraction | #77 |
| stroke 2 | #77 |
| sijs | #77 |
| dysfunction 18 | #77 |
| symptomatic compared | #77 |
| electromyographic activities | #78 |
| corpus callosum lesions | #78 |
| presence silent | #78 |
| hand stroke | #79 |
| study adrenomedullin | #79 |
| prevalence silent | #79 |
| vision participants | #79 |
| hypertension hbp | #80 |
| weeks rtms | #80 |
| studies neural | #80 |
| proximal arm | #80 |
| brain damage patients | #80 |
| deterioration physical | #80 |
| combination motor | #80 |
| interhemispheric inhibition ihi | #81 |
| eightysix subjects | #81 |
| muscle activities | #81 |
| descending volleys | #82 |
| noninvasive brain stimulation | #82 |
| reciprocal inhibition | #82 |
| properties walking | #82 |
| bones range | #82 |
| aspiration respiratory | #82 |
| suprahyoid | #83 |
| task solving | #83 |
| induced prolonged | #83 |
| wechsler memory scalerevised | #83 |
| differentiation chromaffin | #83 |
| ankle foot orthoses | #83 |
| mep facilitation | #84 |
| nerve regulation | #84 |
| vision study | #84 |
| new rehabilitation | #85 |
| antagonist muscles | #85 |
| height2 | #85 |
| role pfc | #85 |
| head gastrocnemius | #85 |
| wernicke aphasia | #86 |
| decline 7 | #86 |
| position stroke | #86 |
| improving gait | #86 |
| flexion muscle | #86 |
| lower trapezius | #87 |
| lesions japanese | #87 |
| total cognitive | #87 |
| pulsed magnetic field | #87 |
| pressure ambulatory | #87 |
| densities 01 | #87 |
| elderly decreased | #87 |
| agonist antagonist muscles | #87 |
| patients dti | #88 |
| testing cognitive | #89 |
| observed movement | #89 |
| muscle strength mass | #89 |
| length step | #89 |
| landscape cortical | #89 |
| evaluated strength | #89 |
| imaging evaluating | #89 |
| controls dti | #89 |
| bci classification | #90 |
| asymptomatic healthy | #90 |
| psth | #90 |
| sensorimotor rhythm | #90 |
| tissue elastography | #90 |
| arteries asymptomatic | #90 |
| weakness risk | #90 |
| hreflex amplitude | #91 |
| teacher student | #91 |
| modalities walking | #91 |
| temperature acetylcholinesterase | #91 |
| lesions lacunar | #91 |
| imaging fiber | #91 |
| paretic muscles | #92 |
| u0126 sb203580 | #93 |
| weakness onset | #93 |
| passive movement | #93 |
| paresis postural | #93 |
| phantom limb pain | #93 |
| function reproducibility illness | #93 |
| differences gait | #94 |
| rehabilitation motor | #94 |
| japanese cohort study | #94 |
| lesions white | #94 |
| activity fronto | #94 |
| infarction trend | #94 |
| movement rehabilitation | #96 |
| study classify | #96 |
| limb paresis | #96 |
| decreased observed | #97 |
| 95 relapse | #97 |
| barefoot condition | #97 |
| school baseball | #97 |
| poststroke patients | #97 |
| ± lower | #97 |
| months t6 | #98 |
| capacity 7 | #98 |
| search coil | #98 |
| tms induced | #98 |
| classification gait | #98 |
| walking ankle | #98 |
| movement measured | #99 |
| measured theoretical | #99 |
| stage functional | #99 |
| muscles shoulder | #99 |
| square values | #100 |
| generated larger | #100 |
| lower older | #100 |
| healthy study | #100 |
| assessment correlation | #100 |
| leg length discrepancy | #101 |
| motor plasticity | #101 |
| bilateral hearing impairment | #101 |
| demands cognitive | #101 |
| bars bar | #102 |
| ambulatory cerebrovascular | #102 |
| adults participated | #102 |
| matter hyperintensity | #102 |
| distribution compliance | #102 |
| 005 soleus | #103 |
| reaction visual | #103 |
| chronic hemiparesis | #103 |
| afo | #103 |
| activity transcranial | #104 |
| participants music | #104 |
| length gait | #104 |
| hemiplegia | #104 |
| plasticity sex | #104 |
| rest voluntary | #105 |
| rehabilitation sessions | #105 |
| promote motor | #105 |
| random combination | #106 |
| reaction force | #107 |
| therapy behavioral | #107 |
| increased mep | #107 |
| measured hip | #107 |
| ipsilateral silent period | #107 |
| prolonged disorders | #107 |
| lesions patients | #108 |
| icf | #108 |
| cathodal sham | #108 |
| supplementary motor areas | #108 |
| afos | #108 |
| eeg tms | #108 |
| improve hip | #109 |
| muscle thickness | #109 |
| coaching interventions | #109 |
| network hemisphere | #109 |
| arm elevation | #109 |
| inhibition intracortical | #109 |
| tms compared | #110 |
| cerebrovascular lesions | #110 |
| limb somatosensory | #110 |
| aphasia wernicke | #110 |
| low somatic | #111 |
| dti detect | #111 |
| players control | #111 |
| strain ratio | #112 |
| function real | #112 |
| ratio muscle | #112 |
| injury diffusion | #112 |
| muscles studies | #112 |
| theta burst stimulation | #112 |
| subjects shoulder | #112 |
| kinesthesia | #113 |
| length conditions | #113 |
| closely risk | #114 |
| incidence ranged | #114 |
| trunk inclination | #114 |
| mirror neuron | #114 |
| agingrelated loss | #114 |
| 120° | #115 |
| rehabilitation stroke patients | #115 |
| lesions prevent | #115 |
| movements individuals | #115 |
| notebook | #115 |
| ambulatory brain | #115 |
| conditions auditory | #116 |
| reciprocal activation | #116 |
| hand visual | #116 |
| nibs | #116 |
| masked hypertension mht | #116 |
| 3 weeks surgery | #117 |
| activity shoulder | #117 |
| time tissue | #117 |
| community ambulators | #117 |
| genotypes polymorphism | #117 |
| position decreased | #118 |
| acquiring new | #118 |
| mhl | #119 |
| brain suggested | #120 |
| controls evaluation | #120 |
| dynamic balance control | #120 |
| hyperintensity wmh | #121 |
| ankle stiffness | #121 |
| masked white | #121 |
| illusion rhi | #121 |
| people sarcopenia | #121 |
| consistency items | #121 |
| extensor carpi radialis | #122 |
| skeletal rotator | #123 |
| neurologic hemiplegia | #123 |
| gait stability | #123 |
| biological pelvic | #124 |
| ° shoulder | #124 |
| stroke mechanisms | #124 |
| magnetic stimulation | #124 |
| inhibition ihi | #124 |
| sij | #125 |
| determination cerebrovascular | #125 |
| paralyses | #125 |
| muscles levels | #125 |
| symptoms smd | #126 |
| firing probability | #126 |
| individuals variability | #126 |
| muscles motor | #126 |
| tms delivered | #126 |
| deep transcranial | #126 |
| arm stroke | #127 |
| mass divided | #127 |
| instantaneous measurement | #127 |
| incobotulinumtoxina | #127 |
| objective findings | #128 |
| neuritogenesis | #128 |
| activation negatively | #128 |
| movement motor | #128 |
| 005 healthy | #128 |
| sensory modalities | #129 |
| lesions motor | #129 |
| baseball players | #129 |
| combinations techniques | #130 |
| hormones polymorphism | #130 |
| papez | #130 |
| older individuals | #130 |
| medial head | #130 |
| disorders diffusion | #130 |
| term auditory | #130 |
| disorders abnormal | #131 |
| 02 points | #131 |
| gait healthy | #131 |
| measured steps | #131 |
| hz tacs | #132 |
| visual detection task | #132 |
| 16 clinical | #133 |
| lesions individuals | #133 |
| denervated rat | #133 |
| digastric | #133 |
| nighttime ambulatory | #134 |
| implants stroke | #134 |
| force grf | #135 |
| rotator cuff tears | #135 |
| years poststroke | #135 |
| impairment assessment | #136 |
| early stance | #136 |
| pneumonia low | #136 |
| tms primary | #138 |
| muscles measured | #138 |
| synchronization ers | #139 |
| maladaptive | #139 |
| rehabilitation accidental | #139 |
| joint movement | #139 |
| tendon vibration | #141 |
| interpersonal interaction | #142 |
| management sarcopenia | #142 |
| magnetic stimuli | #143 |
| rehabilitative interventions | #144 |
| difference degree | #144 |
| response transcranial | #144 |
| pressure position | #144 |
| oscillatory neural | #144 |
| imitation | #145 |
| scans multiple | #145 |
| mechanisms future | #146 |
| improved hearing | #147 |
| anklefoot orthoses | #147 |
| f3 4 | #147 |
| humans associations | #147 |
| computer work | #148 |
| imagery patients | #148 |
| plasticity paresis | #149 |
| motility ghrelin | #149 |
| hemiparetic patients | #149 |
| external rotation | #149 |
| cells cell growth | #149 |
| muscle belly | #149 |
| 16 healthy controls | #151 |
| sts adult | #151 |
| pulse timing | #151 |
| lower limb | #151 |
| figure coil | #151 |
| hemiplegic stroke | #151 |
| density generated | #151 |
| lacunar aged | #152 |
| 600v | #152 |
| stroke impairment | #152 |
| activity prefrontal cortex | #152 |
| evaluation comparing | #152 |
| stiffness early | #152 |
| stimulation activities | #152 |
| individualized strategies | #152 |
| instructed perform | #152 |
| paretic hand | #152 |
| 3 experimental conditions | #153 |
| probe design | #154 |
| reliability interrater | #154 |
| oral floor | #154 |
| laryngeal penetration | #155 |
| stroke improvement | #155 |
| voltage cycle | #156 |
| reaction forces | #156 |
| 135 85 | #156 |
| hands feet | #156 |
| infarction white | #157 |
| chronic stage | #157 |
| tms studies | #157 |
| addition light | #157 |
| ambulatory carotid | #157 |
| tongue aged | #158 |
| attention healthy | #158 |
| normal postoperative | #158 |
| ambulatory cerebral | #159 |
| geniohyoid | #159 |
| dti cst | #160 |
| reflex amplitude | #160 |
| values numerical | #161 |
| magnetic field measurement | #162 |
| tendon reflex | #162 |
| bodied subjects | #163 |
| intended movement | #163 |
| cathodal stimulation | #163 |
| step width | #163 |
| devices biomechanical | #164 |
| therapeutic program | #164 |
| hypertension mht | #165 |
| subclinical cerebrovascular | #165 |
| competitive interaction | #165 |
| coefficient internal | #166 |
| vasodilator peptide | #166 |
| stimuli body | #167 |
| recovery developed | #167 |
| flexion movement | #167 |
| lobe pilot | #167 |
| body ownership | #167 |
| differences kinematics | #168 |
| upward rotation | #168 |
| rubber hand illusion | #168 |
| tongue pressure | #168 |
| control stand | #168 |
| guide practice | #168 |
| leading long | #169 |
| lacunar | #169 |
| rotation greater | #170 |
| position aged | #170 |
| polymorphism renal | #171 |
| central muscle | #173 |
| tokyo metropolitan institute | #174 |
| shoulder complaints | #174 |
| dual task | #174 |
| dualtask interference | #174 |
| injury frequently | #175 |
| lesions arterial | #175 |
| activity students | #176 |
| intellectual activity | #176 |
| individuals 55 | #177 |
| improved hand | #178 |
| muscles young | #178 |
| prorenin receptor prr | #178 |
| throwing shoulder | #179 |
| joint electromyography | #179 |
| movement individuals | #179 |
| paretic arm | #180 |
| condition older | #180 |
| parameters recovery | #180 |
| measured gait | #180 |
| scapulae | #180 |
| stimuli hand | #180 |
| stroke silent | #181 |
| discharge rehabilitation | #181 |
| specific exercise | #182 |
| individuals stroke | #182 |
| arm improved | #182 |
| calculation values | #183 |
| vertical direction | #183 |
| agonist muscle | #183 |
| waves ultrasonography | #184 |
| movement young | #184 |
| ihi | #184 |
| prosocial effects | #185 |
| patient perceived | #185 |
| plasticity transcranial | #185 |
| 395 ° | #185 |
| stimulation review | #186 |
| single motor unit | #186 |
| noninvasive brain | #186 |
| conditions walking | #186 |
| fields numerical | #186 |
| injury cognitive | #187 |
| bipedal walking | #187 |
| denervated muscle | #187 |
| scapular | #188 |
| ambulators | #188 |
| bestperforming model | #188 |
| normalized root | #188 |
| gait | #189 |
| term rehabilitation | #189 |
| component body | #189 |
| arm measured | #190 |
| rehabilitative treatment | #190 |
| muscles middle | #190 |
| independent processing | #190 |
| disease transcranial | #190 |
| coaching intervention | #191 |
| rocker | #192 |
| higher wmh | #193 |
| infrared stroke | #193 |
| dimensional motion | #193 |
| rehabilitation techniques | #194 |
| ventricular japan | #194 |
| eventrelated synchronization | #194 |
| knee flexion | #195 |
| unilateral spatial neglect | #195 |
| neuronal model | #195 |
| ankle plantar | #196 |
| genetic prevalence receptors | #196 |
| performance stroke | #196 |
| recovery traumatic | #196 |
| life space | #197 |
| eeg evoked | #197 |
| stimulation nibs | #197 |
| dti fiber | #198 |
| plasticity functional | #199 |
| activity walking | #200 |
| evaluating patients | #200 |
| signals sensory | #200 |
| scores mini | #201 |
| studies pneumonia | #201 |
| analysis force | #202 |
| repetitive tms | #202 |
| activity dual | #202 |
| teachers students | #203 |
| stimulus artifact | #204 |
| anodal transcranial | #205 |
| 6 hz | #205 |
| session sessions | #205 |
| pneumonia controls | #205 |
| behavior prefrontal | #205 |
| tha study | #206 |
| tdcs patients | #206 |
| pressure cbp | #206 |
| rotation patients | #206 |
| tdcs anodal | #207 |
| patients tms | #209 |
| voluntary motor | #210 |
| neurorehabilitation | #210 |
| motor learning | #210 |
| report improvement | #211 |
| validity patients | #211 |
| contraversive | #211 |
| ankle joint | #211 |
| hand illusion | #211 |
| behavioral perspective | #211 |
| ear speech | #211 |
| complaints adult | #211 |
| unilateral spatial | #211 |
| chronic stroke patients | #212 |
| adjusted confounding | #212 |
| field pemf | #213 |
| motion orientation | #213 |
| animals butadienes | #213 |
| potentials mep | #213 |
| patients impairments | #214 |
| standard rehabilitation | #214 |
| movement body | #215 |
| p005 correlated | #215 |
| direction horizontal | #215 |
| patients plastic | #216 |
| thermal stimulation | #216 |
| joint sij | #216 |
| mechanical walking | #216 |
| groups presence | #216 |
| area lesions | #217 |
| adjustment association | #217 |
| lesions carotid | #217 |
| improves gait | #217 |
| rehabilitation tool | #217 |
| rtms patients | #217 |
| stimulation movement | #217 |
| effectiveness specific | #218 |
| aged paresis | #218 |
| fast conducting | #219 |
| plasticity recovery | #219 |
| mobility community | #219 |
| infarction square | #220 |
| whitecoat hypertension | #220 |
| motorrelated areas | #220 |
| multitasking behavior | #221 |
| min−1 173 | #222 |
| transcranial direct | #223 |
| reliability measurement | #223 |
| fiber tractography | #223 |
| body function | #223 |
| population recruited | #224 |
| proven role | #224 |
| pulsed magnetic | #224 |
| eeg responses | #225 |
| behavior neural | #225 |
| carpi radialis | #226 |
| projects recovery | #226 |
| week walking | #226 |
| support body | #227 |
| imitation learning | #227 |
| relation motor | #227 |
| patient mild | #228 |
| functional gain | #230 |
| polymorphism blood | #230 |
| clinic blood | #231 |
| kidney dysfunction | #231 |
| day walking | #232 |
| stimulation session | #233 |
| recovery review | #233 |
| decreased individuals | #234 |
| scores improvements | #235 |
| interrater | #235 |
| auditory feedback | #237 |
| superficial muscles | #238 |
| arm disability | #238 |
| level somatic | #238 |
| animals deglutition | #239 |
| event synchronization | #239 |
| tacs | #240 |
| attention groups | #240 |
| male mirror | #240 |
| walking older | #240 |
| healthy controls participants | #241 |
| inhibitory balance | #241 |
| icf categories | #242 |
| longitudinal body | #244 |
| infarction mri | #244 |
| mirror therapy | #245 |
| muscles muscle | #245 |
| older communitydwelling adults | #245 |
| subjects young | #245 |
| timed test | #246 |
| controls aged | #246 |
| stiffness risk | #246 |
| neural network activity | #247 |
| pain caused | #247 |
| genetic proteinuria | #248 |
| cells imidazoles | #248 |
| shoulder abduction | #249 |
| eegs recorded | #249 |
| test version | #249 |
| movement patient | #251 |
| underlying motor | #251 |
| factors tongue | #251 |
| kinematics kinetics | #252 |
| lacunar infarct | #252 |
| diseases shoulder | #253 |
| 24 abp | #253 |
| greater muscle | #254 |
| deltoid muscles | #254 |
| tms patients | #255 |
| predictors recovery | #255 |
| task walking | #255 |
| aged ankle | #256 |
| gait hemiplegia | #256 |
| measured device | #257 |
| anodal stimulation | #258 |
| aphasia patients | #259 |
| evoked responses | #261 |
| speed stride | #262 |
| kinesthetic | #263 |
| groups sustained | #263 |
| stimulation tacs | #263 |
| cancellous bone | #263 |
| finger extension | #264 |
| body trunk | #264 |
| rtms dlpfc | #264 |
| sensory impairments | #265 |
| pressure hbp | #266 |
| ratio strain | #267 |
| measured evaluate | #268 |
| dexterity | #268 |
| students increased | #269 |
| factors malnutrition | #270 |
| foot pressure | #270 |
| mass velocity | #270 |
| performance dual | #271 |
| age general population | #273 |
| learning review | #273 |
| fronto parietal | #273 |
| theta burst | #273 |
| lld | #274 |
| increase joint | #274 |
| ankle foot | #275 |
| higher symptomatic | #275 |
| anterior direction | #276 |
| synchronization evoked | #276 |
| tms pulse | #276 |
| effects music | #276 |
| butadienes cell | #276 |
| single case report | #277 |
| activation muscles | #277 |
| standardized scale | #278 |
| renin sex | #278 |
| stimulation intensity | #278 |
| evidence motor | #279 |
| axonal injury | #279 |
| 14 stroke | #279 |
| measured magnetic | #279 |
| measured accelerometers | #280 |
| response brain | #280 |
| functions motor | #280 |
| tpj | #281 |
| extremity movement | #281 |
| subjects middle | #281 |
| pegboard test | #282 |
| limb amputations | #282 |
| lateral vertical | #283 |
| llds | #284 |
| speed step | #285 |
| am2 | #285 |
| mild exercise | #285 |
| 138 subjects | #286 |
| brf | #287 |
| limb body | #287 |
| review stroke | #289 |
| loss respiratory | #292 |
| vestibular visual | #292 |
| low 20 | #295 |
| uneven surfaces | #295 |
| 30 volunteers | #296 |
| mri neuropsychological | #296 |
| infarction 24 | #297 |
| auditory comprehension | #297 |
| headmounted displays | #297 |
| voluntary movement | #298 |
| tha methods | #299 |
| measured walking | #300 |
| transcranial alternating | #301 |
| radialis | #303 |
| clinical rehabilitation | #303 |
| body movement | #304 |
| dorsiflexor | #304 |
| joint moment | #305 |
| psychometrics recovery | #306 |
| movement parietal | #306 |
| posture aged | #306 |
| thickness lower | #306 |
| level stroke | #307 |
| stage stroke | #307 |
| uneven | #307 |
| aging loss | #308 |
| anticonvulsant medication | #308 |
| immersive vr | #309 |
| exercise stroke | #310 |
| music therapy | #311 |
| direct current | #311 |
| compared asymptomatic | #311 |
| neuronlike cells | #312 |
| current stimulation | #312 |
| variance time | #312 |
| patient healthy | #314 |
| mm groups | #314 |
| magnetic pulse | #314 |
| trunk flexion | #315 |
| adults visual | #316 |
| mep | #316 |
| diffusion tensor imaging | #317 |
| kinetic kinematic | #318 |
| factor neurites | #319 |
| humans walking | #321 |
| spatial neglect | #322 |
| feet | #323 |
| pulse voltage | #324 |
| induced eeg | #324 |
| symptomatic stroke | #325 |
| tears rotator | #327 |
| kinetic control | #327 |
| work individuals | #329 |
| output capacitor | #330 |
| speed adult | #331 |
| stroke review | #332 |
| sustained hypertension | #332 |
| poststroke rehabilitation | #332 |
| bci based | #332 |
| respiratory muscle | #333 |
| coat hypertension | #333 |
| cognitive physical | #334 |
| motor cortices | #335 |
| involved steps | #336 |
| phantom limb | #336 |
| examine safety | #337 |
| clinical tool | #338 |
| shoulder girdle | #338 |
| hemisphere lesion | #339 |
| lobe transcranial | #340 |
| stimulation device | #341 |
| task observed | #342 |
| 10 healthy adults | #342 |
| muscle activity | #343 |
| association kidney | #343 |
| carpi | #343 |
| visual proprioceptive | #343 |
| transcranial magnetic | #343 |
| assessment activity | #344 |
| measurement muscle | #344 |
| time transcranial | #345 |
| subjects visual | #346 |
| cathodal | #346 |
| kinematics muscle | #346 |
| neural connections | #346 |
| ratios presence | #346 |
| weakness lower | #349 |
| surface renin | #349 |
| risk decline | #349 |
| aged female humans | #352 |
| levels closely | #352 |
| effective rehabilitation | #352 |
| frequency rtms | #353 |
| years middle | #353 |
| stimulation sessions | #353 |
| controls ratio | #353 |
| corticospinal neurons | #355 |
| muscles response | #355 |
| interventions stroke | #356 |
| stroke healthy | #357 |
| junction tpj | #357 |
| fields electromyography | #358 |
| gait performance | #359 |
| walking study | #359 |
| wave waves | #360 |
| dual tasks | #360 |
| pressure cerebrovascular | #361 |
| stimulation 10 | #362 |
| strategies individuals | #363 |
| acetylcholine esterase | #366 |
| position standing | #367 |
| measurements muscle | #370 |
| nighttime blood pressure | #374 |
| exam | #374 |
| activity steps | #375 |
| phenomena foot | #375 |
| risk factors onset | #376 |
| eventrelated desynchronization | #377 |
| foot gait | #378 |
| throwing | #378 |
| aged recovery | #378 |
| illness white | #379 |
| dti studies | #379 |
| 60 173 | #380 |
| anxiety behavioral | #381 |
| mass strength | #382 |
| leg standing | #382 |
| cortex activation | #383 |
| improvement speech | #383 |
| limb pain | #384 |
| included regression | #385 |
| stroke aging | #385 |
| respiratory muscle strength | #386 |
| values middle | #386 |
| tropomyosinrelated kinase | #390 |
| total size | #390 |
| tms evoked | #391 |
| patients healthy individuals | #391 |
| modulate neural | #392 |
| muscle contraction | #392 |
| role monitoring | #392 |
| contraction increase | #393 |
| temporoparietal junction | #393 |
| stance phase | #393 |
| surgery functional | #393 |
| physical cognitive | #393 |
| pelvic parameters | #394 |
| ratio peptide | #395 |
| abductor pollicis brevis | #395 |
| distribution creatinine | #397 |
| unaffected hemisphere | #397 |
| studies motor | #397 |
| burst stimulation | #398 |
| smartphone | #399 |
| leg length | #400 |
| reality young | #401 |
| lower limb amputation | #401 |
| trained clinicians | #402 |
| patients pdc | #402 |
| mvc force | #404 |
| attention motor | #407 |
| new neural | #407 |
| projects range | #411 |
| stair | #411 |
| newly identified member | #413 |
| surface step | #415 |
| subcortical stroke | #415 |
| 10 maximum | #416 |
| pneumonia aspiration | #416 |
| motion shoulder | #417 |
| future decline | #418 |
| risk functional | #418 |
| extension moment | #419 |
| movement neuronal | #420 |
| skills neuronal | #420 |
| function stroke | #421 |
| rehabilitation settings | #422 |
| scapular plane | #423 |
| reflex humans | #423 |
| ratio physicians | #424 |
| dementia bpsd | #425 |
| isp | #425 |
| length inequality | #428 |
| equivalent stress | #429 |
| variability decreased | #429 |
| strength evaluated | #430 |
| interactions sex | #430 |
| cuff shoulder | #430 |
| field structure | #431 |
| performance healthy | #432 |
| modified based | #432 |
| study ultrasound | #433 |
| extensor carpi | #433 |
| patients rotator | #434 |
| orthogonal direction | #435 |
| ± 60 | #435 |
| hand motor | #436 |
| 17 articles | #437 |
| structure measured | #438 |
| imaging motor | #438 |
| lumbar scoliosis | #439 |
| elevated fibrinogen | #440 |
| patients stroke | #441 |
| movement perception | #442 |
| neurons nitriles | #443 |
| prorenin receptor | #443 |
| brain patients | #444 |
| angled | #446 |
| hypergonadotropic hypogonadism | #447 |
| factors prevent | #447 |
| based exercise | #447 |
| field device | #447 |
| stage diffuse | #449 |
| fma | #449 |
| rtms applied | #450 |
| coaching | #450 |
| encephalitis magnetic | #455 |
| motion analysis | #455 |
| pemf | #455 |
| intracortical inhibition | #456 |
| hebbian | #456 |
| greater utilization | #458 |
| limb spasticity | #462 |
| 18 people | #464 |
| associations respiratory | #464 |
| sensorimotor cortices | #465 |
| effects transcranial | #465 |
| interrater reliability | #465 |
| silent | #466 |
| interface based | #468 |
| brain communication | #469 |
| aspiration pneumonia | #470 |
| recovery stroke | #471 |
| pain motor | #471 |
| spatial attention | #471 |
| agerelated | #473 |
| improved gait | #473 |
| pressure 24 | #474 |
| unit firing | #475 |
| 10 healthy individuals | #475 |
| tendons young | #477 |
| receptor prr | #479 |
| kinetics mechanical | #485 |
| stimulation enhances | #489 |
| measure body | #490 |
| developed modified | #491 |
| hands | #491 |
| study recorded | #491 |
| volleys | #493 |
| 3 proportion | #494 |
| pulsed electromagnetic | #494 |
| amputee | #496 |
| activity upper | #499 |
| trapezius | #499 |
| movement brain | #499 |
| stimulation upper | #500 |
| shoulder motion | #501 |
| young individuals | #503 |
| control hand | #504 |
| feedback sensory | #505 |
| dementia systematic review | #506 |
| activity stroke | #506 |
| women aa | #507 |
| anodal tdcs | #509 |
| sarcopenia risk | #510 |
| motor rehabilitation | #512 |
| recorded 24 | #513 |
| visual vestibular | #513 |
| matter observed | #516 |
| gait rehabilitation | #517 |
| infarction cohort | #518 |
| based basic | #518 |
| psychometrics design | #521 |
| laypeople | #521 |
| ipsilateral motor | #523 |
| limbic encephalitis | #523 |
| fim scores | #524 |
| rehabilitation walking | #525 |
| gait patterns | #525 |
| myoelectric | #526 |
| scalp recorded | #526 |
| longterm disability | #527 |
| levator | #528 |
| mep amplitude | #528 |
| grab | #528 |
| walking young | #531 |
| nighttime blood | #535 |
| aged orthotic | #535 |
| 90° | #537 |
| repetitive transcranial | #537 |
| determine combination | #539 |
| simulation finite | #540 |
| balance sensation | #541 |
| lesions conclusion | #542 |
| stiffness patients | #543 |
| stroke types | #546 |
| feedback improve | #546 |
| stances | #547 |
| techniques motor | #547 |
| movement kinematics | #553 |
| swallowing disorders | #554 |
| blood pressure risk | #555 |
| stimulation tms | #555 |
| mapk extracellular | #555 |
| walking gait | #556 |
| stimulation auditory | #556 |
| inequality male | #556 |
| voxelbased analysis | #557 |
| 10 80 | #558 |
| motor area | #560 |
| involuntary movements | #561 |
| posterior parietal | #563 |
| center pressure | #564 |
| patients healthy controls | #567 |
| skeletal muscles | #573 |
| body skeletal | #576 |
| animals efferent | #578 |
| cathodal tdcs | #578 |
| rehabilitation transcranial | #578 |
| cuff tears | #581 |
| diseases corpus | #581 |
| decreased aging | #581 |
| visual feedback | #582 |
| intermedin | #583 |
| phase gait | #584 |
| parameters gait | #586 |
| gait data | #586 |
| anodal cathodal | #588 |
| soleus sol | #588 |
| task patients | #588 |
| aged attention | #589 |
| international classification functioning | #589 |
| humans music | #595 |
| transcranial | #597 |
| young elderly subjects | #597 |
| neck shoulder | #598 |
| current density distribution | #598 |
| parallel processing | #599 |
| japan logistic | #600 |
| arthroplasty randomized | #601 |
| anodal | #601 |
| ultrasound elastography | #602 |
| decreased fractional | #604 |
| mep amplitudes | #605 |
| functional independence measure | #608 |
| functioning clinical | #608 |
| individuals low | #611 |
| regression slope | #612 |
| interhemispheric | #613 |
| optimal application | #614 |
| hypercholesterolemia diabetes | #614 |
| performance walking | #615 |
| processes neural | #619 |
| assessment quality | #619 |
| levels genotypes | #621 |
| shoulder injuries | #623 |
| shoulder adult | #624 |
| paresis | #624 |
| electromyography feedback | #625 |
| upward downward | #629 |
| ambulatory blood pressure | #632 |
| plasma fibrinogen | #635 |
| years general | #635 |
| trka signal | #638 |
| measured ultrasound | #640 |
| hand foot | #641 |
| blood pressure measurement | #644 |
| 2 cognitive | #647 |
| bpsd | #647 |
| muscles | #648 |
| japan long | #651 |
| based motor | #654 |
| activity muscle | #655 |
| subjective symptoms | #656 |
| speech discrimination | #656 |
| lower limbs | #657 |
| wernicke | #658 |
| control movement | #659 |
| assessment muscle | #660 |
| individuals healthy | #660 |
| motor control | #661 |
| motor responses | #664 |
| surface electrodes | #667 |
| learning task | #669 |
| logistic models illness | #670 |
| eeg patients | #671 |
| impairment cerebral | #673 |
| stroke lacunar | #673 |
| cerebral peduncle | #674 |
| rater | #674 |
| tms study | #675 |
| projects stroke | #676 |
| belly | #677 |
| mirror neurons | #678 |
| 37yearold woman | #678 |
| patients difficulty | #679 |
| conduction time | #687 |
| wmh | #688 |
| stride length | #688 |
| walking adult | #692 |
| memory scale | #693 |
| motor training | #697 |
| subjects groups | #697 |
| voluntary isometric | #701 |
| metaplasticity | #702 |
| unclear purpose | #702 |
| stroke based | #705 |
| cortex problem | #706 |
| lower limb muscles | #711 |
| increased task | #711 |
| head model | #711 |
| fatigue compared | #711 |
| egfr proteinuria | #711 |
| tensor imaging | #713 |
| dementia systematic | #714 |
| pressure cop | #715 |
| tmtb | #716 |
| humans imitative | #716 |
| proprioceptive feedback | #718 |
| relation observed | #720 |
| gait cycle | #724 |
| disorders confidence | #725 |
| induce neuronal | #725 |
| reliability coefficient | #725 |
| weighted kappa | #727 |
| pilot rct | #727 |
| correlated ratio | #728 |
| step length | #729 |
| brachial arteries | #729 |
| adequate performance | #729 |
| pd098059 | #735 |
| muscle tendon | #735 |
| improving functional | #735 |
| listened | #738 |
| healthy elderly individuals | #739 |
| neural mechanism | #741 |
| young older | #743 |
| correlated activation | #744 |
| pegboard | #745 |
| grf | #745 |
| walkway | #745 |
| limb rehabilitation | #746 |
| japanese general | #746 |
| feedforward feedback | #747 |
| japanese general population | #750 |
| limb amputation | #752 |
| stroke transcranial | #753 |
| stimulation motor | #754 |
| classification functioning | #755 |
| infarction magnetic | #755 |
| flexor carpi | #757 |
| frontoparietal | #759 |
| compensatory strategies | #759 |
| stimulation rtms | #762 |
| muscles posture | #762 |
| blood pressure measurements | #763 |
| japanese community | #767 |
| activity task | #771 |
| target muscle | #772 |
| hemiplegic | #776 |
| rhomboid | #777 |
| compared magnetic | #778 |
| alternating current | #780 |
| 178 ± | #786 |
| supraspinatus | #790 |
| motor disorders | #791 |
| intracortical facilitation | #792 |
| potential mep | #793 |
| brain findings | #793 |
| voluntary | #794 |
| adolescent auditory | #796 |
| stimulation electrical | #797 |
| desk | #798 |
| regions decreased | #802 |
| auditory cortex | #802 |
| contraction increased | #802 |
| pegs | #804 |
| nutation | #806 |
| classified grade | #806 |
| motor imagery | #808 |
| complex regional | #809 |
| imitative | #812 |
| compliance female | #814 |
| cortex pfc | #815 |
| coactivation | #815 |
| function functional | #815 |
| ground reaction force | #817 |
| timed tug | #820 |
| wechsler memory | #821 |
| functional modulation | #823 |
| motor evoked | #826 |
| completion time | #826 |
| impairment stroke | #832 |
| control learning | #832 |
| japanese version | #833 |
| 80 anisotropy | #841 |
| motor pathways | #844 |
| stimulation tdcs | #845 |
| observed degree | #850 |
| magnetic flux density | #852 |
| health icf | #853 |
| areas primary | #853 |
| 24 subjects | #854 |
| stimulations | #856 |
| hypertension aged | #857 |
| neurites neurogenesis | #858 |
| activation medial | #863 |
| functional decline | #863 |
| rehabilitation study | #869 |
| hemiparetic | #870 |
| total hip arthroplasty | #871 |
| wrist extension | #876 |
| disorders square | #877 |
| imitative behavior | #877 |
| analysis adjusted | #881 |
| brain damaged | #886 |
| mediolateral | #891 |
| initial severity | #891 |
| stroke patients | #894 |
| tms | #896 |
| neurological assessment | #896 |
| animals electromyography | #896 |
| pfc | #898 |
| disorders neurologic | #899 |
| ° 120 | #900 |
| flexion knee | #901 |
| 0001 total | #902 |
| swallow | #904 |
| pain occupational | #904 |
| laterality hand | #910 |
| skill training | #911 |
| activation performance | #912 |
| association genetic polymorphisms | #913 |
| walking performance | #914 |
| pathways electric | #915 |
| rte | #916 |
| myelinated neuropsychological | #921 |
| reliability study | #925 |
| aged biomechanical | #925 |
| human motor cortex | #926 |
| detected mri | #926 |
| techniques neural | #929 |
| diffusion parameters | #931 |
| gait pattern | #931 |
| techniques evaluation | #933 |
| hand muscles | #935 |
| model calculation | #936 |
| steps day | #936 |
| step time | #939 |
| time visual | #941 |
| hemiplegia humans | #942 |
| 16 healthy | #944 |
| parietal cortices | #947 |
| functional outcomes patients | #951 |
| articulated | #952 |
| pressure abp | #953 |
| glenohumeral joint | #954 |
| regional pain | #954 |
| masked hypertension | #955 |
| amputees | #955 |
| reality vr | #958 |
| measured muscle | #967 |
| 18 male | #968 |
| rehabilitation stroke | #969 |
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| based joint | #990 |
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| phenomena humans | #997 |
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| dlpfc | #1598 |
| 140 90 | #1607 |
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| 169 ± | #1623 |
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| cortex neural | #1627 |
| surface electromyography | #1633 |
| teaching | #1637 |
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| functional independence | #1638 |
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| inhibitor sb203580 | #1693 |
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| walking | #1700 |
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| models magnetic | #1908 |
| 20 studies | #1915 |
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| emg | #5110 |
| motor cognitive | #5122 |
| deglutition | #5153 |
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| movements | #5186 |
| stroke time | #5199 |
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| sarcopenia | #5222 |
| coat | #5229 |
| efferent pathways | #5231 |
| compared young | #5247 |
| sitting | #5248 |
| ankle brachial | #5260 |
| fractional anisotropy | #5289 |
| mmse | #5299 |
| peripheral nerve | #5341 |
| toe | #5346 |
| stimulation treatment | #5352 |
| mobility limitation | #5375 |
| male motion | #5407 |
| sensorimotor cortex | #5455 |
| sessions | #5522 |
| ambulatory | #5557 |
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| imd | #5609 |
| motion articular | #5624 |
| erps | #5628 |
| 0 ° | #5655 |
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| attention cognition | #5775 |
| plastic | #5779 |
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| isometric | #5931 |
| inferior frontal gyrus | #5940 |
| brain cognitive | #5977 |
| malnutrition | #5981 |
| functional performance | #6034 |
| brain humans | #6052 |
| living aged | #6053 |
| female gyrus | #6094 |
| 60 ° | #6097 |
| functional laterality | #6141 |
| cronbachs alpha | #6182 |
| test patients | #6191 |
| limbs | #6198 |
| aging female | #6220 |
| post stroke | #6222 |
| functional recovery | #6239 |
| range motion | #6306 |
| neurophysiology | #6309 |
| traumatic brain | #6351 |
| movement disorders | #6369 |
| age 95 | #6373 |
| plasticity | #6373 |
| function retrospective | #6376 |
| neck pain | #6396 |
| 10 healthy | #6397 |
| supplementary | #6399 |
| hz frequency | #6435 |
| neural circuits | #6440 |
| motion | #6451 |
| muscle strength | #6459 |
| cerebral infarction | #6463 |
| neurite | #6476 |
| functional | #6504 |
| imagination | #6514 |
| interventions patients | #6523 |
| aged 20 | #6547 |
| neurophysiological | #6561 |
| corrigendum | #6581 |
| biomechanical | #6645 |
| female fingers | #6702 |
| somatosensory | #6754 |
| min 173 | #6764 |
| potentials | #6779 |
| eccentric | #6854 |
| continuous variable | #6951 |
| spasticity | #6970 |
| cognitive ability | #7016 |
| gait speed | #7053 |
| leg | #7075 |
| memory disorders | #7080 |
| neurites | #7121 |
| virtual reality | #7131 |
| injuries traumatic | #7159 |
| neglect | #7204 |
| humans lower | #7209 |
| stimulation | #7226 |
| female functional | #7232 |
| corpus callosum | #7234 |
| functional outcome | #7254 |
| randomized controlled trial | #7272 |
| daily activities | #7287 |
| fibrinogen | #7307 |
| cortical areas | #7315 |
| aged muscle | #7320 |
| ultrasonography | #7350 |
| magnetics | #7355 |
| article doi | #7384 |
| mri findings | #7393 |
| walk | #7404 |
| evoked | #7426 |
| injury patients | #7520 |
| fibrinogen humans | #7608 |
| pressure measurements | #7634 |
| callosum | #7639 |
| patients unilateral | #7653 |
| test scores | #7666 |
| electromagnetic fields | #7693 |
| eeg | #7735 |
| therapists | #7761 |
| walk test | #7796 |
| responses patients | #7810 |
| therapy effective | #7821 |
| unaffected | #7863 |
| aged outcome | #7877 |
| brain magnetic | #7952 |
| imagery | #7960 |
| subjects adult | #7988 |
| laterality | #8064 |
| illness statistics | #8111 |
| muscle | #8125 |
| cortex animals | #8139 |
| patients functional | #8192 |
| dysfunction female | #8344 |
| multiple regression | #8354 |
| imaging techniques | #8365 |
| somatosensory cortex | #8429 |
| inspiratory | #8431 |
| white matter | #8582 |
| 72 patients | #8588 |
| male movement | #8597 |
| patients parkinson | #8609 |
| gastric emptying | #8634 |
| neural mechanisms | #8680 |
| emptying | #8747 |
| female fibrinogen | #8893 |
| participated | #8927 |
| vestibular | #8982 |
| nirs | #9084 |
| contractions | #9094 |
| diffusion magnetic | #9094 |
| tensor | #9162 |
| pulsatile flow | #9174 |
| design randomized | #9228 |
| asymptomatic diseases | #9258 |
| rate variability | #9314 |
| functional magnetic | #9362 |
| stimulation therapy | #9391 |
| joint male | #9427 |
| psychomotor performance | #9446 |
| disability evaluation | #9535 |
| laterality humans | #9651 |
| task | #9670 |
| extremity | #9670 |
| imaging fmri | #9685 |
| intervention patients | #9738 |
| hz | #9746 |
| sensation | #9758 |
| evaluation female | #9782 |
| imaging female | #9818 |
| unilateral | #9870 |
| cognition cognitive | #9892 |
| palsy | #9894 |
| chronic phase | #9896 |
| replacement hip | #9901 |
| study randomized | #9911 |
| denervation | #9953 |
| renin | #9959 |
| adult cerebral | #10014 |
| electroencephalography evoked | #10078 |
| memory middle | #10126 |
| musculoskeletal | #10181 |
| perceptual | #10290 |
| japan | #10369 |
| effectiveness | #10430 |
| stimulation female | #10459 |
| pharyngeal | #10460 |
| pressure determination | #10516 |
| week 4 | #10600 |
| therapy modalities | #10635 |
| traumatic brain injury | #10706 |
| physical exercise | #10779 |
| fibers myelinated | #10785 |
| hypertrophy ventricular | #10834 |
| brain injury | #10858 |
| rate egfr | #10902 |
| momentum range | #10934 |
| patients groups | #10947 |
| japan male | #11121 |
| hand strength | #11145 |
| factors stroke | #11186 |
| anterior posterior | #11331 |
| age body | #11334 |
| knee joint | #11381 |
| illness aged | #11449 |
| recovery | #11479 |
| muscle skeletal | #11479 |
| hip joint | #11550 |
| voxel | #11673 |
| hemispheric | #11674 |
| white | #11729 |
| cortex | #11755 |
| blood pressure | #11863 |
| retest reliability | #11869 |
| female healthy | #11900 |
| neural conduction | #11917 |
| bolus | #12034 |
| gyrus cinguli | #12077 |
| cinguli | #12122 |
| psychomotor | #12157 |
| pulsatile | #12204 |
| manual | #12280 |
| testretest reliability | #12366 |
| ipsilateral | #12374 |
| psycinfo | #12508 |
| training | #12514 |
| stroke aged | #12647 |
| coils | #12678 |
| cognitive | #12909 |
| thorax | #12999 |
| electric stimulation | #13002 |
| cinahl | #13011 |
| studies stroke | #13018 |
| tendons | #13049 |
| magnetic | #13064 |
| publication activities | #13110 |
| masked | #13134 |
| female hand | #13150 |
| myelinated | #13197 |
| rest | #13224 |
| assessment humans | #13351 |
| crosssectional studies | #13405 |
| clinical settings | #13439 |
| humans leg | #13505 |
| upper lower | #13526 |
| brain cognition | #13677 |
| physical therapy | #13717 |
| aged blood | #13749 |
| therapeutic effects | #13845 |
| humans knee | #13864 |
| infarct | #13900 |
| fourteen patients | #13978 |
| fmri | #14020 |
| mmhg | #14036 |
| brachial | #14053 |
| nerve fibers | #14261 |
| aged analysis | #14414 |
| study purpose | #14464 |
| neurologic | #14482 |
| pilot | #14645 |
| neuropsychological | #14820 |
| superficial | #15011 |
| noninvasive | #15012 |
| artery diseases | #15087 |
| ngf | #15099 |
| imaging humans | #15127 |
| models longitudinal | #15152 |
| internal consistency | #15203 |
| assistance | #15376 |
| cognitive function | #15588 |
| test retest | #15650 |
| systematic review metaanalysis | #15920 |
| electroencephalography | #16070 |
| techniques female | #16233 |
| computer interface | #16238 |
| studies severity | #16279 |
| primary outcomes | #16424 |
| 6 weeks | #16459 |
| center mass | #16565 |
| volunteers humans | #16727 |
| living | #16790 |
| retest | #16968 |
| humans learning | #17134 |
| lobe | #17223 |
| dementia | #17328 |
| brain areas | #17497 |
| older | #17703 |
| cortical | #17846 |
| subcortical | #17876 |
| patients divided | #17931 |
| frontal | #18148 |
| dual | #18489 |
| daily | #19125 |
| corpus | #19364 |
| interpersonal | #19605 |
| blinded | #19634 |
| assisted male | #19698 |
| age range | #19834 |
| traumatic | #20559 |
| bilateral | #20665 |
| brain injuries | #20769 |
| motor activity | #20969 |
| nerve net | #21250 |
| aged nerve | #21253 |
| imaging male | #21893 |
| aged pilot | #22136 |
| objective investigate | #23145 |
| cognition disorders | #23369 |
| randomized controlled | #25123 |
| male motor | #25984 |
| 80 aging | #26453 |
| paired | #26490 |
| kinematic | #26745 |
| cerebral | #27204 |
| filtration rate | #27273 |
| glomerular filtration | #27342 |
| recruited | #28308 |
| disorders female | #31035 |
| upper | #31290 |
| brain mapping | #31823 |
| humans magnetic | #34207 |
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Prominent publications by Shin‐Ichi Izumi
Ultrasound elastography–based assessment of the elasticity of the supraspinatus muscle and tendon during muscle contraction
[ PUBLICATION ]
BACKGROUND: Although elasticity of the supraspinatus muscle and tendon is a useful parameter to represent the conditions of the supraspinatus muscle and tendon, assessment of the elasticity in clinical settings has not been established. The purpose of this study was to determine the elasticity of the supraspinatus muscle belly and tendon under different muscle contraction conditions using ultrasound real-time tissue elastography (RTE).
METHODS: Twenty-three healthy individuals ...
| Known for Supraspinatus Muscle | Ultrasound Elastography | Acoustic Coupler | Cuff Shoulder | Based Assessment |
The contribution of quasi-joint stiffness of the ankle joint to gait in patients with hemiparesis
[ PUBLICATION ]
BACKGROUND: The role of ankle joint stiffness during gait in patients with hemiparesis has not been clarified. The purpose of this study was to determine the contribution of quasi-joint stiffness of the ankle joint to spatiotemporal and kinetic parameters regarding gait in patients with hemiparesis due to brain tumor or stroke and healthy individuals.
METHODS: Spatiotemporal and kinetic parameters regarding gait in twelve patients with hemiparesis due to brain tumor or stroke and nine ...
| Known for Joint Stiffness | Patients Hemiparesis | Healthy Individuals | Aged Ankle | Gait Speed |
The Manual Function Test: Norms for 20- to 90-Year-Olds and Effects of Age, Gender, and Hand Dominance on Dexterity
[ PUBLICATION ]
Stroke is the leading cause of long-term disability. Accurate assessment of motor function is important for documenting disability and the effectiveness of rehabilitative treatment. The Manual Function Test (MFT) was developed to evaluate unilateral manual performance in hemiparetic patients after stroke. This test consists of eight items, including the pegboard task, an item assessing dexterity. The total MFT score can range from 0 (severely impaired) to 32 (full function). We sought to ...
| Known for Manual Function Test | Hand Dominance | Motor Function | Normative Data | Hemiparetic Patients |
Effects of music therapy on behavioral and psychological symptoms of dementia: A systematic review and meta-analysis
[ PUBLICATION ]
Behavioral and psychological symptoms of dementia (BPSD) are common problems for patients and caregivers. Although music therapy is considered a non-pharmacological intervention for the management of BPSD, its effectiveness remains unclear. This study aimed to investigate the effects of music therapy on BPSD, cognitive function, and activities of daily living in patients with dementia. A literature search was conducted in the following databases: MEDLINE, CINAHL, PsycINFO, and Igaku Chuo ...
| Known for Music Therapy | Dementia Bpsd | Smd 95 | Psychological Symptoms | Systematic Review Metaanalysis |
KOL-Index: 9295
Pneumonia is a major cause of death in older people, and the number of such deaths is increasing. Present guidelines for pneumonia management are based on a pathogen-oriented strategy that relies on the optimal application of antibiotics. Older pneumonia inpatients show the high incidence of aspiration pneumonia. The main cause of aspiration pneumonia is an impairment in the swallowing and cough reflexes. These facts suggest a limitation of present management strategies and a requirement ...
| Known for Older People | Aspiration Pneumonia | Muscle Strength | Sarcopenic Dysphagia | Respiratory Swallowing |
KOL-Index: 9264
It is unclear whether muscle contraction is necessary to increase quasi-joint stiffness (QJS) of the ankle joint during gait in patients with hemiparesis. The purpose of the present study was to investigate the relationship between QJS and muscle activation at the ankle joint in the stance phase during gait in patients with hemiparesis. Spatiotemporal and kinetic gait parameters and activation of the medial head of the gastrocnemius (MG), soleus (SOL), and tibialis anterior (TA) muscles ...
| Known for Ankle Muscles | Gait Patients | Joint Stiffness | Muscle Contraction | Middle Stance |
KOL-Index: 8706
Objective To investigate the risk of silent cerebrovascular lesions in individuals with masked hypertension (MHT) and white-coat hypertension. Methods Self-measured home blood pressure (HBP) and casual blood pressure (CBP) measurements were recorded in 1060 individuals at least 55 years of age (mean age, 66.3 years) in a general population of Ohasama, Japan. The relationships between silent cerebrovascular lesions (white matter hyperintensity and lacunar infarct) detected on MRI and four ...
| Known for Silent Cerebrovascular Lesions | Blood Pressure | Ohasama Study | Coat Hypertension | Multivariate Analysis |
KOL-Index: 8609
Many studies in human and animal models have shown that neural plasticity compensates for the loss of motor function after stroke. However, neural plasticity concerning compensatory movement, activated ipsilateral motor projections and competitive interaction after stroke contributes to maladaptive plasticity, which negatively affects motor recovery. Compensatory movement on the less-affected side helps to perform self-sustaining activity but also creates an inappropriate movement ...
| Known for Motor Recovery | Maladaptive Plasticity | Stroke Patients | Competitive Interaction | Rehabilitation Approaches |
KOL-Index: 8597
OBJECTIVE: We investigated the effects of voluntary contraction of agonist and antagonist muscles on motor evoked potentials (MEP) and on myoelectric activities in the target (agonist) muscle following transcranial magnetic stimulation (TMS).
METHODS: The left extensor carpi radialis (ECR) and flexor carpi radialis (FCR) muscles were studied in 16 healthy subjects. H reflexes, MEP induced by TMS, and background electromyographic (EMG) activity were recorded using surface electrodes at ...
| Known for Voluntary Contraction | Antagonist Muscles | Mep Tms | Motor Activity | Evoked Potentials |
KOL-Index: 8202
OBJECTIVE: Twenty-four-hour ambulatory blood pressure (24-hour ABP) values are considered a powerful predictor of stroke. Silent cerebrovascular lesions are associated with an increased risk of stroke. Because fibrinogen is a major determinant of plasma viscosity, an elevated fibrinogen level might also be associated with stroke risk. We evaluated the association of 24-hour ABP and plasma fibrinogen levels with the risk of silent cerebrovascular lesions (white matter hyperintensity and ...
| Known for Plasma Fibrinogen | Silent Cerebrovascular | Blood Pressure | Stroke Risk | White Matter Hyperintensity |
KOL-Index: 8134
BACKGROUND: No previous study has investigated the association of kidney dysfunction with silent lacunar infarcts and white-matter hyperintensity (WMH) independent of ambulatory blood pressure (BP).
METHODS: A cross-sectional study involving 1,008 participants (mean age 66 years) from a general population of Ohasama, Japan, was conducted. Calculated creatinine clearance (CCr) was estimated using the Cockcroft-Gault equation. In continuous and categorical analyses, the association between ...
| Known for Lacunar Infarcts | Kidney Dysfunction | Ohasama Study | 60 173 | Matter Hyperintensity |
Induction of Neuritogenesis in PC12 Cells by a Pulsed Electromagnetic Field via MEK-ERK1/2 Signaling
[ PUBLICATION ]
We examined the regulation of neuritogenesis by a pulsed electromagnetic field (PEMF) in rat PC12 pheochromocytoma cells, which can be induced to differentiate into neuron-like cells with elongated neurites by inducers such as nerve growth factor (NGF). Plated PC12 cells were exposed to a single PEMF (central magnetic flux density, 700 mT; frequency, 0.172 Hz) for up to 12 h per day and were then evaluated for extent of neuritogenesis or acetylcholine esterase (AChE) activity. To analyze ...
| Known for Pc12 Cells | Pulsed Electromagnetic Field | Pemf Exposure | Ache Activity | Map Kinase |
KOL-Index: 7601
Dual tasks destabilize task performance as they involve competing demands for cognitive and physical resources. Several studies have reported that dual-task walking activates the prefrontal cortex (PFC), and recent studies have indicated a relationship between PFC and dual-task deterioration in healthy subjects. However, PFC activity during dual-task walking in stroke patients remains unclear. We investigated the association between PFC activity and dual-task interference on physical and ...
| Known for Dual Task | Prefrontal Cortex | Stroke Patients | Pfc Activation | Infrared Spectroscopy |
KOL-Index: 7345
BackgroundThe World Health Organization developed the International Classification of Functioning, Disability, and Health (ICF) in 2001 and has been in the process of implementing it in clinics since then. Current international efforts to implement ICF in rehabilitation clinics include the implementation of ICF Core Sets and the development of simple, intuitive descriptions for the ICF Generic-30 Set (also called Rehabilitation Set). The present study was designed to operationalize these ...
| Known for Rating Reference Guide | Interrater Reliability | Icf Generic30 | International Classification | Disability Health |
Transcranial magnetic stimulation-induced changes in EEG and responses recorded from the scalp of healthy humans
[ PUBLICATION ]
We determined the changes and responses in the electroencephalogram (EEG) induced by transcranial magnetic stimulation (TMS) of the scalp of five healthy men. The center of a circular coil was positioned at the vertex, and 80 stimulations were administered clockwise with the maximum output of electric current. To reduce stimulus artifacts, we created a circuit that blocked the input for 150 ms after stimulation. EEGs were recorded from F3,4, C3,4, P3,4, and T3,4. The following results ...
| Known for Magnetic Stimulation | Eeg Responses | Tms Patients | Circular Coil | Maximum Output |
Key People For Magnetic Stimulation
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Select a search phrase magnetic stimulation , magnetic stimulations , magnetic stimulation study , magnetic stimulation patients , magnetic stimulation tms
Shin‐Ichi Izumi:Expert Impact
Concepts for whichShin‐Ichi Izumihas direct influence:Magnetic stimulation, Silent cerebrovascular lesions, Stroke patients, Paretic limb, Motor recovery, Scapular muscles, Lacunar infarction, Ohasama study.
Shin‐Ichi Izumi:KOL impact
Concepts related to the work of other authors for whichfor which Shin‐Ichi Izumi has influence:Stroke patients, Music therapy, Blood pressure, Magnetic stimulation, Arterial stiffness, Motor function, Virtual reality.
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