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の履歴書 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：統計に影響を与えます
レポートを実行します
| Concept | World rank |
|---|---|
| neurocytology neurophysiology | #1 |
| transition sacroiliac | #1 |
| motor cortex neurocytology | #1 |
| centerof pressure position | #1 |
| stroke hemiplegic patients | #1 |
| difference vsfa04 | #1 |
| realworld arm t6m | #1 |
| bodyspecific attention hands | #1 |
| foot transforming | #1 |
| coactivation mc | #1 |
| afos lower | #1 |
| cloudbased neurorehabilitation | #1 |
| studies neurocytology | #1 |
| motor functions experiment | #1 |
| dysfunction scapular muscles | #1 |
| lesions motor area | #1 |
| paretic step length | #1 |
| sijs walking loads | #1 |
| afos articulated | #1 |
| positively fma | #1 |
| plantarflexor activation | #1 |
| handrail reaction | #1 |
| bodyspecific attention score | #1 |
| t1m 2 months | #1 |
| nonarticulated afos sgs | #1 |
| plantar sensors | #1 |
| twoweek walking rehabilitation | #1 |
| paretic midstance | #1 |
| scapular muscles | #1 |
| aging scapular muscles | #1 |
| regulation qjs | #1 |
| sijs walking | #1 |
| suppression frontal wbam | #1 |
| reflex exam novices | #1 |
| neurocytology tms | #1 |
| explicit connection model | #1 |
| proportion afos | #1 |
| novices covid19 pandemic | #1 |
| specific attention | #1 |
| stroke patients hemiparesis | #1 |
| 915 accuracy feedback | #1 |
| early stance qjs | #1 |
| hemiparesis | #1 |
| tsubahara | #1 |
| realworld arm t2m | #1 |
| sittostand movements | #1 |
| stroke motor area | #1 |
| arm real | #1 |
| vertical direction sts | #1 |
| handrails stand | #1 |
| middle stance | #1 |
| cloudbased neurorehabilitation application | #1 |
| motor pathway facilitation | #1 |
| middle stance activation | #1 |
| auditory foot bayesian | #1 |
| width uneven | #1 |
| trained clinicians reflex | #1 |
| sol middle stance | #1 |
| early middle stances | #1 |
| gb force | #1 |
| t1m t6m | #1 |
| activation qjs | #1 |
| disorders hemiparesis | #1 |
| function realworld arm | #1 |
| direction elderly | #1 |
| grasping 9300 | #1 |
| kinesthesia rehabilitation | #1 |
| nonarticulated afos | #1 |
| walking analysis data | #1 |
| afo qjs | #1 |
| repetitive tms convulsions | #1 |
| brf 005 | #1 |
| background handrail | #1 |
| shelf bar | #1 |
| qjs mc | #1 |
| ° electromyographic | #1 |
| relationship accelerometers | #1 |
| t1m realworld arm | #1 |
| uneven surfaces subjects | #1 |
| reflex grading exam | #1 |
| llmp grf | #1 |
| plantarflexor paretic | #1 |
| handrail findings | #1 |
| patients articulated afos | #1 |
| middle stances | #1 |
| vsfa04 | #1 |
| midstance qjs | #1 |
| tmsrelated neurophysiology | #1 |
| types sensorimotor strategies | #1 |
| low attention hand | #1 |
| quasijoint stiffness | #1 |
| qjs afo | #1 |
| plantar sensations | #1 |
| damaged sensorysystem | #1 |
| llmp sts movement | #1 |
| t1m | #1 |
| prolonged consciousness | #1 |
| afos articulated afos | #1 |
| immersive vrbci | #1 |
| immersive brain | #1 |
| stroke paralysis | #1 |
| upward comv | #1 |
| qjs gait | #1 |
| bilateral sijs | #1 |
| hemiparesis strategies | #1 |
| qjs middle stance | #1 |
| brf vertical | #1 |
| frontal wbam range | #1 |
| uneven surface study | #1 |
| relationship bodyspecific attention | #1 |
| bar 005 | #1 |
| paretic limb brain | #1 |
| hand muscles response | #1 |
| soleus nonparetic | #1 |
| transition sij | #1 |
| sts elderly people | #1 |
| walking activity difference | #1 |
| handrail reaction force | #1 |
| brain bodyspecific attention | #1 |
| forward direction sts | #1 |
| angled handrail | #1 |
| nonparetic healthy controls | #1 |
| displacement sacrum | #1 |
| mediolateral motion control | #1 |
| mechanism rehabilitation | #1 |
| sts elderly | #1 |
| sensory impairments kinesthesia | #1 |
| comv completion | #1 |
| restricted vision participants | #1 |
| sgs proportion | #1 |
| study sensorimotor strategies | #1 |
| clinical dti parameters | #1 |
| quasijoint stiffness qjs | #1 |
| smart hammer | #1 |
| recovery pdc | #1 |
| stiffness qjs | #1 |
| nonps p005 activation | #1 |
| reciprocal activation paretic | #1 |
| vision nds participants | #1 |
| handrails force | #1 |
| positioned vertex | #1 |
| macroscopic tms outcome | #1 |
| attention paretic | #1 |
| vertical handrail | #1 |
| hammer remote | #1 |
| degree rpdc | #1 |
| late braincomputer interfaces | #1 |
| low seat height | #1 |
| bar elderly | #1 |
| micromacro connections | #1 |
| llmp sts movements | #1 |
| prosthesis auditory | #1 |
| grading reflex | #1 |
| bar reaction force | #1 |
| gait patterns qjs | #1 |
| fma t2m | #1 |
| arm t6 | #1 |
| afos sgs | #1 |
| dti studies scans | #1 |
| waves intracortical inhibition | #1 |
| study walking adaptability | #1 |
| paradigm selectivity | #1 |
| movements numbers | #1 |
| mechanical walking sij | #1 |
| feet relation | #1 |
| ambulators uneven | #1 |
| healthy individuals variability | #1 |
| uneven surface | #1 |
| movements seat | #1 |
| older individuals center | #1 |
| larger brf | #1 |
| movement feedforward control | #1 |
| activation ankle muscles | #1 |
| hemiparesis muscle contraction | #1 |
| tms submotor | #1 |
| shelf bar assistance | #1 |
| vertical grab bar | #1 |
| sol middle | #1 |
| smart tendon hammer | #1 |
| bodyspecific attention | #1 |
| bodyspecific attention sensory | #1 |
| development vr platform | #1 |
| remote neurological examination | #1 |
| activities scapular | #1 |
| corrigendum predictors | #1 |
| feet sensory functions | #1 |
| postural control feet | #1 |
| grading exam | #1 |
| t1m bodyspecific attention | #1 |
| curved angled | #1 |
| vision variability | #1 |
| midstances | #1 |
| stance qjs | #1 |
| sensorimotor strategies | #1 |
| bodyspecific attention t1m | #1 |
| sensory impairments study | #1 |
| subjects surface walking | #1 |
| upward llmp | #1 |
| middle stance proportion | #1 |
| novices covid19 | #1 |
| auditory foot | #1 |
| motor neural plasticity | #1 |
| nds lesions | #1 |
| patients nonarticulated afos | #1 |
| sensory area brain | #1 |
| sts movement grf | #1 |
| momentum wbam | #1 |
| midstance reciprocal activation | #1 |
| relationship qjs | #1 |
| forces handrails | #1 |
| convulsions safety ranges | #1 |
| direction sts | #1 |
| foot suggested | #1 |
| exam smart | #1 |
| strategies wholebody movement | #1 |
| 129287 | #1 |
| muscle llmp | #1 |
| stance proportion | #1 |
| plantarflexor gait | #1 |
| qjs ankle joint | #1 |
| middle stance qjs | #1 |
| curvedangled handrail | #1 |
| sensorimotor strategies individuals | #1 |
| aging dysfunction | #1 |
| qjs patients | #1 |
| hemiparesis standing | #1 |
| brain damaged sensorysystem | #1 |
| rpdc difference | #1 |
| improve immersive | #1 |
| qjs muscle activation | #1 |
| forward comv | #1 |
| reflex grading | #1 |
| visualelectrotactile feedback | #1 |
| accelerometer walking activity | #1 |
| articulated afos | #1 |
| t2m t6m | #1 |
| micromacro connection | #1 |
| qjs muscle | #1 |
| subjects shelf | #1 |
| powerful graphical options | #1 |
| statistical bayesian modeling | #1 |
| hemiparesis neurologic humans | #1 |
| feet sensory | #1 |
| survey novices | #1 |
| weakness handrails | #1 |
| gb stand | #1 |
| stress sijs | #1 |
| activation plantarflexor | #1 |
| paretic limb | #1 |
| qjs early | #1 |
| contribute learned | #1 |
| new rehabilitation method | #1 |
| comv lower | #1 |
| exam novices | #1 |
| t2m fma | #1 |
| hands reaction time | #1 |
| hemiplegia auditory foot | #1 |
| t6m longitudinal t1m | #1 |
| body sittostand movements | #1 |
| longitudinal bodyspecific attention | #1 |
| llmp sts | #1 |
| lesions sensory area | #1 |
| vision numbers | #1 |
| sijs displacement | #1 |
| sensor prosthesis | #1 |
| novices reflex exam | #1 |
| gb horizontal gb | #1 |
| sij bipedal walking | #1 |
| conventional vertical handrail | #1 |
| prosthesis transforming | #1 |
| nonps p005 | #1 |
| asymmetrical balance deficits | #1 |
| feet healthy adults | #1 |
| fma t6m | #1 |
| dysfunction scapular | #1 |
| older height | #1 |
| aging scapular | #1 |
| bodyspecific attention hand | #1 |
| realworld arm relationship | #1 |
| novice reflex grading | #1 |
| unilateral shelf bar | #1 |
| mediolateral cop trajectories | #1 |
| application agency | #1 |
| t6m t2m | #1 |
| coaching method | #1 |
| t6m realworld arm | #1 |
| lower trapezius aging | #1 |
| bayesian wbam | #1 |
| preliminary neuronal model | #1 |
| qjs ankle | #1 |
| bar assistance | #1 |
| qjs correlated | #1 |
| gait uneven surface | #1 |
| comprised toe | #1 |
| twentyone elderly subjects | #1 |
| height llmp | #1 |
| load transition | #1 |
| muscles plantarflexor | #1 |
| bar assist | #1 |
| qjs middle | #1 |
| patients hemiparesis | #1 |
| handrail reaction forces | #1 |
| reaction time selfbody | #1 |
| feedback control movement | #1 |
| 2 months t2m | #1 |
| higher qjs | #1 |
| trapezius elderly | #1 |
| midstance reciprocal | #1 |
| t6m longitudinal | #1 |
| hammer feedback | #1 |
| attention fma | #1 |
| frontal wbam | #1 |
| limb real | #1 |
| involved nutation | #1 |
| qjs | #1 |
| pdc rpdc | #1 |
| gait rehabilitation suppression | #1 |
| model sijs | #1 |
| rehabilitation expected | #1 |
| reflex elicitation component | #1 |
| work exam | #1 |
| transforming sensory | #1 |
| qjs paretic | #1 |
| paretic reciprocal activation | #1 |
| improved t6m | #1 |
| brain realworld arm | #1 |
| plastic anklefoot orthosis | #1 |
| realworld arm accelerometers | #1 |
| vertical bar | #1 |
| prosthesis sensory modalities | #1 |
| plantarflexor nonparetic | #1 |
| severity pdc | #1 |
| afos higher | #1 |
| expected new patients | #1 |
| wbam range | #1 |
| t6m t1m | #1 |
| visual stimuli selfbody | #1 |
| forward llmp | #1 |
| reported intracortical | #1 |
| force brf | #1 |
| body specific | #1 |
| qjs study | #1 |
| biofeedback prosthesis | #1 |
| comv sts | #1 |
| body coordinate data | #1 |
| load transition sij | #1 |
| patients nonps p005 | #1 |
| based qjs | #1 |
| bar gb | #1 |
| ratio plantarflexor | #1 |
| loads pelvic | #1 |
| safety ranges | #1 |
| increase qjs | #1 |
| body specific attention | #1 |
| contraction tested | #1 |
| restricted nds | #1 |
| qjs early stance | #1 |
| hemiparesis regulation | #1 |
| models sijs | #1 |
| plantarflexor activation qjs | #1 |
| cortex neurocytology | #1 |
| 14 stroke patients | #1 |
| surface poststroke | #1 |
| safety ranges tms | #1 |
| smart tendon | #1 |
| dorsiflexor gait | #1 |
| lower qjs | #1 |
| t6m | #1 |
| nonparetic midstance | #1 |
| twoweek rehabilitation | #1 |
| cortical neurons tms | #1 |
| grasping flexion | #1 |
| patients afos | #1 |
| brain rhythm modulation | #1 |
| realworld arm | #1 |
| coaching theory | #1 |
| handrail curved | #1 |
| studies psth | #1 |
| horizontal gb | #1 |
| qjs midstance | #1 |
| kinesthetic biofeedback | #1 |
| skeletal paresis prostheses | #1 |
| brf forward | #1 |
| sij models | #1 |
| neurocytological evidence | #1 |
| grf upward comv | #1 |
| exam neurological | #1 |
| circuit measured | #2 |
| metaplasticity combinations | #2 |
| muscle stand | #2 |
| optimal extracellular signals | #2 |
| continuous motor improvement | #2 |
| clockwise stimulations 35 | #2 |
| measure pulsed | #2 |
| nibs neural network | #2 |
| cells trts | #2 |
| gentle positive waves | #2 |
| combinations stroke | #2 |
| u0124 | #2 |
| vertical direction bars | #2 |
| individuals forward | #2 |
| preset surface temperature | #2 |
| consciousness pdc | #2 |
| 10 auditory cortex | #2 |
| communication tacs | #2 |
| tdcs 13yearold female | #2 |
| oouchida | #2 |
| vision restricted | #2 |
| visual electrotactile | #2 |
| trts induced | #2 |
| values model calculation | #2 |
| functional lld control | #2 |
| neurites heating | #2 |
| values numerical integration | #2 |
| pulse voltage 600v | #2 |
| pfc dualtask deterioration | #2 |
| functional lld | #2 |
| magnetic stimulation coil | #2 |
| parameters uneven | #2 |
| device theoretical values | #2 |
| utilized feedforward | #2 |
| variability mediolateral | #2 |
| affective muscle | #2 |
| mc paretic | #2 |
| ear anodal stimulation | #2 |
| pc12 cells trts | #2 |
| nibs mechanism | #2 |
| reports nibs application | #2 |
| bones sij | #2 |
| takagi development | #2 |
| ratio healthy controls | #2 |
| neuritogenesis temperature | #2 |
| mhl control | #2 |
| new functions impairment | #2 |
| trts cells | #2 |
| 150 msec stimulation | #2 |
| conditions auditory feedback | #2 |
| trts 395 | #2 |
| surgery functional llds | #2 |
| clockwise stimulations | #2 |
| lesions interhemispheric interactions | #2 |
| walking sacroiliac | #2 |
| lld true | #2 |
| motor recovery heterogeneity | #2 |
| activation prioritize | #2 |
| gait uneven | #2 |
| properties poststroke | #2 |
| dualtask deterioration | #2 |
| paretic ratio | #2 |
| intervals delivered | #2 |
| trts induce | #2 |
| forward aged | #2 |
| conducted interrater | #2 |
| generally undetected | #2 |
| potential tacsbased approach | #2 |
| llds ± | #2 |
| eeg 150 msec | #2 |
| hemispheres functional integrity | #2 |
| stroke neurorehabilitation | #2 |
| plate 395 | #2 |
| densely hemiplegic patient | #2 |
| sensory nds | #2 |
| grf center | #2 |
| perceived llds | #2 |
| additional motor training | #2 |
| wholebody movement individuals | #2 |
| combinations neurorehabilitation approaches | #2 |
| motor recovery therapies | #2 |
| large subcortical lesion | #2 |
| stimulation trts | #2 |
| processes hebbian | #2 |
| insoletype heel lift | #2 |
| lld functional | #2 |
| hemisphere nibs | #2 |
| combinations stroke neurorehabilitation | #2 |
| integration circuit capacitor | #2 |
| tms stroke patients | #2 |
| neuritogenesis trts | #2 |
| functional lld tha | #2 |
| nibs pattern | #2 |
| new neuronal interconnections | #2 |
| motor training addition | #2 |
| trapezius decreased | #2 |
| encephalitis transcranial | #2 |
| interhemispheric interactions mechanisms | #2 |
| regulation ankle | #2 |
| ear anodal | #2 |
| processes hebbian plasticity | #2 |
| growth neuritogenesis | #2 |
| 6891 ± | #2 |
| interactions corpus | #2 |
| motor recovery design | #2 |
| interpersonal tacs approaches | #2 |
| aid motor recovery | #2 |
| walking activity stroke | #2 |
| tacs approaches | #2 |
| integration circuit | #2 |
| waves 1 cycle | #2 |
| 600v stimulation intensity | #2 |
| neural plasticity effectiveness | #2 |
| adaptability uneven | #2 |
| mm mhl | #2 |
| randomized mhl | #2 |
| heating plate growth | #2 |
| approaches cortical | #2 |
| treatment paralyses | #2 |
| homeostatic metaplasticity combinations | #2 |
| trts neuritogenesis | #2 |
| oscillatory brain communication | #2 |
| residual motor area | #2 |
| true lld | #2 |
| lld measured | #2 |
| interactions rehabilitative approaches | #2 |
| specific exercise approach | #2 |
| 3 4250 objective | #2 |
| sb203580 u0124 | #2 |
| gw441756 p38 | #2 |
| patientperceived lld | #2 |
| pfc dual | #2 |
| evaluate feedforward | #2 |
| method motor cortex | #2 |
| term prosthesis | #2 |
| design motor learning | #2 |
| mhl early | #2 |
| bilateral nibs | #2 |
| rehabilitation hemiplegia | #2 |
| abnormal brain findings | #2 |
| evaluating diffuse | #2 |
| 磁気刺激による手関節背屈運動に関する研究 | #2 |
| stroke afo | #2 |
| studies dualtask walking | #2 |
| views nibs | #2 |
| ankle joint gait | #2 |
| approach motor recovery | #2 |
| modifiable heel | #2 |
| model calculation values | #2 |
| functional llds | #2 |
| deteriorated modulation | #2 |
| modifiable heel lift | #2 |
| theoretical magnetic | #2 |
| walking pfc | #2 |
| paralyses stroke | #2 |
| studies bilateral nibs | #2 |
| combinations neurorehabilitation | #2 |
| plated pc12 cells | #2 |
| elongated neurites | #2 |
| u0124 gw441756 | #2 |
| oral floor cancer | #2 |
| apparent lld | #2 |
| lift mhl | #2 |
| increased hints | #3 |
| parascapular muscle | #3 |
| strategies healthy individuals | #3 |
| metacognitive role teaching | #3 |
| processes neural plasticity | #3 |
| upper trapezius symptomatic | #3 |
| discrimination anodal | #3 |
| rotation symptomatic | #3 |
| modulation interhemispheric | #3 |
| pfc teachers | #3 |
| stiffness levator scapulae | #3 |
| trapezius levator | #3 |
| mft correlation | #3 |
| typing task patient | #3 |
| imagery tested | #3 |
| wholebody movement | #3 |
| ranges tms | #3 |
| activities deltoid | #3 |
| hemiparesis dti | #3 |
| gb horizontal | #3 |
| optimal neural plasticity | #3 |
| scapulae 90 | #3 |
| nibs application | #3 |
| barthel mft | #3 |
| validity mft | #3 |
| strain ratios muscles | #3 |
| dorsal scapular muscles | #3 |
| healthy 120° | #3 |
| individuals hemiparesis | #3 |
| selfbody | #3 |
| pelvis loads | #3 |
| trapezius strain | #3 |
| sts movement | #3 |
| mft validity | #3 |
| stroke patients hemiplegia | #3 |
| brunnstrom recovery stage | #3 |
| trapezius patient | #3 |
| teaching pfc activity | #3 |
| brain 0001 | #3 |
| healthy controls evaluation | #3 |
| remote neurological | #3 |
| interrater reliability mft | #3 |
| creativity process insights | #3 |
| daiinduced axonal damage | #3 |
| corticospinal integration | #3 |
| pneumonia sarcopenia | #3 |
| future views | #3 |
| dorsiflexor activation | #3 |
| 4 eeg | #3 |
| scapulae individuals | #3 |
| movement utilized | #3 |
| mft barthel | #3 |
| stiffnessresultsat baseline | #3 |
| 0436conclusionsthe increase | #3 |
| 48xxyy syndrome form | #3 |
| upper trapezius patient | #3 |
| arm elevation activity | #3 |
| scapulae higher | #3 |
| barthel barthel items | #3 |
| propose rehabilitation | #3 |
| reflex exam | #3 |
| functions tactile | #3 |
| nutation movement | #3 |
| clinical rehabilitation patients | #3 |
| correlation brunnstrom stage | #3 |
| brunnstrom stage barthel | #3 |
| stiffness levator | #3 |
| hints tablet screen | #3 |
| role hints | #3 |
| scapular rotation patients | #3 |
| maximum speech discrimination | #3 |
| symptomatic healthy | #3 |
| manual function test | #3 |
| movement older | #3 |
| mft brunnstrom stage | #3 |
| pfc activity teachers | #3 |
| hints pfc activity | #3 |
| prefrontal cortex teachers | #3 |
| activity levator scapulae | #3 |
| teachers metacognitive role | #3 |
| syndrome 48xxyy | #3 |
| response tms | #3 |
| chronic hemiplegia | #3 |
| 14 student‐teacher pairs | #3 |
| muscles workload | #3 |
| skeletal shoulder mvc | #3 |
| symptomatic arm elevation | #3 |
| mhl improve | #3 |
| teachers hints | #3 |
| numbers movements | #3 |
| levator scapulae individuals | #3 |
| 30min typing task | #3 |
| persistently altered condition | #3 |
| levator scapulae symptomatic | #3 |
| inhibitor gw441756 | #3 |
| auditory feedback signals | #3 |
| correlation mft | #3 |
| height older | #3 |
| grasping flexion extension | #3 |
| elasticity muscles | #3 |
| rehabilitative interventions patients | #3 |
| kinematics muscle activities | #3 |
| hemispheres functional | #3 |
| translational rehabilitation | #3 |
| paretic healthy | #3 |
| hemiparesis diffuse | #3 |
| teacher role hints | #3 |
| nakasato | #3 |
| functional perceived | #3 |
| patients chronic hemiplegia | #3 |
| pneumonia older people | #3 |
| test mft | #3 |
| adaptability surface | #3 |
| lesions cognitive disorders | #3 |
| revised decreased | #3 |
| reliability mft | #3 |
| stimulation cored | #3 |
| muscles ultrasound rte | #3 |
| parascapular muscle activities | #3 |
| tendon hammer | #3 |
| movement grf | #3 |
| teaching pfc | #3 |
| lower limb muscle | #3 |
| illness mft | #3 |
| items 095 | #3 |
| hints pfc | #3 |
| pfc activity students | #3 |
| capacitor magnetic | #3 |
| coupler calculated | #3 |
| cognitive disorders patients | #3 |
| ultrasound rte | #3 |
| functions compensating | #3 |
| brunnstrom stage correlation | #3 |
| injury hemiparesis | #3 |
| tablet screen solving | #3 |
| scapulae typing | #3 |
| ultrasound rte activity | #3 |
| pdc difference | #3 |
| design magnetic stimulation | #3 |
| neuronal landscape | #3 |
| physiological peculiarity | #3 |
| cortex teachers | #3 |
| brunnstrom stage mft | #3 |
| traumatic injury head | #3 |
| healthy controls lesions | #3 |
| motor disorders dti | #3 |
| paretic correlated | #4 |
| sarcopenic dysphagia studies | #4 |
| participants teacher role | #4 |
| beneficial effects tdcs | #4 |
| tacs based | #4 |
| height2 risk factor | #4 |
| neuronal regenerative activities | #4 |
| trapezius typing | #4 |
| clinical predictors degree | #4 |
| strength pneumonia | #4 |
| nitriles pc12 | #4 |
| auditory cortex day | #4 |
| malnutrition risk factor | #4 |
| ratio levator | #4 |
| metaplasticity motor | #4 |
| aging pneumonia | #4 |
| thickness trapezius | #4 |
| elasticity supraspinatus muscle | #4 |
| aspiration pneumonia sarcopenia | #4 |
| strength swallowing muscles | #4 |
| hemiparesis healthy controls | #4 |
| subjects uneven surface | #4 |
| elasticity supraspinatus | #4 |
| bar vertical | #4 |
| computer work individuals | #4 |
| lower strain ratio | #4 |
| total cognitive scores | #4 |
| evoked responses tms | #4 |
| hemiparesis healthy | #4 |
| sarcopenia new strategy | #4 |
| tacs frontoparietal | #4 |
| hand representation areas | #4 |
| mild hemiplegia | #4 |
| types sensorimotor | #4 |
| barthel interrater reliability | #4 |
| mft upper | #4 |
| voluntary contraction | #4 |
| compr rehabil | #4 |
| arm correlated | #4 |
| 005 paretic | #4 |
| tears scapular | #4 |
| direction bars | #4 |
| differences scapular motion | #4 |
| patient brainstem encephalitis | #4 |
| impairment neural plasticity | #4 |
| older people pneumonia | #4 |
| recovery clinical predictors | #4 |
| eeg evoked responses | #4 |
| sts young | #4 |
| malnutrition longitudinal study | #4 |
| forward upward | #4 |
| probe design study | #4 |
| p005 sol | #4 |
| bars 005 | #4 |
| joint bipedal | #4 |
| pathogenoriented strategy | #4 |
| tensor imaging patients | #4 |
| comparing measured | #4 |
| surface walking | #4 |
| movements curved | #4 |
| associations aspiration pneumonia | #4 |
| older pneumonia inpatients | #4 |
| positively real | #4 |
| metacognitive role | #4 |
| age motor training | #4 |
| body stand | #4 |
| stiffness upper trapezius | #4 |
| dominant hands age | #4 |
| task deterioration | #4 |
| effectiveness rehabilitative interventions | #4 |
| feedback visualization | #4 |
| walking uneven | #4 |
| swallowing skeletal | #4 |
| orthosis stroke | #4 |
| respiratory muscles studies | #4 |
| flexion extension ± | #4 |
| relapse pneumonia | #4 |
| reflex work | #4 |
| demands healthy | #4 |
| sarcopenia pneumonia | #4 |
| muscles pneumonia | #4 |
| older people relapse | #4 |
| jpn compr | #4 |
| height2 95 | #4 |
| supraspinatus muscle elasticity | #4 |
| new strategy pneumonia | #4 |
| people aspiration | #4 |
| 90° arm elevation | #4 |
| integrative neuronal | #4 |
| rehabil sci | #4 |
| heating plate | #4 |
| reflex elicitation | #4 |
| 30 mvc force | #5 |
| cored coil | #5 |
| vr bci | #5 |
| representation paretic | #5 |
| nibs addition | #5 |
| mft scores | #5 |
| tears dysfunction | #5 |
| assessment barthel | #5 |
| posteroanterior current | #5 |
| hemiparesis adult | #5 |
| pafo | #5 |
| sacrum involved | #5 |
| lower upward | #5 |
| demands stroke | #5 |
| classification gait patterns | #5 |
| volleys motor | #5 |
| neuritogenesis pc12 | #5 |
| teacherstudent pairs | #5 |
| voxel numbers | #5 |
| auditory feedback prosthesis | #5 |
| case report improvement | #5 |
| 250 600 msec | #5 |
| week auditory | #5 |
| activation ankle | #5 |
| abnormal baseline eeg | #5 |
| discrepancy functional | #5 |
| comv | #5 |
| activity adaptability | #5 |
| afo improve | #5 |
| pneumonia sarcopenic | #5 |
| sensory motor interactions | #5 |
| participants hemiparesis | #5 |
| acoustic coupler | #5 |
| 120° arm elevation | #5 |
| reality sickness | #5 |
| patients mhl | #5 |
| prioritize cognitive | #5 |
| integrative neuronal activity | #5 |
| peripheral magnetic stimulation | #5 |
| improvement speech discrimination | #5 |
| supply advantages | #5 |
| motion mechanical walking | #5 |
| evoked responses patients | #5 |
| accuracy grasping | #5 |
| fibrillation potential | #5 |
| resistor integration | #5 |
| cognitive physical resources | #5 |
| new neural connections | #5 |
| pneumonia strength | #5 |
| day accelerometer | #5 |
| induced corticospinal | #5 |
| students facilitate | #6 |
| shoulder girdle muscles | #6 |
| motor imagery feedback | #6 |
| day walking activity | #6 |
| mri subitem | #6 |
| wbam | #6 |
| barthel test | #6 |
| devices sitting | #6 |
| 48xxyy syndrome | #6 |
| order peripheral nerve | #6 |
| study elasticity | #6 |
| ohasama study 348 | #6 |
| low seat | #6 |
| facilitation reported | #6 |
| early postsurgery inpatients | #6 |
| music therapy bpsd | #6 |
| arm elevation patients | #6 |
| impairment brainstem | #6 |
| motor cortex brain | #6 |
| gait activation | #6 |
| elicitation reflex | #6 |
| figure pathological | #6 |
| 005 forward | #6 |
| mmse subitem scores | #6 |
| coil applied | #6 |
| dti lesions | #6 |
| brain mri decrease | #6 |
| great developmental potential | #6 |
| scapulae rhomboid | #6 |
| tha lld | #6 |
| lld 3 | #6 |
| walking activity steps | #6 |
| tms safety | #6 |
| individuals ohasama | #6 |
| subitem scores | #6 |
| 680 ± ± | #6 |
| macro connection | #6 |
| suprahyoid muscles | #6 |
| nagatomi | #6 |
| 1008 elderly individuals | #6 |
| cycle magnetic | #6 |
| homeostatic metaplasticity | #6 |
| lld tha | #6 |
| metacognition pilot study | #6 |
| trapezius higher | #6 |
| callosum stroke | #6 |
| altered scapular motion | #6 |
| testing cognitive decline | #6 |
| llmp | #6 |
| mri subitem scores | #6 |
| hemiparesis sensory | #7 |
| deltoid scapular | #7 |
| peristimulustime histogram | #7 |
| vr platform | #7 |
| patients memory disorders | #7 |
| realworld walking activity | #7 |
| hemiparesis conventional | #7 |
| undetected conventional | #7 |
| stroke neural plasticity | #7 |
| generic30 interrater | #7 |
| 10 mvc force | #7 |
| hip contracture | #7 |
| body function categories | #7 |
| stiffness gait | #7 |
| generic30 rehabilitation | #7 |
| icf rehabilitation practice | #7 |
| teaching process | #7 |
| rating reference guide | #7 |
| cst healthy controls | #7 |
| japanese rehabilitation practice | #7 |
| rehabilitation icf generic30 | #7 |
| mmse subitems | #7 |
| icf field test | #7 |
| tacs effective | #7 |
| rating reference | #7 |
| mft score | #7 |
| visual stimuli hand | #7 |
| shoe lift | #7 |
| t6 correlated | #7 |
| 3456 ± | #7 |
| stand movements | #7 |
| sts movements | #7 |
| height2 risk | #7 |
| icf generic30 | #7 |
| measured circuit | #7 |
| silent cerebrovascular lesions | #7 |
| tested muscles | #7 |
| functional assessment measures | #7 |
| somatic fat | #7 |
| mep tms | #7 |
| field test kappa | #7 |
| music autonomic | #7 |
| kappa field testing | #7 |
| handrails | #7 |
| interhemispheric interactions | #7 |
| facilitate solving | #7 |
| strategies aspiration | #7 |
| background emg | #8 |
| virtual reality sickness | #8 |
| bar generated | #8 |
| bapwv tended | #8 |
| subjects accelerometer | #8 |
| tangram puzzle task | #8 |
| strength respiratory muscles | #8 |
| guide developed | #8 |
| displacement pelvis | #8 |
| guide involved | #8 |
| tha randomized | #8 |
| potential tacs | #8 |
| wmh tended | #8 |
| heel metatarsal | #8 |
| r0659 | #8 |
| 2 3 wmhs | #8 |
| supraspinatus muscle tendon | #8 |
| electrodes encephalitis | #8 |
| motor learning review | #8 |
| stepping pattern | #8 |
| functional leg | #8 |
| ankle joint stiffness | #8 |
| induced search | #8 |
| generic30 | #8 |
| rpdc | #8 |
| barthel items | #8 |
| tms mep | #8 |
| 7763 ± | #8 |
| lacunar infarcts groups | #8 |
| stroke rehabilitation programs | #8 |
| categories weighted | #8 |
| attention measured | #8 |
| feedback plantar | #8 |
| subjects lacunar infarcts | #8 |
| muscles ultrasonography | #8 |
| maladaptive plasticity | #8 |
| sb203580 mapk | #8 |
| mp vertical | #8 |
| coil measured | #8 |
| coil magnetic stimulation | #8 |
| health icf generic30 | #8 |
| patients articulated | #8 |
| mass respiratory | #8 |
| walking adaptability | #8 |
| nds participants | #8 |
| r0554 | #8 |
| stroke nibs | #8 |
| higher wmh grade | #8 |
| evaluated tongue | #8 |
| 02 bapwv | #8 |
| induced scalp | #8 |
| posture sensorimotor | #8 |
| pneumonia malnutrition | #8 |
| wmhs bapwv | #8 |
| variant loads | #8 |
| wmh bapwv | #8 |
| tms voluntary | #9 |
| varying surface temperature | #9 |
| mmse subitem | #9 |
| nibs therapy | #9 |
| gender hand dominance | #9 |
| older pneumonia | #9 |
| indoles neurites | #9 |
| combination activation | #9 |
| associations aspiration | #9 |
| teachers metacognitive | #9 |
| threshold descending | #9 |
| movements conventional | #9 |
| imagery feedback | #9 |
| divided height2 | #9 |
| cycle waves | #9 |
| seat height | #9 |
| manual function | #9 |
| activities muscles | #9 |
| stroke dual | #9 |
| prosthesis walking | #9 |
| lacunar infarction mri | #9 |
| hands reaction | #9 |
| symptomatic rotator | #9 |
| coil integration | #9 |
| attention hands | #9 |
| movement low | #9 |
| disorders diffuse | #9 |
| sensory prosthesis | #9 |
| kagaya | #9 |
| pfc activity | #9 |
| nondominant hands | #9 |
| mass tongue | #9 |
| prevalence lacunar | #9 |
| antagonist contraction | #10 |
| day 4 consecutive | #10 |
| involved rating | #10 |
| guide body | #10 |
| excitability hemisphere | #10 |
| tractography revealed | #10 |
| future risk decline | #10 |
| tms reflex | #10 |
| sensory motor control | #10 |
| infarcts future | #10 |
| cortex standing | #10 |
| hyperintensity lacunar | #10 |
| guide modified | #10 |
| improved hearing impairment | #10 |
| pfc activation | #10 |
| attention body | #10 |
| movement lower | #10 |
| development clinical tool | #10 |
| body angular | #10 |
| foot motor area | #10 |
| hyperintensity future | #10 |
| 4158 ± | #10 |
| 395 white | #10 |
| difference paretic | #10 |
| smartphone walking | #10 |
| applied voltage cycle | #10 |
| healthy controls ratio | #10 |
| generates waves | #11 |
| gw441756 | #11 |
| recovery pb | #11 |
| standing vision | #11 |
| infrahyoid muscles | #11 |
| scores rtms | #11 |
| 105 395 | #11 |
| sacrum stress | #11 |
| future higher | #11 |
| groups scapular | #11 |
| vr sickness | #11 |
| wholebody angular momentum | #11 |
| device rehabilitation | #11 |
| decline ohasama | #11 |
| silent cerebrovascular | #11 |
| consciousness disorder | #11 |
| mep hand | #11 |
| music therapy dementia | #11 |
| circuit measure | #11 |
| waves supply | #11 |
| compr | #11 |
| motor recovery stroke | #11 |
| submotor | #11 |
| damaged sensory | #11 |
| stroke patients tms | #11 |
| rating body | #11 |
| predictor silent | #11 |
| lesions decline | #11 |
| participants vision | #11 |
| japan 1007 subjects | #12 |
| behavioural inattention test | #12 |
| afo gait | #12 |
| levator scapulae | #12 |
| wmh recorded | #12 |
| stance higher | #12 |
| restricted vision | #12 |
| contraction antagonist | #12 |
| 1007 subjects | #12 |
| afo walking | #12 |
| 5718 ± | #12 |
| walking afo | #12 |
| 395 risk | #12 |
| function categories | #12 |
| ratio lacunar | #12 |
| paretic swing | #12 |
| foot motor | #12 |
| muscle swallowing | #12 |
| culture medium temperature | #12 |
| subjects motor imagery | #12 |
| 3762 ± | #12 |
| imd53 | #12 |
| hemisphere excitability | #12 |
| japan 1007 | #12 |
| plasticity stroke | #12 |
| stroke damaged | #12 |
| paresis prostheses | #12 |
| wmh 27 | #12 |
| rs3840963 | #12 |
| ohasama study adrenomedullin | #12 |
| carriers am2 | #12 |
| casual clinic | #12 |
| ckd 27 | #12 |
| 173 carriers | #12 |
| influence adrenomedullin | #12 |
| 3 wmhs | #12 |
| 2 cerebral hemispheres | #12 |
| atherosclerosis ambulatory | #12 |
| joint stance | #12 |
| waves preferentially | #12 |
| stiffness silent | #12 |
| japanese rehabilitation | #12 |
| pneumonia relapse | #12 |
| genetic proteinuria rna | #12 |
| diseases silent | #12 |
| twentyfourhour daytime risk | #12 |
| discrepancy early | #12 |
| activity upper trapezius | #12 |
| relationships mri findings | #13 |
| neck shoulder complaints | #13 |
| actual movement | #13 |
| plasticity interhemispheric | #13 |
| limb brain | #13 |
| hand relation | #13 |
| snbp sustained hypertension | #13 |
| ankle–foot orthosis | #13 |
| intermedin gene | #13 |
| stroke healthy individuals | #13 |
| involved load | #13 |
| thoracic extension | #13 |
| ratio snbp | #13 |
| activity poststroke | #13 |
| mht whitecoat hypertension | #13 |
| white matter hyperintensity | #13 |
| snbp hbp | #13 |
| hypertension snbp | #13 |
| reclining position | #13 |
| whitecoat hypertension snbp | #13 |
| lesions 1007 | #13 |
| gait patients | #13 |
| odds ratio snbp | #13 |
| snbp sustained | #13 |
| rehabilitation auditory | #13 |
| optimum time interval | #13 |
| whitecoat hypertension cbp | #13 |
| sustained hypertension hbp | #13 |
| ohasama study risk | #13 |
| dominant hands | #13 |
| mmhg mht | #13 |
| disturbed network | #13 |
| risk factor pneumonia | #13 |
| extension random | #13 |
| hand motor imagery | #13 |
| dti fractional | #13 |
| oscillatory brain activity | #13 |
| muscles age groups | #13 |
| low attention | #13 |
| joint gait | #13 |
| scale contraversive | #13 |
| tms stroke | #14 |
| oscillatory communication | #14 |
| movements elderly | #14 |
| plantarflexor dorsiflexor | #14 |
| plasticity rehabilitation | #14 |
| 1513a | #14 |
| infarction lvh | #14 |
| tertile bapwv | #14 |
| male paresis | #14 |
| ultrasound real | #14 |
| eeg induced | #14 |
| sarcopenia sarcopenic dysphagia | #14 |
| thoracic flexion | #14 |
| muscles deglutition | #14 |
| lvh p0003 | #14 |
| circuit values | #14 |
| auditory biofeedback | #14 |
| gene 1513a | #14 |
| stroke method | #14 |
| genotypes lacunar | #14 |
| lacunar infarction lvh | #14 |
| evaluated sensorimotor | #14 |
| genotypes lacunar infarction | #14 |
| lvh trend p0003 | #14 |
| prr gene 1513a | #14 |
| gene lacunar | #14 |
| men250 | #14 |
| lld total | #14 |
| rhomboid major | #14 |
| lvh levels genotypes | #14 |
| mht hbp | #14 |
| lvh trend | #14 |
| 1513a lacunar infarction | #14 |
| approach modifiable | #14 |
| lacunar infarction p001 | #14 |
| lvh japanese women | #14 |
| aging brain diseases | #14 |
| real arm | #14 |
| 1513a lacunar | #14 |
| people pneumonia | #14 |
| skeletal pneumonia | #14 |
| association genetic lvh | #14 |
| hand voluntary | #15 |
| orthosis ankle | #15 |
| muscles voluntary | #15 |
| tears aging | #15 |
| bapwv groups | #15 |
| continuous variable ccr | #15 |
| methodsthirty subjects | #15 |
| adjusted wmh | #15 |
| testing rating | #15 |
| hyperintensity general | #15 |
| whitecoat hypertension hbp | #15 |
| polymorphisms prr | #15 |
| infarcts 24 | #15 |
| aa genotypes p001 | #15 |
| current preferentially | #15 |
| activity teachers | #15 |
| lacunar infarcts wmh | #15 |
| ccr continuous | #15 |
| ccr wmh | #15 |
| association ccr | #15 |
| tears healthy | #15 |
| force stand | #15 |
| ccr odds ratio | #15 |
| area sensory | #15 |
| ccr lacunar infarcts | #15 |
| tears differences | #15 |
| japan hbp | #15 |
| stiffness upper | #15 |
| 27 p0003 | #15 |
| hyperintensity groups | #15 |
| liftoff point | #15 |
| task strain | #15 |
| prevalence lacunar infarcts | #15 |
| ccr odds | #15 |
| primary motor cortices | #15 |
| ccr prevalence | #15 |
| facilitation transcranial | #15 |
| ccr continuous variable | #15 |
| preferentially generates | #15 |
| ccr 60 173 | #15 |
| brunnstrom stage | #15 |
| wmh adjustment | #15 |
| modified rating | #15 |
| compensatory movement | #15 |
| recruited ohasama | #15 |
| silent lacunar infarcts | #15 |
| feedback prosthesis | #15 |
| lacunar infarcts adjustment | #15 |
| bapwv adjusted | #15 |
| p001 lvh | #15 |
| prosthesis reduces | #15 |
| variable lacunar | #15 |
| muscle acoustic | #15 |
| 60 173 prevalence | #15 |
| odds ratio ccr | #15 |
| condition gait | #16 |
| tasks feedback | #16 |
| fibrillation potentials | #16 |
| pressure snbp | #16 |
| analysis lacunar | #16 |
| lesions future | #16 |
| dorsal scapular | #16 |
| women ohasama | #16 |
| movement vision | #16 |
| lacunar infarction | #16 |
| dti fibre tractography | #16 |
| mechanisms motor recovery | #16 |
| snbp | #16 |
| flexion paretic | #16 |
| submotor threshold | #16 |
| paretic step | #16 |
| t2weighted hyperintense lesion | #16 |
| mht snbp | #16 |
| underlying interhemispheric | #16 |
| classification ankle | #16 |
| correlated real | #16 |
| infarcts groups | #16 |
| movement elderly | #16 |
| mmhg cbp | #16 |
| width healthy | #16 |
| corticocortical interaction | #16 |
| snbp mht | #16 |
| maximal product | #17 |
| girdle muscles | #17 |
| prevent higher | #17 |
| inhibitory transcranial | #17 |
| decrease cognitive function | #17 |
| phenomena movement | #17 |
| measured hands | #17 |
| imd polymorphism | #17 |
| rehabilitation dysphagia | #17 |
| functional gain patients | #17 |
| model casual | #17 |
| stiffness combination | #17 |
| activation sol | #17 |
| twentyfourhour daytime | #17 |
| facilitate neural | #17 |
| strength swallowing | #17 |
| facilitate motor | #17 |
| lesions sensory | #17 |
| version rating | #17 |
| stroke neural | #17 |
| interactions motor | #17 |
| lessaffected | #17 |
| length unaffected | #17 |
| contraction 10 | #17 |
| midstance | #17 |
| conventional vertical | #18 |
| neurorehabilitation approaches | #18 |
| lower mp | #18 |
| matter aftercare | #18 |
| upper limb hemiparesis | #18 |
| electromyography shoulder | #18 |
| tms neurophysiology | #18 |
| controlled repeated | #18 |
| cbp mht | #18 |
| trend p0003 | #18 |
| image electric | #18 |
| tdcs treatments | #18 |
| mht cbp | #18 |
| sagittal plane | #18 |
| 7284 years | #18 |
| walking stroke | #18 |
| learned nonuse | #18 |
| items dressing | #18 |
| muscles risk | #18 |
| ball higher | #18 |
| phase ankle | #18 |
| stroke hemiplegic | #18 |
| waves threshold | #18 |
| mmhg white | #18 |
| monitoring teaching | #18 |
| blood pressure predictive | #19 |
| relationship longitudinal | #19 |
| lesions cognitive | #19 |
| corticospinal descending | #19 |
| electrotactile stimulation | #19 |
| cognitive motor disorders | #19 |
| based oscillatory | #19 |
| perceived leg | #19 |
| sgs 1 | #19 |
| walking loads | #19 |
| muscle mep | #19 |
| typing task | #19 |
| measured vision | #19 |
| hebbian plasticity | #19 |
| damaged motor | #19 |
| motor neural | #19 |
| respiratory swallowing | #19 |
| determine combinations | #19 |
| repetitive peripheral | #19 |
| variable ccr | #19 |
| people relapse | #19 |
| asymptomatic people | #19 |
| prevent silent | #19 |
| fibre tractography | #19 |
| induced tms | #20 |
| investigated silent | #20 |
| risk silent | #20 |
| prioritize physical | #20 |
| feet healthy | #20 |
| involves developing | #20 |
| recruited association | #20 |
| arm relationship | #20 |
| pneumonia inpatients | #20 |
| deterioration healthy | #20 |
| ratios sustained | #20 |
| conditions muscles | #20 |
| mht white | #20 |
| lifespace mobility | #20 |
| trts | #20 |
| metacognitive process | #20 |
| muscles magnetic | #20 |
| dti fiber tractography | #20 |
| behavioural inattention | #20 |
| ratios muscles | #20 |
| hand decrease | #21 |
| handrail | #21 |
| limb chronic | #21 |
| sarcopenia new | #21 |
| 915 accuracy | #21 |
| bapwv compared | #21 |
| healthy controls authors | #21 |
| tms short | #21 |
| hypertrophy japanese | #21 |
| groups trunk | #21 |
| deltoid upper | #21 |
| frontal body | #21 |
| swallowing muscles | #21 |
| solving spectroscopy | #21 |
| sensory area | #21 |
| improvement motor deficits | #21 |
| extension shoulder | #21 |
| regulation joint | #21 |
| week rehabilitation | #21 |
| stand healthy | #21 |
| patients motor disorders | #22 |
| motion throwing | #22 |
| trial probe | #22 |
| condition forward | #22 |
| based ankle | #22 |
| muscles asymptomatic | #22 |
| brain structural imaging | #22 |
| discrepancy total | #22 |
| intermedin am2 imd | #22 |
| subjects lacunar | #22 |
| stimulation feedback | #22 |
| sternohyoid muscle | #22 |
| muscle mass malnutrition | #22 |
| muscle elasticity | #22 |
| sensory brain | #22 |
| mep response | #22 |
| infarcts adjustment | #22 |
| tractographybased analysis | #22 |
| relationship motor function | #22 |
| tool rating | #22 |
| adrenomedullin blood pressure | #22 |
| polymorphism prr | #22 |
| perceived lld | #22 |
| silent lacunar | #22 |
| asymptomatic tears | #22 |
| pusher syndrome | #22 |
| groups grade | #22 |
| muscles repetitive | #23 |
| trajectories movement | #23 |
| feet measured | #23 |
| lvh japanese | #23 |
| force body | #23 |
| inhibition voluntary | #23 |
| offices predictive | #23 |
| subjects pfc | #23 |
| swallowing cough | #23 |
| facilitate teaching | #23 |
| neurocytology | #23 |
| ambulatory versus | #23 |
| individuals young | #23 |
| paretic nonparetic | #23 |
| association prorenin | #24 |
| paresis psychometrics | #24 |
| onset relapse | #24 |
| oscillatory neural activity | #24 |
| restricted variability | #24 |
| lateromedial direction | #24 |
| japanese ohasama | #24 |
| decreased fractional anisotropy | #24 |
| muscles ultrasound | #24 |
| exonic insertion | #24 |
| therapeutic exercises | #24 |
| hands experiment | #24 |
| lld control | #24 |
| poststroke motor recovery | #24 |
| pneumonia pressure | #24 |
| neurological covid19 | #25 |
| pelvis stress | #25 |
| underlying tms | #25 |
| malnutrition risk factors | #25 |
| polymorphisms lacunar | #25 |
| exercise gastric | #25 |
| intermedin am2 | #25 |
| stroke processes | #25 |
| subjects vertical | #25 |
| women prr | #25 |
| contraction ultrasound | #25 |
| neurons micro | #25 |
| classify gait | #25 |
| t2m | #25 |
| differences scapular | #25 |
| age silent | #25 |
| activity levator | #25 |
| stiffness dorsal | #25 |
| association lacunar infarction | #25 |
| participants center | #26 |
| 1513a polymorphism | #26 |
| calculation task | #26 |
| control feet | #26 |
| repeated thermal | #26 |
| load sensors | #26 |
| neurons tms | #26 |
| threshold tms | #26 |
| movements low | #26 |
| respiratory muscle weakness | #26 |
| mp 005 | #26 |
| gender hand | #26 |
| mass forward | #26 |
| conducting corticospinal | #26 |
| effects music therapy | #26 |
| ankle muscles | #27 |
| scapular motion | #27 |
| mediolateral cop | #27 |
| circular coil | #27 |
| evidence tms | #27 |
| lvh levels | #27 |
| interrater reliability test | #27 |
| inhibition antagonist | #27 |
| poor rehabilitation outcome | #27 |
| magnetic flux densities | #27 |
| feedback tasks | #27 |
| women aa genotypes | #27 |
| ohasama study | #27 |
| izumi | #27 |
| extension tasks | #27 |
| heel lift | #27 |
| mns activation | #27 |
| decreased direction | #27 |
| movement devices | #27 |
| population ohasama | #27 |
| ohasama | #27 |
| individuals stand | #27 |
| cst healthy | #27 |
| strokeaffected hemisphere | #28 |
| strength ball | #28 |
| attention correlated | #28 |
| trajectories measured | #28 |
| comfortable pace | #28 |
| unit induced | #28 |
| creativity process | #28 |
| 48xxyy | #28 |
| neuronal regenerative | #28 |
| rehabilitation icf | #28 |
| assessment scapula | #28 |
| body representation | #28 |
| students teaching | #28 |
| variability direction | #28 |
| coefficient interrater | #28 |
| risk factor 95 | #28 |
| induce neuritogenesis | #28 |
| rtms unaffected | #28 |
| spectroscopy calculation | #28 |
| tablet screen | #28 |
| infarcts subjects | #28 |
| asymptomatic rotator | #28 |
| dysfunction silent | #29 |
| mft | #29 |
| tms mechanisms | #29 |
| orthosis | #29 |
| okita | #29 |
| assessment elasticity | #29 |
| mmhg sustained | #29 |
| circuit wiring | #29 |
| prr gene | #29 |
| age swallowing | #29 |
| individuals proteinuria | #29 |
| inattention test | #29 |
| paresis aged | #29 |
| walking activity | #29 |
| nonparetic | #29 |
| activation coactivation | #29 |
| practice disability | #30 |
| force support | #30 |
| neural plasticity | #30 |
| patient hemiparesis | #30 |
| malnutrition loss | #30 |
| functions experiment | #30 |
| ccr 60 | #30 |
| association kidney dysfunction | #30 |
| stimulation interhemispheric | #30 |
| contraversive pushing | #30 |
| orthosis gait | #30 |
| height condition | #30 |
| exercise approach | #30 |
| pelvic ligaments | #31 |
| dysphagia cough | #31 |
| putative confounding factors | #31 |
| visual detection tasks | #31 |
| factor pneumonia | #31 |
| activation dual | #31 |
| validity manual | #31 |
| rehabil | #31 |
| effective motor | #31 |
| shoulder superficial | #31 |
| metacognitive functions | #31 |
| skeletal shoulder | #31 |
| hemiparesis stroke | #31 |
| delivered safety | #31 |
| function silent | #31 |
| higher mht | #32 |
| correlated dual | #32 |
| mass malnutrition | #32 |
| presence lacunar | #32 |
| variability position | #32 |
| isp duration | #32 |
| utility diffusion | #32 |
| subitem | #32 |
| evaluated motion | #32 |
| peripheral magnetic | #32 |
| lesions 0001 | #32 |
| strategies body | #32 |
| supraspinatus muscle | #32 |
| pneumonia older | #32 |
| timing therapeutic | #32 |
| ankle gait | #32 |
| social interaction study | #32 |
| walking rehabilitation | #33 |
| study learned | #33 |
| wmh investigated | #33 |
| generator 1 | #33 |
| subjects dual | #33 |
| infarcts wmh | #33 |
| stimulation supplementary | #33 |
| based raters | #34 |
| spectroscopy devices | #34 |
| inhibition forearm | #34 |
| dexterity stroke | #34 |
| inspiratory respiratory | #34 |
| adult elasticity | #34 |
| sacroiliac joint sij | #34 |
| oral stage | #34 |
| teachers increased | #34 |
| device theoretical | #34 |
| individuals masked hypertension | #34 |
| older people sarcopenia | #34 |
| training based | #34 |
| scapular muscle | #34 |
| objective finding | #34 |
| movements vision | #34 |
| movements young | #35 |
| 680 ± | #35 |
| interhemispheric interaction | #35 |
| bci motor | #35 |
| induced neuritogenesis | #35 |
| ohasama japan | #35 |
| diffuse axonal | #35 |
| ° arm | #35 |
| stimulation incidence | #35 |
| velocity center | #35 |
| dti fibre | #35 |
| efficient motor | #36 |
| suggested body | #36 |
| rehabilitative approaches | #36 |
| findings generally | #36 |
| techniques electromyography | #36 |
| poststroke hemiparesis | #36 |
| infarcts odds | #36 |
| traumatic consciousness | #36 |
| management bpsd | #36 |
| connection model | #37 |
| individuals older | #37 |
| oscillatory brain | #37 |
| bapwv subjects | #37 |
| advantages light weight | #37 |
| bone cattle | #37 |
| hip bones | #37 |
| skeletal paresis | #37 |
| forearm reflex | #37 |
| plantarflexor | #37 |
| individuals neck | #38 |
| population aftercare | #38 |
| induced voluntary | #38 |
| anisotropy cognition | #38 |
| time sts | #38 |
| geniohyoid muscle | #38 |
| elevation compared | #38 |
| force plates | #38 |
| fcr muscle | #38 |
| rotation thoracic | #39 |
| elevation scapular | #39 |
| performed stand | #39 |
| systems gait | #39 |
| waves hand | #39 |
| anklefoot orthosis | #39 |
| incidence eeg | #39 |
| clinicians select | #39 |
| paresis reaction | #39 |
| plasticity phantom | #39 |
| 1073 individuals | #39 |
| ankle foot orthosis | #39 |
| groups silent | #40 |
| pathogenesis interactions | #40 |
| 2 intermedin | #40 |
| reference guide | #40 |
| predictive ambulatory | #40 |
| timing combination | #40 |
| tasks hands | #40 |
| infarct white | #40 |
| discrepancy lld | #40 |
| stiffness ankle | #40 |
| icf rehabilitation | #40 |
| densities generated | #40 |
| relationship activation | #40 |
| usedependent plasticity | #40 |
| individuals center | #40 |
| muscles swallowing | #40 |
| middle deltoid | #41 |
| stand movement | #41 |
| 1060 individuals | #41 |
| range walking | #41 |
| movement passive | #41 |
| practice reference | #41 |
| area damaged | #41 |
| joint sacrum | #41 |
| foot patients | #41 |
| rehabilitation practice | #41 |
| 779 subjects | #42 |
| strain ratios | #42 |
| 794 individuals | #42 |
| motor sensory functions | #42 |
| facilitation induced | #42 |
| transsynaptic activation | #42 |
| ambulatory casual | #42 |
| insight problem | #42 |
| hand dominance | #42 |
| agency ownership | #42 |
| based neurorehabilitation | #42 |
| adult 95 | #43 |
| inferior fronto | #43 |
| length walking | #43 |
| development version | #43 |
| lacunar white | #43 |
| pfc studies | #43 |
| simultaneously included | #43 |
| lacunar infarcts | #43 |
| types strategies | #43 |
| space mobility | #43 |
| attention rehabilitation | #43 |
| gait subjects | #43 |
| scalprecorded eeg | #44 |
| 150 msec | #44 |
| stem electrodes | #44 |
| motor recovery | #44 |
| 13yearold female | #45 |
| effects shelf | #45 |
| cognitive disorders | #45 |
| msec stimulation | #45 |
| capacitor resistor | #45 |
| tms brain | #45 |
| devices paresis | #46 |
| force ultrasound | #46 |
| position participants | #46 |
| rtms sessions | #46 |
| subscale analysis | #46 |
| degree recovery | #47 |
| wmh grade | #47 |
| stimulation noninvasive | #47 |
| speech transcranial | #47 |
| studies scans | #47 |
| scapular upward rotation | #47 |
| mm asymptomatic | #47 |
| horizontal bar | #47 |
| interhemispheric competition | #47 |
| young older individuals | #47 |
| bapwv higher | #48 |
| paretic | #48 |
| hemiplegia stroke | #48 |
| mediolateral center | #48 |
| anxiety smd | #48 |
| length discrepancy | #48 |
| sittostand movement | #48 |
| digastric muscle | #48 |
| scapular posterior | #48 |
| pressure closely | #48 |
| brain peripheral nerve | #48 |
| plasticity homeostatic | #49 |
| subjects wmhs | #49 |
| bapwv measurement | #49 |
| fingers health | #49 |
| generated force | #49 |
| unilateral primary tha | #50 |
| ratio upper | #50 |
| attention postural | #50 |
| contraction motor | #50 |
| patients prioritize | #50 |
| muscles computer | #50 |
| stand sts | #50 |
| body study | #50 |
| patients pfc | #50 |
| cathodal transcranial | #50 |
| walking analysis | #50 |
| p0003 compared | #51 |
| whitematter hyperintensity | #51 |
| range week | #51 |
| authors variability | #51 |
| student role | #51 |
| frequency repetitive | #51 |
| infarcts age | #51 |
| older evaluated | #52 |
| attention hand | #52 |
| rural japanese community | #52 |
| dysphagia rehabilitation | #52 |
| level functional | #52 |
| genotypes p001 | #52 |
| diffuse axonal injury | #52 |
| clinical dti | #52 |
| am2 imd | #52 |
| correlated mc | #52 |
| joint stiffness | #52 |
| symptomatic cerebral infarction | #52 |
| coefficient field | #53 |
| versus clinic | #53 |
| odds ratios presence | #53 |
| plasticity motor | #53 |
| pemf exposure | #53 |
| independent ambulatory | #53 |
| effects ankle | #53 |
| conventional imaging techniques | #54 |
| articular reference values | #54 |
| wrist movement | #54 |
| arterial stiffness presence | #54 |
| limb healthy | #54 |
| odds ratio prevalence | #54 |
| rotation higher | #54 |
| sarcopenic dysphagia | #55 |
| stimulation unaffected | #55 |
| radialis fcr | #55 |
| stroke impairments | #55 |
| categories component | #55 |
| infarction p001 | #56 |
| reproducibility disability | #56 |
| scapular upward | #56 |
| dualtask walking | #56 |
| swallowing muscle | #56 |
| categories icf | #56 |
| recorded eeg | #57 |
| values ambulatory | #57 |
| p0001 upper | #58 |
| muscles animal | #58 |
| tested muscle | #58 |
| wmh independent | #58 |
| prefrontal cortex activation | #58 |
| total intervention | #58 |
| observed foot | #58 |
| values nighttime | #58 |
| predictors degree | #58 |
| electrotactile feedback | #58 |
| function dysphagia | #58 |
| muscle factors | #58 |
| individuals masked | #59 |
| inhibition hand | #59 |
| 0001 lesions | #59 |
| p0001 strain | #59 |
| human motor control | #59 |
| brunnstrom | #59 |
| declining physical function | #60 |
| 24hour ambulatory | #60 |
| muscles joint | #60 |
| flexor moment | #60 |
| plasticity body | #60 |
| elevation activity | #60 |
| aged multitasking | #60 |
| generated conventional | #61 |
| rehabilitation approaches | #61 |
| strength respiratory | #61 |
| upper trapezius | #62 |
| recovery article | #62 |
| brainstem encephalitis | #62 |
| pulsed electromagnetic field | #62 |
| multidisciplinary evidence | #62 |
| japan reproducibility | #62 |
| walking device | #62 |
| compared cst | #62 |
| imaging fibre | #62 |
| trial walking | #62 |
| measurement pulsed | #63 |
| stimulation cathodal | #63 |
| pain superficial | #63 |
| corticospinal axon | #64 |
| body representations | #64 |
| infrared walking | #64 |
| callosum functional | #64 |
| sham transcranial | #64 |
| electrotactile | #65 |
| interhemispheric inhibition | #65 |
| realtime tissue elastography | #65 |
| 005 bar | #65 |
| model ambulatory | #65 |
| low inspiratory | #65 |
| task accomplishment | #66 |
| foot orthosis | #66 |
| teachinglearning process | #66 |
| bone phase | #66 |
| stroke walking | #66 |
| accuracy individuals | #67 |
| disease pulsatile | #67 |
| function test | #67 |
| stimulation virtual | #67 |
| scapula sex | #67 |
| 363 individuals | #67 |
| cst dti | #67 |
| scapular rotation | #67 |
| lower elasticity | #67 |
| flexion swing | #67 |
| postural orientation | #67 |
| modulation oscillatory | #67 |
| encephalitis magnetic resonance | #68 |
| wernickes aphasia | #68 |
| length subjects | #68 |
| stimuli reported | #68 |
| shoulder positions | #68 |
| advancing translational | #69 |
| decline higher | #69 |
| 01 14 | #69 |
| swing phase | #69 |
| representation brain | #69 |
| contraction rest | #69 |
| elastography rte | #69 |
| hbp cbp | #69 |
| analysis load | #70 |
| block test | #70 |
| articular sacroiliac | #70 |
| induced transcranial | #70 |
| risk carotid atherosclerosis | #71 |
| gait performances | #71 |
| infarcts white | #71 |
| body schema | #71 |
| rehabilitation field | #71 |
| paresis stroke | #71 |
| patients hemiplegia | #72 |
| sittostand sts | #72 |
| pneumonia management | #72 |
| infrahyoid | #72 |
| onset pneumonia | #73 |
| feedback visual | #73 |
| cbp hbp | #73 |
| goals rehabilitation | #73 |
| wmh lacunar | #73 |
| values simultaneously | #73 |
| movements aged | #73 |
| 01 06 | #74 |
| age asymptomatic | #74 |
| poststroke motor | #74 |
| mild cognitive disorders | #74 |
| illness white matter | #74 |
| cop trajectories | #75 |
| muscles age | #75 |
| lower pneumonia | #76 |
| patients voxel | #76 |
| cells ache | #76 |
| adrenomedullin 2 | #76 |
| sacroiliac joint | #76 |
| teacher role | #76 |
| symptomatic cerebrovascular | #76 |
| hemiplegic patients | #76 |
| lesions blood | #76 |
| sijs | #77 |
| stroke 2 | #77 |
| dysfunction 18 | #77 |
| symptomatic compared | #77 |
| rest contraction | #77 |
| electromyographic activities | #78 |
| corpus callosum lesions | #78 |
| presence silent | #78 |
| hand stroke | #79 |
| prevalence silent | #79 |
| vision participants | #79 |
| study adrenomedullin | #79 |
| proximal arm | #80 |
| deterioration physical | #80 |
| weeks rtms | #80 |
| combination motor | #80 |
| studies neural | #80 |
| hypertension hbp | #80 |
| brain damage patients | #80 |
| muscle activities | #81 |
| interhemispheric inhibition ihi | #81 |
| eightysix subjects | #81 |
| properties walking | #82 |
| bones range | #82 |
| reciprocal inhibition | #82 |
| noninvasive brain stimulation | #82 |
| descending volleys | #82 |
| aspiration respiratory | #82 |
| suprahyoid | #83 |
| ankle foot orthoses | #83 |
| induced prolonged | #83 |
| task solving | #83 |
| wechsler memory scalerevised | #83 |
| differentiation chromaffin | #83 |
| vision study | #84 |
| nerve regulation | #84 |
| mep facilitation | #84 |
| height2 | #85 |
| new rehabilitation | #85 |
| antagonist muscles | #85 |
| head gastrocnemius | #85 |
| role pfc | #85 |
| flexion muscle | #86 |
| decline 7 | #86 |
| wernicke aphasia | #86 |
| improving gait | #86 |
| position stroke | #86 |
| lesions japanese | #87 |
| densities 01 | #87 |
| elderly decreased | #87 |
| pulsed magnetic field | #87 |
| agonist antagonist muscles | #87 |
| lower trapezius | #87 |
| pressure ambulatory | #87 |
| total cognitive | #87 |
| patients dti | #88 |
| controls dti | #89 |
| imaging evaluating | #89 |
| testing cognitive | #89 |
| landscape cortical | #89 |
| muscle strength mass | #89 |
| observed movement | #89 |
| evaluated strength | #89 |
| length step | #89 |
| asymptomatic healthy | #90 |
| bci classification | #90 |
| tissue elastography | #90 |
| psth | #90 |
| weakness risk | #90 |
| arteries asymptomatic | #90 |
| sensorimotor rhythm | #90 |
| hreflex amplitude | #91 |
| imaging fiber | #91 |
| teacher student | #91 |
| modalities walking | #91 |
| lesions lacunar | #91 |
| temperature acetylcholinesterase | #91 |
| paretic muscles | #92 |
| u0126 sb203580 | #93 |
| phantom limb pain | #93 |
| passive movement | #93 |
| function reproducibility illness | #93 |
| weakness onset | #93 |
| paresis postural | #93 |
| japanese cohort study | #94 |
| infarction trend | #94 |
| rehabilitation motor | #94 |
| differences gait | #94 |
| activity fronto | #94 |
| lesions white | #94 |
| study classify | #96 |
| limb paresis | #96 |
| movement rehabilitation | #96 |
| poststroke patients | #97 |
| decreased observed | #97 |
| barefoot condition | #97 |
| ± lower | #97 |
| school baseball | #97 |
| 95 relapse | #97 |
| capacity 7 | #98 |
| classification gait | #98 |
| search coil | #98 |
| months t6 | #98 |
| walking ankle | #98 |
| tms induced | #98 |
| movement measured | #99 |
| stage functional | #99 |
| muscles shoulder | #99 |
| measured theoretical | #99 |
| generated larger | #100 |
| square values | #100 |
| healthy study | #100 |
| lower older | #100 |
| assessment correlation | #100 |
| demands cognitive | #101 |
| motor plasticity | #101 |
| leg length discrepancy | #101 |
| bilateral hearing impairment | #101 |
| bars bar | #102 |
| distribution compliance | #102 |
| matter hyperintensity | #102 |
| ambulatory cerebrovascular | #102 |
| adults participated | #102 |
| afo | #103 |
| reaction visual | #103 |
| 005 soleus | #103 |
| chronic hemiparesis | #103 |
| hemiplegia | #104 |
| activity transcranial | #104 |
| plasticity sex | #104 |
| length gait | #104 |
| participants music | #104 |
| rest voluntary | #105 |
| rehabilitation sessions | #105 |
| promote motor | #105 |
| random combination | #106 |
| increased mep | #107 |
| measured hip | #107 |
| therapy behavioral | #107 |
| ipsilateral silent period | #107 |
| reaction force | #107 |
| prolonged disorders | #107 |
| eeg tms | #108 |
| lesions patients | #108 |
| cathodal sham | #108 |
| icf | #108 |
| afos | #108 |
| supplementary motor areas | #108 |
| arm elevation | #109 |
| network hemisphere | #109 |
| inhibition intracortical | #109 |
| improve hip | #109 |
| muscle thickness | #109 |
| coaching interventions | #109 |
| limb somatosensory | #110 |
| cerebrovascular lesions | #110 |
| aphasia wernicke | #110 |
| tms compared | #110 |
| dti detect | #111 |
| players control | #111 |
| low somatic | #111 |
| strain ratio | #112 |
| subjects shoulder | #112 |
| muscles studies | #112 |
| theta burst stimulation | #112 |
| injury diffusion | #112 |
| ratio muscle | #112 |
| function real | #112 |
| kinesthesia | #113 |
| length conditions | #113 |
| incidence ranged | #114 |
| trunk inclination | #114 |
| agingrelated loss | #114 |
| mirror neuron | #114 |
| closely risk | #114 |
| lesions prevent | #115 |
| rehabilitation stroke patients | #115 |
| 120° | #115 |
| movements individuals | #115 |
| ambulatory brain | #115 |
| notebook | #115 |
| hand visual | #116 |
| masked hypertension mht | #116 |
| nibs | #116 |
| conditions auditory | #116 |
| reciprocal activation | #116 |
| community ambulators | #117 |
| time tissue | #117 |
| 3 weeks surgery | #117 |
| activity shoulder | #117 |
| genotypes polymorphism | #117 |
| position decreased | #118 |
| acquiring new | #118 |
| mhl | #119 |
| dynamic balance control | #120 |
| brain suggested | #120 |
| controls evaluation | #120 |
| illusion rhi | #121 |
| ankle stiffness | #121 |
| masked white | #121 |
| consistency items | #121 |
| people sarcopenia | #121 |
| hyperintensity wmh | #121 |
| extensor carpi radialis | #122 |
| gait stability | #123 |
| skeletal rotator | #123 |
| neurologic hemiplegia | #123 |
| magnetic stimulation | #124 |
| ° shoulder | #124 |
| stroke mechanisms | #124 |
| inhibition ihi | #124 |
| biological pelvic | #124 |
| muscles levels | #125 |
| paralyses | #125 |
| determination cerebrovascular | #125 |
| sij | #125 |
| individuals variability | #126 |
| tms delivered | #126 |
| deep transcranial | #126 |
| firing probability | #126 |
| muscles motor | #126 |
| symptoms smd | #126 |
| incobotulinumtoxina | #127 |
| arm stroke | #127 |
| instantaneous measurement | #127 |
| mass divided | #127 |
| movement motor | #128 |
| objective findings | #128 |
| 005 healthy | #128 |
| activation negatively | #128 |
| neuritogenesis | #128 |
| lesions motor | #129 |
| sensory modalities | #129 |
| baseball players | #129 |
| older individuals | #130 |
| papez | #130 |
| medial head | #130 |
| disorders diffusion | #130 |
| hormones polymorphism | #130 |
| term auditory | #130 |
| combinations techniques | #130 |
| gait healthy | #131 |
| disorders abnormal | #131 |
| measured steps | #131 |
| 02 points | #131 |
| hz tacs | #132 |
| visual detection task | #132 |
| 16 clinical | #133 |
| denervated rat | #133 |
| digastric | #133 |
| lesions individuals | #133 |
| implants stroke | #134 |
| nighttime ambulatory | #134 |
| rotator cuff tears | #135 |
| force grf | #135 |
| years poststroke | #135 |
| early stance | #136 |
| pneumonia low | #136 |
| impairment assessment | #136 |
| muscles measured | #138 |
| tms primary | #138 |
| rehabilitation accidental | #139 |
| joint movement | #139 |
| maladaptive | #139 |
| synchronization ers | #139 |
| tendon vibration | #141 |
| interpersonal interaction | #142 |
| management sarcopenia | #142 |
| magnetic stimuli | #143 |
| rehabilitative interventions | #144 |
| oscillatory neural | #144 |
| pressure position | #144 |
| response transcranial | #144 |
| difference degree | #144 |
| scans multiple | #145 |
| imitation | #145 |
| mechanisms future | #146 |
| improved hearing | #147 |
| f3 4 | #147 |
| anklefoot orthoses | #147 |
| humans associations | #147 |
| computer work | #148 |
| imagery patients | #148 |
| cells cell growth | #149 |
| muscle belly | #149 |
| motility ghrelin | #149 |
| hemiparetic patients | #149 |
| plasticity paresis | #149 |
| external rotation | #149 |
| sts adult | #151 |
| lower limb | #151 |
| pulse timing | #151 |
| hemiplegic stroke | #151 |
| density generated | #151 |
| 16 healthy controls | #151 |
| figure coil | #151 |
| paretic hand | #152 |
| individualized strategies | #152 |
| stroke impairment | #152 |
| activity prefrontal cortex | #152 |
| 600v | #152 |
| stiffness early | #152 |
| stimulation activities | #152 |
| evaluation comparing | #152 |
| instructed perform | #152 |
| lacunar aged | #152 |
| 3 experimental conditions | #153 |
| probe design | #154 |
| oral floor | #154 |
| reliability interrater | #154 |
| laryngeal penetration | #155 |
| stroke improvement | #155 |
| reaction forces | #156 |
| 135 85 | #156 |
| voltage cycle | #156 |
| hands feet | #156 |
| ambulatory carotid | #157 |
| infarction white | #157 |
| chronic stage | #157 |
| addition light | #157 |
| tms studies | #157 |
| tongue aged | #158 |
| attention healthy | #158 |
| normal postoperative | #158 |
| ambulatory cerebral | #159 |
| geniohyoid | #159 |
| reflex amplitude | #160 |
| dti cst | #160 |
| values numerical | #161 |
| magnetic field measurement | #162 |
| tendon reflex | #162 |
| intended movement | #163 |
| bodied subjects | #163 |
| cathodal stimulation | #163 |
| step width | #163 |
| therapeutic program | #164 |
| devices biomechanical | #164 |
| hypertension mht | #165 |
| subclinical cerebrovascular | #165 |
| competitive interaction | #165 |
| coefficient internal | #166 |
| vasodilator peptide | #166 |
| lobe pilot | #167 |
| flexion movement | #167 |
| recovery developed | #167 |
| stimuli body | #167 |
| body ownership | #167 |
| upward rotation | #168 |
| control stand | #168 |
| tongue pressure | #168 |
| differences kinematics | #168 |
| rubber hand illusion | #168 |
| guide practice | #168 |
| leading long | #169 |
| lacunar | #169 |
| rotation greater | #170 |
| position aged | #170 |
| polymorphism renal | #171 |
| central muscle | #173 |
| shoulder complaints | #174 |
| tokyo metropolitan institute | #174 |
| dual task | #174 |
| dualtask interference | #174 |
| lesions arterial | #175 |
| injury frequently | #175 |
| intellectual activity | #176 |
| activity students | #176 |
| individuals 55 | #177 |
| improved hand | #178 |
| muscles young | #178 |
| prorenin receptor prr | #178 |
| movement individuals | #179 |
| joint electromyography | #179 |
| throwing shoulder | #179 |
| paretic arm | #180 |
| measured gait | #180 |
| scapulae | #180 |
| condition older | #180 |
| parameters recovery | #180 |
| stimuli hand | #180 |
| discharge rehabilitation | #181 |
| stroke silent | #181 |
| specific exercise | #182 |
| arm improved | #182 |
| individuals stroke | #182 |
| calculation values | #183 |
| agonist muscle | #183 |
| vertical direction | #183 |
| waves ultrasonography | #184 |
| ihi | #184 |
| movement young | #184 |
| patient perceived | #185 |
| prosocial effects | #185 |
| 395 ° | #185 |
| plasticity transcranial | #185 |
| noninvasive brain | #186 |
| fields numerical | #186 |
| conditions walking | #186 |
| single motor unit | #186 |
| stimulation review | #186 |
| denervated muscle | #187 |
| injury cognitive | #187 |
| bipedal walking | #187 |
| bestperforming model | #188 |
| scapular | #188 |
| ambulators | #188 |
| normalized root | #188 |
| gait | #189 |
| term rehabilitation | #189 |
| component body | #189 |
| rehabilitative treatment | #190 |
| disease transcranial | #190 |
| independent processing | #190 |
| arm measured | #190 |
| muscles middle | #190 |
| coaching intervention | #191 |
| rocker | #192 |
| infrared stroke | #193 |
| dimensional motion | #193 |
| higher wmh | #193 |
| rehabilitation techniques | #194 |
| eventrelated synchronization | #194 |
| ventricular japan | #194 |
| knee flexion | #195 |
| neuronal model | #195 |
| unilateral spatial neglect | #195 |
| ankle plantar | #196 |
| recovery traumatic | #196 |
| performance stroke | #196 |
| genetic prevalence receptors | #196 |
| life space | #197 |
| stimulation nibs | #197 |
| eeg evoked | #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 |
| behavior prefrontal | #205 |
| session sessions | #205 |
| anodal transcranial | #205 |
| pneumonia controls | #205 |
| 6 hz | #205 |
| tdcs patients | #206 |
| tha study | #206 |
| pressure cbp | #206 |
| rotation patients | #206 |
| tdcs anodal | #207 |
| patients tms | #209 |
| neurorehabilitation | #210 |
| voluntary motor | #210 |
| motor learning | #210 |
| contraversive | #211 |
| behavioral perspective | #211 |
| hand illusion | #211 |
| ankle joint | #211 |
| validity patients | #211 |
| report improvement | #211 |
| complaints adult | #211 |
| unilateral spatial | #211 |
| ear speech | #211 |
| adjusted confounding | #212 |
| chronic stroke patients | #212 |
| motion orientation | #213 |
| animals butadienes | #213 |
| potentials mep | #213 |
| field pemf | #213 |
| standard rehabilitation | #214 |
| patients impairments | #214 |
| p005 correlated | #215 |
| movement body | #215 |
| direction horizontal | #215 |
| mechanical walking | #216 |
| groups presence | #216 |
| thermal stimulation | #216 |
| joint sij | #216 |
| patients plastic | #216 |
| area lesions | #217 |
| rtms patients | #217 |
| rehabilitation tool | #217 |
| stimulation movement | #217 |
| improves gait | #217 |
| lesions carotid | #217 |
| adjustment association | #217 |
| effectiveness specific | #218 |
| aged paresis | #218 |
| plasticity recovery | #219 |
| fast conducting | #219 |
| mobility community | #219 |
| motorrelated areas | #220 |
| infarction square | #220 |
| whitecoat hypertension | #220 |
| multitasking behavior | #221 |
| min−1 173 | #222 |
| transcranial direct | #223 |
| reliability measurement | #223 |
| body function | #223 |
| fiber tractography | #223 |
| population recruited | #224 |
| proven role | #224 |
| pulsed magnetic | #224 |
| behavior neural | #225 |
| eeg responses | #225 |
| week walking | #226 |
| projects recovery | #226 |
| carpi radialis | #226 |
| relation motor | #227 |
| support body | #227 |
| imitation learning | #227 |
| patient mild | #228 |
| functional gain | #230 |
| polymorphism blood | #230 |
| kidney dysfunction | #231 |
| clinic blood | #231 |
| day walking | #232 |
| recovery review | #233 |
| stimulation session | #233 |
| decreased individuals | #234 |
| interrater | #235 |
| scores improvements | #235 |
| auditory feedback | #237 |
| arm disability | #238 |
| superficial muscles | #238 |
| level somatic | #238 |
| event synchronization | #239 |
| animals deglutition | #239 |
| walking older | #240 |
| tacs | #240 |
| male mirror | #240 |
| attention groups | #240 |
| inhibitory balance | #241 |
| healthy controls participants | #241 |
| icf categories | #242 |
| longitudinal body | #244 |
| infarction mri | #244 |
| mirror therapy | #245 |
| subjects young | #245 |
| older communitydwelling adults | #245 |
| muscles muscle | #245 |
| stiffness risk | #246 |
| timed test | #246 |
| controls aged | #246 |
| pain caused | #247 |
| neural network activity | #247 |
| cells imidazoles | #248 |
| genetic proteinuria | #248 |
| test version | #249 |
| shoulder abduction | #249 |
| eegs recorded | #249 |
| movement patient | #251 |
| factors tongue | #251 |
| underlying motor | #251 |
| lacunar infarct | #252 |
| kinematics kinetics | #252 |
| diseases shoulder | #253 |
| 24 abp | #253 |
| deltoid muscles | #254 |
| greater muscle | #254 |
| predictors recovery | #255 |
| tms patients | #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 |
| cancellous bone | #263 |
| groups sustained | #263 |
| kinesthetic | #263 |
| stimulation tacs | #263 |
| finger extension | #264 |
| rtms dlpfc | #264 |
| body trunk | #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 |
| fronto parietal | #273 |
| learning review | #273 |
| theta burst | #273 |
| age general population | #273 |
| increase joint | #274 |
| lld | #274 |
| higher symptomatic | #275 |
| ankle foot | #275 |
| butadienes cell | #276 |
| synchronization evoked | #276 |
| anterior direction | #276 |
| tms pulse | #276 |
| effects music | #276 |
| single case report | #277 |
| activation muscles | #277 |
| standardized scale | #278 |
| stimulation intensity | #278 |
| renin sex | #278 |
| evidence motor | #279 |
| measured magnetic | #279 |
| 14 stroke | #279 |
| axonal injury | #279 |
| functions motor | #280 |
| measured accelerometers | #280 |
| response brain | #280 |
| tpj | #281 |
| extremity movement | #281 |
| subjects middle | #281 |
| limb amputations | #282 |
| pegboard test | #282 |
| lateral vertical | #283 |
| llds | #284 |
| am2 | #285 |
| mild exercise | #285 |
| speed step | #285 |
| 138 subjects | #286 |
| brf | #287 |
| limb body | #287 |
| review stroke | #289 |
| vestibular visual | #292 |
| loss respiratory | #292 |
| low 20 | #295 |
| uneven surfaces | #295 |
| 30 volunteers | #296 |
| mri neuropsychological | #296 |
| auditory comprehension | #297 |
| headmounted displays | #297 |
| infarction 24 | #297 |
| voluntary movement | #298 |
| tha methods | #299 |
| measured walking | #300 |
| transcranial alternating | #301 |
| clinical rehabilitation | #303 |
| radialis | #303 |
| dorsiflexor | #304 |
| body movement | #304 |
| joint moment | #305 |
| thickness lower | #306 |
| movement parietal | #306 |
| psychometrics recovery | #306 |
| posture aged | #306 |
| level stroke | #307 |
| stage stroke | #307 |
| uneven | #307 |
| aging loss | #308 |
| anticonvulsant medication | #308 |
| immersive vr | #309 |
| exercise stroke | #310 |
| compared asymptomatic | #311 |
| music therapy | #311 |
| direct current | #311 |
| variance time | #312 |
| current stimulation | #312 |
| neuronlike cells | #312 |
| magnetic pulse | #314 |
| patient healthy | #314 |
| mm groups | #314 |
| trunk flexion | #315 |
| mep | #316 |
| adults visual | #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 |
| sustained hypertension | #332 |
| poststroke rehabilitation | #332 |
| bci based | #332 |
| stroke review | #332 |
| coat hypertension | #333 |
| respiratory muscle | #333 |
| cognitive physical | #334 |
| motor cortices | #335 |
| phantom limb | #336 |
| involved steps | #336 |
| examine safety | #337 |
| clinical tool | #338 |
| shoulder girdle | #338 |
| hemisphere lesion | #339 |
| lobe transcranial | #340 |
| stimulation device | #341 |
| 10 healthy adults | #342 |
| task observed | #342 |
| visual proprioceptive | #343 |
| association kidney | #343 |
| carpi | #343 |
| transcranial magnetic | #343 |
| muscle activity | #343 |
| measurement muscle | #344 |
| assessment activity | #344 |
| time transcranial | #345 |
| ratios presence | #346 |
| cathodal | #346 |
| subjects visual | #346 |
| neural connections | #346 |
| kinematics muscle | #346 |
| weakness lower | #349 |
| risk decline | #349 |
| surface renin | #349 |
| aged female humans | #352 |
| levels closely | #352 |
| effective rehabilitation | #352 |
| controls ratio | #353 |
| years middle | #353 |
| stimulation sessions | #353 |
| frequency rtms | #353 |
| muscles response | #355 |
| corticospinal neurons | #355 |
| interventions stroke | #356 |
| junction tpj | #357 |
| stroke healthy | #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 |
| throwing | #378 |
| foot gait | #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 |
| patients healthy individuals | #391 |
| tms evoked | #391 |
| role monitoring | #392 |
| modulate neural | #392 |
| muscle contraction | #392 |
| surgery functional | #393 |
| contraction increase | #393 |
| temporoparietal junction | #393 |
| physical cognitive | #393 |
| stance phase | #393 |
| pelvic parameters | #394 |
| abductor pollicis brevis | #395 |
| ratio peptide | #395 |
| distribution creatinine | #397 |
| studies motor | #397 |
| unaffected hemisphere | #397 |
| burst stimulation | #398 |
| smartphone | #399 |
| leg length | #400 |
| lower limb amputation | #401 |
| reality young | #401 |
| trained clinicians | #402 |
| patients pdc | #402 |
| mvc force | #404 |
| attention motor | #407 |
| new neural | #407 |
| stair | #411 |
| projects range | #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 |
| skills neuronal | #420 |
| movement 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 |
| interactions sex | #430 |
| strength evaluated | #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 |
| prorenin receptor | #443 |
| neurons nitriles | #443 |
| brain patients | #444 |
| angled | #446 |
| hypergonadotropic hypogonadism | #447 |
| based exercise | #447 |
| factors prevent | #447 |
| field device | #447 |
| stage diffuse | #449 |
| fma | #449 |
| rtms applied | #450 |
| coaching | #450 |
| pemf | #455 |
| motion analysis | #455 |
| encephalitis magnetic | #455 |
| intracortical inhibition | #456 |
| hebbian | #456 |
| greater utilization | #458 |
| limb spasticity | #462 |
| 18 people | #464 |
| associations respiratory | #464 |
| interrater reliability | #465 |
| sensorimotor cortices | #465 |
| effects transcranial | #465 |
| silent | #466 |
| interface based | #468 |
| brain communication | #469 |
| aspiration pneumonia | #470 |
| spatial attention | #471 |
| recovery stroke | #471 |
| pain motor | #471 |
| improved gait | #473 |
| agerelated | #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 |
| hands | #491 |
| study recorded | #491 |
| developed modified | #491 |
| volleys | #493 |
| pulsed electromagnetic | #494 |
| 3 proportion | #494 |
| amputee | #496 |
| movement brain | #499 |
| activity upper | #499 |
| trapezius | #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 |
| visual vestibular | #513 |
| recorded 24 | #513 |
| matter observed | #516 |
| gait rehabilitation | #517 |
| based basic | #518 |
| infarction cohort | #518 |
| laypeople | #521 |
| psychometrics design | #521 |
| ipsilateral motor | #523 |
| limbic encephalitis | #523 |
| fim scores | #524 |
| gait patterns | #525 |
| rehabilitation walking | #525 |
| myoelectric | #526 |
| scalp recorded | #526 |
| longterm disability | #527 |
| grab | #528 |
| levator | #528 |
| mep amplitude | #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 |
| techniques motor | #547 |
| stances | #547 |
| movement kinematics | #553 |
| swallowing disorders | #554 |
| stimulation tms | #555 |
| blood pressure risk | #555 |
| mapk extracellular | #555 |
| inequality male | #556 |
| stimulation auditory | #556 |
| walking gait | #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 |
| diseases corpus | #581 |
| cuff tears | #581 |
| decreased aging | #581 |
| visual feedback | #582 |
| intermedin | #583 |
| phase gait | #584 |
| gait data | #586 |
| parameters gait | #586 |
| task patients | #588 |
| anodal cathodal | #588 |
| soleus sol | #588 |
| international classification functioning | #589 |
| aged attention | #589 |
| humans music | #595 |
| transcranial | #597 |
| young elderly subjects | #597 |
| neck shoulder | #598 |
| current density distribution | #598 |
| parallel processing | #599 |
| japan logistic | #600 |
| anodal | #601 |
| arthroplasty randomized | #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 |
| assessment quality | #619 |
| processes neural | #619 |
| levels genotypes | #621 |
| shoulder injuries | #623 |
| paresis | #624 |
| shoulder adult | #624 |
| electromyography feedback | #625 |
| upward downward | #629 |
| ambulatory blood pressure | #632 |
| years general | #635 |
| plasma fibrinogen | #635 |
| trka signal | #638 |
| measured ultrasound | #640 |
| hand foot | #641 |
| blood pressure measurement | #644 |
| bpsd | #647 |
| 2 cognitive | #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 |
| individuals healthy | #660 |
| assessment muscle | #660 |
| motor control | #661 |
| motor responses | #664 |
| surface electrodes | #667 |
| learning task | #669 |
| logistic models illness | #670 |
| eeg patients | #671 |
| stroke lacunar | #673 |
| impairment cerebral | #673 |
| cerebral peduncle | #674 |
| rater | #674 |
| tms study | #675 |
| projects stroke | #676 |
| belly | #677 |
| 37yearold woman | #678 |
| mirror neurons | #678 |
| patients difficulty | #679 |
| conduction time | #687 |
| stride length | #688 |
| wmh | #688 |
| walking adult | #692 |
| memory scale | #693 |
| motor training | #697 |
| subjects groups | #697 |
| voluntary isometric | #701 |
| unclear purpose | #702 |
| metaplasticity | #702 |
| stroke based | #705 |
| cortex problem | #706 |
| increased task | #711 |
| lower limb muscles | #711 |
| egfr proteinuria | #711 |
| head model | #711 |
| fatigue compared | #711 |
| tensor imaging | #713 |
| dementia systematic | #714 |
| pressure cop | #715 |
| tmtb | #716 |
| humans imitative | #716 |
| proprioceptive feedback | #718 |
| relation observed | #720 |
| gait cycle | #724 |
| induce neuronal | #725 |
| reliability coefficient | #725 |
| disorders confidence | #725 |
| pilot rct | #727 |
| weighted kappa | #727 |
| correlated ratio | #728 |
| step length | #729 |
| adequate performance | #729 |
| brachial arteries | #729 |
| improving functional | #735 |
| muscle tendon | #735 |
| pd098059 | #735 |
| listened | #738 |
| healthy elderly individuals | #739 |
| neural mechanism | #741 |
| young older | #743 |
| correlated activation | #744 |
| pegboard | #745 |
| grf | #745 |
| walkway | #745 |
| japanese general | #746 |
| limb rehabilitation | #746 |
| feedforward feedback | #747 |
| japanese general population | #750 |
| limb amputation | #752 |
| stroke transcranial | #753 |
| stimulation motor | #754 |
| infarction magnetic | #755 |
| classification functioning | #755 |
| flexor carpi | #757 |
| compensatory strategies | #759 |
| frontoparietal | #759 |
| muscles posture | #762 |
| stimulation rtms | #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 |
| auditory cortex | #802 |
| regions decreased | #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 |
| completion time | #826 |
| motor evoked | #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 |
| areas primary | #853 |
| health icf | #853 |
| 24 subjects | #854 |
| stimulations | #856 |
| hypertension aged | #857 |
| neurites neurogenesis | #858 |
| functional decline | #863 |
| activation medial | #863 |
| rehabilitation study | #869 |
| hemiparetic | #870 |
| total hip arthroplasty | #871 |
| wrist extension | #876 |
| imitative behavior | #877 |
| disorders square | #877 |
| analysis adjusted | #881 |
| brain damaged | #886 |
| initial severity | #891 |
| mediolateral | #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 |
| pain occupational | #904 |
| swallow | #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 |
| detected mri | #926 |
| human motor cortex | #926 |
| techniques neural | #929 |
| gait pattern | #931 |
| diffusion parameters | #931 |
| techniques evaluation | #933 |
| hand muscles | #935 |
| steps day | #936 |
| model calculation | #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 |
| regional pain | #954 |
| glenohumeral joint | #954 |
| masked hypertension | #955 |
| amputees | #955 |
| reality vr | #958 |
| measured muscle | #967 |
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| peripheral nerve | #5341 |
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レポートを実行します | |
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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている 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 ...
| で知られている Magnetic Stimulation | Eeg Responses | Tms Patients | Circular Coil | Maximum Output |
のための重要な人々 Magnetic Stimulation
世界のトップコル
Shin‐Ichi Izumi:専門家の影響
その概念Shin‐Ichi Izumi直接的な影響があります:Magnetic stimulation, Silent cerebrovascular lesions, Stroke patients, Paretic limb, Motor recovery, Scapular muscles, Lacunar infarction, Ohasama study.
Shin‐Ichi Izumi:KOLインパクト
他の著者の仕事に関連する概念for which Shin‐Ichi Izumi 影響力があります:Stroke patients, Music therapy, Blood pressure, Magnetic stimulation, Arterial stiffness, Motor function, Virtual reality.
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