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.);, ... |
Currículum de kol para 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: Estadísticas de influencia
Sacar un reporte
| Concept | World rank |
|---|---|
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| stroke hemiplegic patients | #1 |
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| 30min typing task | #3 |
| inhibitor gw441756 | #3 |
| trapezius patient | #3 |
| teaching pfc | #3 |
| future views | #3 |
| creativity process insights | #3 |
| 4 eeg | #3 |
| nakasato | #3 |
| movement utilized | #3 |
| hints tablet screen | #3 |
| 48xxyy syndrome form | #3 |
| muscles ultrasound rte | #3 |
| grasping flexion extension | #3 |
| trapezius strain | #3 |
| healthy 120° | #3 |
| persistently altered condition | #3 |
| functions compensating | #3 |
| stiffnessresultsat baseline | #3 |
| healthy controls evaluation | #3 |
| stroke patients hemiplegia | #3 |
| chronic hemiplegia | #3 |
| activities deltoid | #3 |
| clinical rehabilitation patients | #3 |
| hemiparesis diffuse | #3 |
| interrater reliability mft | #3 |
| barthel barthel items | #3 |
| hemispheres functional | #3 |
| trapezius levator | #3 |
| rehabilitative interventions patients | #3 |
| adaptability surface | #3 |
| correlation mft | #3 |
| strategies healthy individuals | #3 |
| teaching pfc activity | #3 |
| upper trapezius symptomatic | #3 |
| activity levator scapulae | #3 |
| parascapular muscle | #3 |
| metacognitive role teaching | #3 |
| skeletal shoulder mvc | #3 |
| lower limb muscle | #3 |
| pelvis loads | #3 |
| scapulae higher | #3 |
| pneumonia sarcopenia | #3 |
| dorsiflexor activation | #3 |
| individuals hemiparesis | #3 |
| mft validity | #3 |
| brain 0001 | #3 |
| gb horizontal | #3 |
| typing task patient | #3 |
| kinematics muscle activities | #3 |
| response tms | #3 |
| height older | #3 |
| manual function test | #3 |
| syndrome 48xxyy | #3 |
| hemiparesis dti | #3 |
| nibs application | #3 |
| stiffness levator scapulae | #3 |
| ultrasound rte activity | #3 |
| daiinduced axonal damage | #3 |
| hints pfc | #3 |
| processes neural plasticity | #3 |
| height2 95 | #4 |
| recovery clinical predictors | #4 |
| strength swallowing muscles | #4 |
| ratio levator | #4 |
| malnutrition risk factor | #4 |
| p005 sol | #4 |
| patient brainstem encephalitis | #4 |
| effectiveness rehabilitative interventions | #4 |
| relapse pneumonia | #4 |
| computer work individuals | #4 |
| bar vertical | #4 |
| body stand | #4 |
| older pneumonia inpatients | #4 |
| metaplasticity motor | #4 |
| aging pneumonia | #4 |
| direction bars | #4 |
| barthel interrater reliability | #4 |
| walking uneven | #4 |
| sts young | #4 |
| subjects uneven surface | #4 |
| nitriles pc12 | #4 |
| evoked responses tms | #4 |
| participants teacher role | #4 |
| hemiparesis healthy | #4 |
| tacs based | #4 |
| bars 005 | #4 |
| clinical predictors degree | #4 |
| joint bipedal | #4 |
| strength pneumonia | #4 |
| tears scapular | #4 |
| paretic correlated | #4 |
| trapezius typing | #4 |
| reflex elicitation | #4 |
| impairment neural plasticity | #4 |
| supraspinatus muscle elasticity | #4 |
| metacognitive role | #4 |
| lower strain ratio | #4 |
| mft upper | #4 |
| associations aspiration pneumonia | #4 |
| tacs frontoparietal | #4 |
| probe design study | #4 |
| jpn compr | #4 |
| stiffness upper trapezius | #4 |
| elasticity supraspinatus muscle | #4 |
| swallowing skeletal | #4 |
| tensor imaging patients | #4 |
| respiratory muscles studies | #4 |
| muscles pneumonia | #4 |
| sarcopenic dysphagia studies | #4 |
| 90° arm elevation | #4 |
| mild hemiplegia | #4 |
| height2 risk factor | #4 |
| comparing measured | #4 |
| surface walking | #4 |
| eeg evoked responses | #4 |
| sarcopenia new strategy | #4 |
| orthosis stroke | #4 |
| compr rehabil | #4 |
| hemiparesis healthy controls | #4 |
| hand representation areas | #4 |
| sarcopenia pneumonia | #4 |
| rehabil sci | #4 |
| auditory cortex day | #4 |
| forward upward | #4 |
| 005 paretic | #4 |
| dominant hands age | #4 |
| reflex work | #4 |
| people aspiration | #4 |
| positively real | #4 |
| new strategy pneumonia | #4 |
| movements curved | #4 |
| demands healthy | #4 |
| arm correlated | #4 |
| age motor training | #4 |
| types sensorimotor | #4 |
| feedback visualization | #4 |
| elasticity supraspinatus | #4 |
| aspiration pneumonia sarcopenia | #4 |
| voluntary contraction | #4 |
| heating plate | #4 |
| older people pneumonia | #4 |
| differences scapular motion | #4 |
| neuronal regenerative activities | #4 |
| beneficial effects tdcs | #4 |
| task deterioration | #4 |
| older people relapse | #4 |
| integrative neuronal | #4 |
| thickness trapezius | #4 |
| malnutrition longitudinal study | #4 |
| flexion extension ± | #4 |
| total cognitive scores | #4 |
| pathogenoriented strategy | #4 |
| assessment barthel | #5 |
| mft scores | #5 |
| lower upward | #5 |
| peripheral magnetic stimulation | #5 |
| nibs addition | #5 |
| reality sickness | #5 |
| cognitive physical resources | #5 |
| auditory feedback prosthesis | #5 |
| discrepancy functional | #5 |
| neuritogenesis pc12 | #5 |
| sacrum involved | #5 |
| hemiparesis adult | #5 |
| fibrillation potential | #5 |
| afo improve | #5 |
| prioritize cognitive | #5 |
| patients mhl | #5 |
| participants hemiparesis | #5 |
| case report improvement | #5 |
| new neural connections | #5 |
| teacherstudent pairs | #5 |
| sensory motor interactions | #5 |
| supply advantages | #5 |
| pneumonia sarcopenic | #5 |
| activity adaptability | #5 |
| representation paretic | #5 |
| accuracy grasping | #5 |
| motion mechanical walking | #5 |
| evoked responses patients | #5 |
| resistor integration | #5 |
| voxel numbers | #5 |
| 250 600 msec | #5 |
| activation ankle | #5 |
| pafo | #5 |
| tears dysfunction | #5 |
| integrative neuronal activity | #5 |
| 120° arm elevation | #5 |
| improvement speech discrimination | #5 |
| pneumonia strength | #5 |
| acoustic coupler | #5 |
| comv | #5 |
| induced corticospinal | #5 |
| volleys motor | #5 |
| demands stroke | #5 |
| posteroanterior current | #5 |
| cored coil | #5 |
| vr bci | #5 |
| week auditory | #5 |
| 30 mvc force | #5 |
| abnormal baseline eeg | #5 |
| day accelerometer | #5 |
| classification gait patterns | #5 |
| barthel test | #6 |
| macro connection | #6 |
| dti lesions | #6 |
| impairment brainstem | #6 |
| students facilitate | #6 |
| tms safety | #6 |
| lld 3 | #6 |
| callosum stroke | #6 |
| early postsurgery inpatients | #6 |
| altered scapular motion | #6 |
| music therapy bpsd | #6 |
| lld tha | #6 |
| 680 ± ± | #6 |
| individuals ohasama | #6 |
| ohasama study 348 | #6 |
| facilitation reported | #6 |
| scapulae rhomboid | #6 |
| mri subitem | #6 |
| llmp | #6 |
| devices sitting | #6 |
| suprahyoid muscles | #6 |
| cycle magnetic | #6 |
| 005 forward | #6 |
| motor cortex brain | #6 |
| mri subitem scores | #6 |
| figure pathological | #6 |
| walking activity steps | #6 |
| mmse subitem scores | #6 |
| trapezius higher | #6 |
| 48xxyy syndrome | #6 |
| nagatomi | #6 |
| order peripheral nerve | #6 |
| tha lld | #6 |
| gait activation | #6 |
| coil applied | #6 |
| 1008 elderly individuals | #6 |
| shoulder girdle muscles | #6 |
| day walking activity | #6 |
| low seat | #6 |
| motor imagery feedback | #6 |
| testing cognitive decline | #6 |
| elicitation reflex | #6 |
| metacognition pilot study | #6 |
| great developmental potential | #6 |
| brain mri decrease | #6 |
| subitem scores | #6 |
| study elasticity | #6 |
| arm elevation patients | #6 |
| homeostatic metaplasticity | #6 |
| wbam | #6 |
| vr platform | #7 |
| cst healthy controls | #7 |
| teaching process | #7 |
| realworld walking activity | #7 |
| icf rehabilitation practice | #7 |
| tacs effective | #7 |
| hemiparesis conventional | #7 |
| rating reference guide | #7 |
| kappa field testing | #7 |
| mep tms | #7 |
| rehabilitation icf generic30 | #7 |
| peristimulustime histogram | #7 |
| handrails | #7 |
| mmse subitems | #7 |
| body function categories | #7 |
| shoe lift | #7 |
| field test kappa | #7 |
| functional assessment measures | #7 |
| rating reference | #7 |
| height2 risk | #7 |
| stand movements | #7 |
| stroke neural plasticity | #7 |
| hemiparesis sensory | #7 |
| visual stimuli hand | #7 |
| 10 mvc force | #7 |
| t6 correlated | #7 |
| hip contracture | #7 |
| interhemispheric interactions | #7 |
| measured circuit | #7 |
| icf field test | #7 |
| icf generic30 | #7 |
| sts movements | #7 |
| tested muscles | #7 |
| generic30 interrater | #7 |
| generic30 rehabilitation | #7 |
| silent cerebrovascular lesions | #7 |
| 3456 ± | #7 |
| deltoid scapular | #7 |
| undetected conventional | #7 |
| mft score | #7 |
| music autonomic | #7 |
| patients memory disorders | #7 |
| strategies aspiration | #7 |
| somatic fat | #7 |
| stiffness gait | #7 |
| japanese rehabilitation practice | #7 |
| facilitate solving | #7 |
| ankle joint stiffness | #8 |
| higher wmh grade | #8 |
| bapwv tended | #8 |
| generic30 | #8 |
| walking adaptability | #8 |
| coil measured | #8 |
| wmhs bapwv | #8 |
| electrodes encephalitis | #8 |
| nds participants | #8 |
| pneumonia malnutrition | #8 |
| virtual reality sickness | #8 |
| 7763 ± | #8 |
| health icf generic30 | #8 |
| functional leg | #8 |
| muscles ultrasonography | #8 |
| posture sensorimotor | #8 |
| evaluated tongue | #8 |
| 2 3 wmhs | #8 |
| supraspinatus muscle tendon | #8 |
| tha randomized | #8 |
| barthel items | #8 |
| bar generated | #8 |
| heel metatarsal | #8 |
| guide involved | #8 |
| subjects lacunar infarcts | #8 |
| subjects accelerometer | #8 |
| tangram puzzle task | #8 |
| stroke rehabilitation programs | #8 |
| strength respiratory muscles | #8 |
| wmh tended | #8 |
| r0659 | #8 |
| variant loads | #8 |
| categories weighted | #8 |
| feedback plantar | #8 |
| potential tacs | #8 |
| induced search | #8 |
| background emg | #8 |
| coil magnetic stimulation | #8 |
| wmh bapwv | #8 |
| mp vertical | #8 |
| r0554 | #8 |
| sb203580 mapk | #8 |
| mass respiratory | #8 |
| lacunar infarcts groups | #8 |
| maladaptive plasticity | #8 |
| patients articulated | #8 |
| induced scalp | #8 |
| guide developed | #8 |
| stepping pattern | #8 |
| rpdc | #8 |
| attention measured | #8 |
| motor learning review | #8 |
| displacement pelvis | #8 |
| tms mep | #8 |
| stroke nibs | #8 |
| 02 bapwv | #8 |
| manual function | #9 |
| divided height2 | #9 |
| prosthesis walking | #9 |
| lacunar infarction mri | #9 |
| varying surface temperature | #9 |
| seat height | #9 |
| prevalence lacunar | #9 |
| kagaya | #9 |
| sensory prosthesis | #9 |
| threshold descending | #9 |
| combination activation | #9 |
| cycle waves | #9 |
| teachers metacognitive | #9 |
| nibs therapy | #9 |
| coil integration | #9 |
| disorders diffuse | #9 |
| gender hand dominance | #9 |
| activities muscles | #9 |
| nondominant hands | #9 |
| associations aspiration | #9 |
| indoles neurites | #9 |
| movements conventional | #9 |
| mmse subitem | #9 |
| imagery feedback | #9 |
| mass tongue | #9 |
| attention hands | #9 |
| older pneumonia | #9 |
| pfc activity | #9 |
| symptomatic rotator | #9 |
| tms voluntary | #9 |
| stroke dual | #9 |
| movement low | #9 |
| hands reaction | #9 |
| tractography revealed | #10 |
| applied voltage cycle | #10 |
| involved rating | #10 |
| body angular | #10 |
| antagonist contraction | #10 |
| improved hearing impairment | #10 |
| pfc activation | #10 |
| difference paretic | #10 |
| cortex standing | #10 |
| healthy controls ratio | #10 |
| guide body | #10 |
| movement lower | #10 |
| 4158 ± | #10 |
| guide modified | #10 |
| tms reflex | #10 |
| smartphone walking | #10 |
| 395 white | #10 |
| excitability hemisphere | #10 |
| attention body | #10 |
| infarcts future | #10 |
| future risk decline | #10 |
| development clinical tool | #10 |
| hyperintensity future | #10 |
| hyperintensity lacunar | #10 |
| day 4 consecutive | #10 |
| sensory motor control | #10 |
| foot motor area | #10 |
| vr sickness | #11 |
| recovery pb | #11 |
| damaged sensory | #11 |
| compr | #11 |
| sacrum stress | #11 |
| waves supply | #11 |
| participants vision | #11 |
| lesions decline | #11 |
| rating body | #11 |
| infrahyoid muscles | #11 |
| groups scapular | #11 |
| music therapy dementia | #11 |
| 105 395 | #11 |
| standing vision | #11 |
| mep hand | #11 |
| generates waves | #11 |
| wholebody angular momentum | #11 |
| predictor silent | #11 |
| silent cerebrovascular | #11 |
| motor recovery stroke | #11 |
| decline ohasama | #11 |
| future higher | #11 |
| gw441756 | #11 |
| scores rtms | #11 |
| submotor | #11 |
| circuit measure | #11 |
| stroke patients tms | #11 |
| device rehabilitation | #11 |
| consciousness disorder | #11 |
| diseases silent | #12 |
| ckd 27 | #12 |
| imd53 | #12 |
| influence adrenomedullin | #12 |
| joint stance | #12 |
| wmh 27 | #12 |
| muscle swallowing | #12 |
| contraction antagonist | #12 |
| culture medium temperature | #12 |
| stance higher | #12 |
| stiffness silent | #12 |
| levator scapulae | #12 |
| ratio lacunar | #12 |
| afo gait | #12 |
| carriers am2 | #12 |
| behavioural inattention test | #12 |
| 3762 ± | #12 |
| 395 risk | #12 |
| pneumonia relapse | #12 |
| subjects motor imagery | #12 |
| discrepancy early | #12 |
| japanese rehabilitation | #12 |
| japan 1007 | #12 |
| afo walking | #12 |
| 1007 subjects | #12 |
| paretic swing | #12 |
| restricted vision | #12 |
| casual clinic | #12 |
| paresis prostheses | #12 |
| activity upper trapezius | #12 |
| hemisphere excitability | #12 |
| function categories | #12 |
| walking afo | #12 |
| atherosclerosis ambulatory | #12 |
| foot motor | #12 |
| plasticity stroke | #12 |
| 173 carriers | #12 |
| genetic proteinuria rna | #12 |
| stroke damaged | #12 |
| wmh recorded | #12 |
| japan 1007 subjects | #12 |
| 3 wmhs | #12 |
| twentyfourhour daytime risk | #12 |
| rs3840963 | #12 |
| ohasama study adrenomedullin | #12 |
| 5718 ± | #12 |
| waves preferentially | #12 |
| 2 cerebral hemispheres | #12 |
| whitecoat hypertension cbp | #13 |
| hand relation | #13 |
| sustained hypertension hbp | #13 |
| oscillatory brain activity | #13 |
| mmhg mht | #13 |
| ohasama study risk | #13 |
| snbp hbp | #13 |
| relationships mri findings | #13 |
| dominant hands | #13 |
| extension random | #13 |
| plasticity interhemispheric | #13 |
| hand motor imagery | #13 |
| thoracic extension | #13 |
| low attention | #13 |
| snbp sustained | #13 |
| involved load | #13 |
| muscles age groups | #13 |
| rehabilitation auditory | #13 |
| white matter hyperintensity | #13 |
| ratio snbp | #13 |
| gait patients | #13 |
| joint gait | #13 |
| risk factor pneumonia | #13 |
| whitecoat hypertension snbp | #13 |
| limb brain | #13 |
| mht whitecoat hypertension | #13 |
| activity poststroke | #13 |
| reclining position | #13 |
| actual movement | #13 |
| intermedin gene | #13 |
| optimum time interval | #13 |
| hypertension snbp | #13 |
| stroke healthy individuals | #13 |
| scale contraversive | #13 |
| disturbed network | #13 |
| dti fractional | #13 |
| lesions 1007 | #13 |
| snbp sustained hypertension | #13 |
| neck shoulder complaints | #13 |
| odds ratio snbp | #13 |
| ankle–foot orthosis | #13 |
| evaluated sensorimotor | #14 |
| lvh trend p0003 | #14 |
| skeletal pneumonia | #14 |
| plantarflexor dorsiflexor | #14 |
| lvh japanese women | #14 |
| lacunar infarction lvh | #14 |
| genotypes lacunar infarction | #14 |
| association genetic lvh | #14 |
| tms stroke | #14 |
| stroke method | #14 |
| auditory biofeedback | #14 |
| 1513a | #14 |
| aging brain diseases | #14 |
| lld total | #14 |
| muscles deglutition | #14 |
| people pneumonia | #14 |
| tertile bapwv | #14 |
| plasticity rehabilitation | #14 |
| eeg induced | #14 |
| mht hbp | #14 |
| lvh trend | #14 |
| gene 1513a | #14 |
| lvh levels genotypes | #14 |
| infarction lvh | #14 |
| movements elderly | #14 |
| real arm | #14 |
| circuit values | #14 |
| thoracic flexion | #14 |
| prr gene 1513a | #14 |
| genotypes lacunar | #14 |
| men250 | #14 |
| gene lacunar | #14 |
| 1513a lacunar infarction | #14 |
| male paresis | #14 |
| approach modifiable | #14 |
| rhomboid major | #14 |
| lacunar infarction p001 | #14 |
| oscillatory communication | #14 |
| sarcopenia sarcopenic dysphagia | #14 |
| lvh p0003 | #14 |
| ultrasound real | #14 |
| 1513a lacunar | #14 |
| wmh adjustment | #15 |
| ccr odds ratio | #15 |
| ccr 60 173 | #15 |
| facilitation transcranial | #15 |
| modified rating | #15 |
| 60 173 prevalence | #15 |
| liftoff point | #15 |
| force stand | #15 |
| testing rating | #15 |
| tears aging | #15 |
| feedback prosthesis | #15 |
| continuous variable ccr | #15 |
| 27 p0003 | #15 |
| aa genotypes p001 | #15 |
| japan hbp | #15 |
| tears healthy | #15 |
| muscles voluntary | #15 |
| whitecoat hypertension hbp | #15 |
| brunnstrom stage | #15 |
| methodsthirty subjects | #15 |
| lacunar infarcts wmh | #15 |
| polymorphisms prr | #15 |
| task strain | #15 |
| orthosis ankle | #15 |
| tears differences | #15 |
| hyperintensity general | #15 |
| activity teachers | #15 |
| p001 lvh | #15 |
| hand voluntary | #15 |
| ccr wmh | #15 |
| adjusted wmh | #15 |
| muscle acoustic | #15 |
| current preferentially | #15 |
| ccr continuous variable | #15 |
| bapwv adjusted | #15 |
| prevalence lacunar infarcts | #15 |
| association ccr | #15 |
| infarcts 24 | #15 |
| bapwv groups | #15 |
| area sensory | #15 |
| compensatory movement | #15 |
| variable lacunar | #15 |
| hyperintensity groups | #15 |
| primary motor cortices | #15 |
| odds ratio ccr | #15 |
| recruited ohasama | #15 |
| prosthesis reduces | #15 |
| ccr odds | #15 |
| lacunar infarcts adjustment | #15 |
| ccr prevalence | #15 |
| preferentially generates | #15 |
| ccr lacunar infarcts | #15 |
| stiffness upper | #15 |
| ccr continuous | #15 |
| silent lacunar infarcts | #15 |
| underlying interhemispheric | #16 |
| snbp mht | #16 |
| movement elderly | #16 |
| snbp | #16 |
| correlated real | #16 |
| tasks feedback | #16 |
| analysis lacunar | #16 |
| t2weighted hyperintense lesion | #16 |
| women ohasama | #16 |
| classification ankle | #16 |
| lacunar infarction | #16 |
| mechanisms motor recovery | #16 |
| paretic step | #16 |
| width healthy | #16 |
| flexion paretic | #16 |
| mmhg cbp | #16 |
| fibrillation potentials | #16 |
| corticocortical interaction | #16 |
| condition gait | #16 |
| dti fibre tractography | #16 |
| dorsal scapular | #16 |
| mht snbp | #16 |
| movement vision | #16 |
| lesions future | #16 |
| submotor threshold | #16 |
| infarcts groups | #16 |
| pressure snbp | #16 |
| rehabilitation dysphagia | #17 |
| measured hands | #17 |
| model casual | #17 |
| girdle muscles | #17 |
| facilitate neural | #17 |
| strength swallowing | #17 |
| midstance | #17 |
| stiffness combination | #17 |
| lesions sensory | #17 |
| twentyfourhour daytime | #17 |
| length unaffected | #17 |
| version rating | #17 |
| activation sol | #17 |
| functional gain patients | #17 |
| phenomena movement | #17 |
| interactions motor | #17 |
| maximal product | #17 |
| prevent higher | #17 |
| decrease cognitive function | #17 |
| stroke neural | #17 |
| facilitate motor | #17 |
| contraction 10 | #17 |
| imd polymorphism | #17 |
| inhibitory transcranial | #17 |
| lessaffected | #17 |
| matter aftercare | #18 |
| 7284 years | #18 |
| cbp mht | #18 |
| trend p0003 | #18 |
| learned nonuse | #18 |
| tms neurophysiology | #18 |
| lower mp | #18 |
| controlled repeated | #18 |
| sagittal plane | #18 |
| upper limb hemiparesis | #18 |
| mht cbp | #18 |
| image electric | #18 |
| conventional vertical | #18 |
| ball higher | #18 |
| stroke hemiplegic | #18 |
| electromyography shoulder | #18 |
| tdcs treatments | #18 |
| items dressing | #18 |
| walking stroke | #18 |
| neurorehabilitation approaches | #18 |
| monitoring teaching | #18 |
| mmhg white | #18 |
| phase ankle | #18 |
| muscles risk | #18 |
| waves threshold | #18 |
| lesions cognitive | #19 |
| fibre tractography | #19 |
| cognitive motor disorders | #19 |
| people relapse | #19 |
| electrotactile stimulation | #19 |
| relationship longitudinal | #19 |
| perceived leg | #19 |
| respiratory swallowing | #19 |
| variable ccr | #19 |
| typing task | #19 |
| corticospinal descending | #19 |
| motor neural | #19 |
| measured vision | #19 |
| asymptomatic people | #19 |
| determine combinations | #19 |
| prevent silent | #19 |
| hebbian plasticity | #19 |
| muscle mep | #19 |
| based oscillatory | #19 |
| repetitive peripheral | #19 |
| walking loads | #19 |
| sgs 1 | #19 |
| blood pressure predictive | #19 |
| damaged motor | #19 |
| induced tms | #20 |
| trts | #20 |
| lifespace mobility | #20 |
| ratios muscles | #20 |
| arm relationship | #20 |
| dti fiber tractography | #20 |
| behavioural inattention | #20 |
| mht white | #20 |
| muscles magnetic | #20 |
| involves developing | #20 |
| pneumonia inpatients | #20 |
| metacognitive process | #20 |
| conditions muscles | #20 |
| prioritize physical | #20 |
| feet healthy | #20 |
| recruited association | #20 |
| risk silent | #20 |
| ratios sustained | #20 |
| deterioration healthy | #20 |
| investigated silent | #20 |
| hypertrophy japanese | #21 |
| hand decrease | #21 |
| frontal body | #21 |
| tms short | #21 |
| extension shoulder | #21 |
| 915 accuracy | #21 |
| regulation joint | #21 |
| healthy controls authors | #21 |
| week rehabilitation | #21 |
| stand healthy | #21 |
| sarcopenia new | #21 |
| swallowing muscles | #21 |
| groups trunk | #21 |
| improvement motor deficits | #21 |
| limb chronic | #21 |
| deltoid upper | #21 |
| handrail | #21 |
| bapwv compared | #21 |
| sensory area | #21 |
| solving spectroscopy | #21 |
| asymptomatic tears | #22 |
| trial probe | #22 |
| motion throwing | #22 |
| perceived lld | #22 |
| based ankle | #22 |
| muscle elasticity | #22 |
| sternohyoid muscle | #22 |
| tractographybased analysis | #22 |
| sensory brain | #22 |
| discrepancy total | #22 |
| infarcts adjustment | #22 |
| muscle mass malnutrition | #22 |
| adrenomedullin blood pressure | #22 |
| subjects lacunar | #22 |
| pusher syndrome | #22 |
| mep response | #22 |
| silent lacunar | #22 |
| groups grade | #22 |
| polymorphism prr | #22 |
| intermedin am2 imd | #22 |
| muscles asymptomatic | #22 |
| condition forward | #22 |
| tool rating | #22 |
| relationship motor function | #22 |
| patients motor disorders | #22 |
| brain structural imaging | #22 |
| stimulation feedback | #22 |
| lvh japanese | #23 |
| swallowing cough | #23 |
| trajectories movement | #23 |
| inhibition voluntary | #23 |
| ambulatory versus | #23 |
| subjects pfc | #23 |
| individuals young | #23 |
| neurocytology | #23 |
| muscles repetitive | #23 |
| feet measured | #23 |
| force body | #23 |
| paretic nonparetic | #23 |
| offices predictive | #23 |
| facilitate teaching | #23 |
| poststroke motor recovery | #24 |
| decreased fractional anisotropy | #24 |
| restricted variability | #24 |
| pneumonia pressure | #24 |
| hands experiment | #24 |
| therapeutic exercises | #24 |
| lateromedial direction | #24 |
| onset relapse | #24 |
| association prorenin | #24 |
| exonic insertion | #24 |
| japanese ohasama | #24 |
| oscillatory neural activity | #24 |
| lld control | #24 |
| paresis psychometrics | #24 |
| muscles ultrasound | #24 |
| women prr | #25 |
| activity levator | #25 |
| classify gait | #25 |
| stroke processes | #25 |
| pelvis stress | #25 |
| polymorphisms lacunar | #25 |
| malnutrition risk factors | #25 |
| contraction ultrasound | #25 |
| differences scapular | #25 |
| t2m | #25 |
| exercise gastric | #25 |
| neurological covid19 | #25 |
| age silent | #25 |
| intermedin am2 | #25 |
| neurons micro | #25 |
| underlying tms | #25 |
| subjects vertical | #25 |
| association lacunar infarction | #25 |
| stiffness dorsal | #25 |
| threshold tms | #26 |
| gender hand | #26 |
| effects music therapy | #26 |
| mp 005 | #26 |
| mass forward | #26 |
| load sensors | #26 |
| neurons tms | #26 |
| respiratory muscle weakness | #26 |
| repeated thermal | #26 |
| control feet | #26 |
| participants center | #26 |
| calculation task | #26 |
| 1513a polymorphism | #26 |
| movements low | #26 |
| conducting corticospinal | #26 |
| izumi | #27 |
| inhibition antagonist | #27 |
| mns activation | #27 |
| mediolateral cop | #27 |
| scapular motion | #27 |
| ohasama | #27 |
| lvh levels | #27 |
| population ohasama | #27 |
| feedback tasks | #27 |
| ohasama study | #27 |
| heel lift | #27 |
| women aa genotypes | #27 |
| circular coil | #27 |
| cst healthy | #27 |
| interrater reliability test | #27 |
| individuals stand | #27 |
| extension tasks | #27 |
| evidence tms | #27 |
| ankle muscles | #27 |
| movement devices | #27 |
| poor rehabilitation outcome | #27 |
| decreased direction | #27 |
| magnetic flux densities | #27 |
| coefficient interrater | #28 |
| asymptomatic rotator | #28 |
| comfortable pace | #28 |
| risk factor 95 | #28 |
| spectroscopy calculation | #28 |
| strength ball | #28 |
| trajectories measured | #28 |
| tablet screen | #28 |
| induce neuritogenesis | #28 |
| assessment scapula | #28 |
| body representation | #28 |
| rtms unaffected | #28 |
| 48xxyy | #28 |
| unit induced | #28 |
| creativity process | #28 |
| attention correlated | #28 |
| students teaching | #28 |
| infarcts subjects | #28 |
| neuronal regenerative | #28 |
| variability direction | #28 |
| rehabilitation icf | #28 |
| strokeaffected hemisphere | #28 |
| tms mechanisms | #29 |
| orthosis | #29 |
| paresis aged | #29 |
| assessment elasticity | #29 |
| age swallowing | #29 |
| okita | #29 |
| individuals proteinuria | #29 |
| mmhg sustained | #29 |
| mft | #29 |
| dysfunction silent | #29 |
| nonparetic | #29 |
| walking activity | #29 |
| prr gene | #29 |
| activation coactivation | #29 |
| inattention test | #29 |
| circuit wiring | #29 |
| stimulation interhemispheric | #30 |
| practice disability | #30 |
| neural plasticity | #30 |
| orthosis gait | #30 |
| functions experiment | #30 |
| ccr 60 | #30 |
| association kidney dysfunction | #30 |
| force support | #30 |
| contraversive pushing | #30 |
| malnutrition loss | #30 |
| height condition | #30 |
| patient hemiparesis | #30 |
| exercise approach | #30 |
| factor pneumonia | #31 |
| delivered safety | #31 |
| effective motor | #31 |
| activation dual | #31 |
| hemiparesis stroke | #31 |
| shoulder superficial | #31 |
| dysphagia cough | #31 |
| putative confounding factors | #31 |
| visual detection tasks | #31 |
| skeletal shoulder | #31 |
| function silent | #31 |
| metacognitive functions | #31 |
| pelvic ligaments | #31 |
| validity manual | #31 |
| rehabil | #31 |
| variability position | #32 |
| presence lacunar | #32 |
| timing therapeutic | #32 |
| subitem | #32 |
| strategies body | #32 |
| correlated dual | #32 |
| evaluated motion | #32 |
| utility diffusion | #32 |
| supraspinatus muscle | #32 |
| higher mht | #32 |
| mass malnutrition | #32 |
| pneumonia older | #32 |
| isp duration | #32 |
| ankle gait | #32 |
| social interaction study | #32 |
| peripheral magnetic | #32 |
| lesions 0001 | #32 |
| generator 1 | #33 |
| study learned | #33 |
| walking rehabilitation | #33 |
| subjects dual | #33 |
| infarcts wmh | #33 |
| wmh investigated | #33 |
| stimulation supplementary | #33 |
| device theoretical | #34 |
| spectroscopy devices | #34 |
| individuals masked hypertension | #34 |
| inhibition forearm | #34 |
| based raters | #34 |
| movements vision | #34 |
| objective finding | #34 |
| inspiratory respiratory | #34 |
| teachers increased | #34 |
| sacroiliac joint sij | #34 |
| adult elasticity | #34 |
| older people sarcopenia | #34 |
| training based | #34 |
| oral stage | #34 |
| scapular muscle | #34 |
| dexterity stroke | #34 |
| velocity center | #35 |
| ohasama japan | #35 |
| diffuse axonal | #35 |
| bci motor | #35 |
| stimulation incidence | #35 |
| movements young | #35 |
| induced neuritogenesis | #35 |
| 680 ± | #35 |
| interhemispheric interaction | #35 |
| ° arm | #35 |
| dti fibre | #35 |
| rehabilitative approaches | #36 |
| findings generally | #36 |
| infarcts odds | #36 |
| techniques electromyography | #36 |
| management bpsd | #36 |
| efficient motor | #36 |
| suggested body | #36 |
| poststroke hemiparesis | #36 |
| traumatic consciousness | #36 |
| hip bones | #37 |
| bone cattle | #37 |
| plantarflexor | #37 |
| forearm reflex | #37 |
| bapwv subjects | #37 |
| oscillatory brain | #37 |
| individuals older | #37 |
| connection model | #37 |
| advantages light weight | #37 |
| skeletal paresis | #37 |
| population aftercare | #38 |
| force plates | #38 |
| elevation compared | #38 |
| anisotropy cognition | #38 |
| geniohyoid muscle | #38 |
| individuals neck | #38 |
| time sts | #38 |
| fcr muscle | #38 |
| induced voluntary | #38 |
| waves hand | #39 |
| elevation scapular | #39 |
| systems gait | #39 |
| performed stand | #39 |
| clinicians select | #39 |
| rotation thoracic | #39 |
| 1073 individuals | #39 |
| anklefoot orthosis | #39 |
| incidence eeg | #39 |
| ankle foot orthosis | #39 |
| plasticity phantom | #39 |
| paresis reaction | #39 |
| pathogenesis interactions | #40 |
| groups silent | #40 |
| densities generated | #40 |
| reference guide | #40 |
| muscles swallowing | #40 |
| predictive ambulatory | #40 |
| tasks hands | #40 |
| usedependent plasticity | #40 |
| icf rehabilitation | #40 |
| individuals center | #40 |
| infarct white | #40 |
| discrepancy lld | #40 |
| timing combination | #40 |
| 2 intermedin | #40 |
| stiffness ankle | #40 |
| relationship activation | #40 |
| rehabilitation practice | #41 |
| middle deltoid | #41 |
| foot patients | #41 |
| practice reference | #41 |
| joint sacrum | #41 |
| range walking | #41 |
| 1060 individuals | #41 |
| movement passive | #41 |
| area damaged | #41 |
| stand movement | #41 |
| 794 individuals | #42 |
| insight problem | #42 |
| motor sensory functions | #42 |
| facilitation induced | #42 |
| strain ratios | #42 |
| 779 subjects | #42 |
| agency ownership | #42 |
| based neurorehabilitation | #42 |
| ambulatory casual | #42 |
| transsynaptic activation | #42 |
| hand dominance | #42 |
| inferior fronto | #43 |
| lacunar white | #43 |
| length walking | #43 |
| lacunar infarcts | #43 |
| attention rehabilitation | #43 |
| space mobility | #43 |
| adult 95 | #43 |
| pfc studies | #43 |
| types strategies | #43 |
| simultaneously included | #43 |
| gait subjects | #43 |
| development version | #43 |
| stem electrodes | #44 |
| motor recovery | #44 |
| scalprecorded eeg | #44 |
| 150 msec | #44 |
| cognitive disorders | #45 |
| tms brain | #45 |
| capacitor resistor | #45 |
| effects shelf | #45 |
| 13yearold female | #45 |
| msec stimulation | #45 |
| position participants | #46 |
| force ultrasound | #46 |
| subscale analysis | #46 |
| rtms sessions | #46 |
| devices paresis | #46 |
| studies scans | #47 |
| interhemispheric competition | #47 |
| wmh grade | #47 |
| young older individuals | #47 |
| degree recovery | #47 |
| stimulation noninvasive | #47 |
| mm asymptomatic | #47 |
| horizontal bar | #47 |
| speech transcranial | #47 |
| scapular upward rotation | #47 |
| sittostand movement | #48 |
| hemiplegia stroke | #48 |
| anxiety smd | #48 |
| length discrepancy | #48 |
| pressure closely | #48 |
| scapular posterior | #48 |
| brain peripheral nerve | #48 |
| digastric muscle | #48 |
| bapwv higher | #48 |
| paretic | #48 |
| mediolateral center | #48 |
| plasticity homeostatic | #49 |
| subjects wmhs | #49 |
| bapwv measurement | #49 |
| fingers health | #49 |
| generated force | #49 |
| attention postural | #50 |
| cathodal transcranial | #50 |
| walking analysis | #50 |
| patients pfc | #50 |
| contraction motor | #50 |
| body study | #50 |
| stand sts | #50 |
| ratio upper | #50 |
| muscles computer | #50 |
| patients prioritize | #50 |
| unilateral primary tha | #50 |
| range week | #51 |
| p0003 compared | #51 |
| whitematter hyperintensity | #51 |
| infarcts age | #51 |
| student role | #51 |
| authors variability | #51 |
| frequency repetitive | #51 |
| attention hand | #52 |
| dysphagia rehabilitation | #52 |
| diffuse axonal injury | #52 |
| rural japanese community | #52 |
| level functional | #52 |
| am2 imd | #52 |
| older evaluated | #52 |
| genotypes p001 | #52 |
| correlated mc | #52 |
| symptomatic cerebral infarction | #52 |
| clinical dti | #52 |
| joint stiffness | #52 |
| independent ambulatory | #53 |
| versus clinic | #53 |
| plasticity motor | #53 |
| effects ankle | #53 |
| pemf exposure | #53 |
| coefficient field | #53 |
| odds ratios presence | #53 |
| arterial stiffness presence | #54 |
| limb healthy | #54 |
| wrist movement | #54 |
| odds ratio prevalence | #54 |
| rotation higher | #54 |
| conventional imaging techniques | #54 |
| articular reference values | #54 |
| categories component | #55 |
| stroke impairments | #55 |
| radialis fcr | #55 |
| sarcopenic dysphagia | #55 |
| stimulation unaffected | #55 |
| categories icf | #56 |
| swallowing muscle | #56 |
| reproducibility disability | #56 |
| infarction p001 | #56 |
| dualtask walking | #56 |
| scapular upward | #56 |
| values ambulatory | #57 |
| recorded eeg | #57 |
| values nighttime | #58 |
| muscle factors | #58 |
| wmh independent | #58 |
| predictors degree | #58 |
| muscles animal | #58 |
| observed foot | #58 |
| function dysphagia | #58 |
| prefrontal cortex activation | #58 |
| p0001 upper | #58 |
| total intervention | #58 |
| tested muscle | #58 |
| electrotactile feedback | #58 |
| 0001 lesions | #59 |
| p0001 strain | #59 |
| brunnstrom | #59 |
| inhibition hand | #59 |
| human motor control | #59 |
| individuals masked | #59 |
| muscles joint | #60 |
| aged multitasking | #60 |
| plasticity body | #60 |
| elevation activity | #60 |
| 24hour ambulatory | #60 |
| flexor moment | #60 |
| declining physical function | #60 |
| rehabilitation approaches | #61 |
| strength respiratory | #61 |
| generated conventional | #61 |
| brainstem encephalitis | #62 |
| compared cst | #62 |
| japan reproducibility | #62 |
| walking device | #62 |
| pulsed electromagnetic field | #62 |
| imaging fibre | #62 |
| recovery article | #62 |
| trial walking | #62 |
| upper trapezius | #62 |
| multidisciplinary evidence | #62 |
| pain superficial | #63 |
| stimulation cathodal | #63 |
| measurement pulsed | #63 |
| body representations | #64 |
| sham transcranial | #64 |
| corticospinal axon | #64 |
| callosum functional | #64 |
| infrared walking | #64 |
| realtime tissue elastography | #65 |
| model ambulatory | #65 |
| interhemispheric inhibition | #65 |
| low inspiratory | #65 |
| 005 bar | #65 |
| electrotactile | #65 |
| foot orthosis | #66 |
| stroke walking | #66 |
| bone phase | #66 |
| teachinglearning process | #66 |
| task accomplishment | #66 |
| stimulation virtual | #67 |
| postural orientation | #67 |
| flexion swing | #67 |
| accuracy individuals | #67 |
| cst dti | #67 |
| modulation oscillatory | #67 |
| scapula sex | #67 |
| scapular rotation | #67 |
| disease pulsatile | #67 |
| lower elasticity | #67 |
| function test | #67 |
| 363 individuals | #67 |
| length subjects | #68 |
| shoulder positions | #68 |
| wernickes aphasia | #68 |
| encephalitis magnetic resonance | #68 |
| stimuli reported | #68 |
| advancing translational | #69 |
| elastography rte | #69 |
| representation brain | #69 |
| 01 14 | #69 |
| swing phase | #69 |
| contraction rest | #69 |
| hbp cbp | #69 |
| decline higher | #69 |
| block test | #70 |
| articular sacroiliac | #70 |
| analysis load | #70 |
| induced transcranial | #70 |
| rehabilitation field | #71 |
| risk carotid atherosclerosis | #71 |
| infarcts white | #71 |
| body schema | #71 |
| gait performances | #71 |
| paresis stroke | #71 |
| sittostand sts | #72 |
| infrahyoid | #72 |
| patients hemiplegia | #72 |
| pneumonia management | #72 |
| values simultaneously | #73 |
| cbp hbp | #73 |
| movements aged | #73 |
| wmh lacunar | #73 |
| onset pneumonia | #73 |
| goals rehabilitation | #73 |
| feedback visual | #73 |
| 01 06 | #74 |
| mild cognitive disorders | #74 |
| age asymptomatic | #74 |
| illness white matter | #74 |
| poststroke motor | #74 |
| muscles age | #75 |
| cop trajectories | #75 |
| adrenomedullin 2 | #76 |
| lesions blood | #76 |
| symptomatic cerebrovascular | #76 |
| lower pneumonia | #76 |
| hemiplegic patients | #76 |
| sacroiliac joint | #76 |
| teacher role | #76 |
| cells ache | #76 |
| patients voxel | #76 |
| sijs | #77 |
| dysfunction 18 | #77 |
| rest contraction | #77 |
| symptomatic compared | #77 |
| stroke 2 | #77 |
| presence silent | #78 |
| electromyographic activities | #78 |
| corpus callosum lesions | #78 |
| study adrenomedullin | #79 |
| prevalence silent | #79 |
| hand stroke | #79 |
| vision participants | #79 |
| proximal arm | #80 |
| deterioration physical | #80 |
| hypertension hbp | #80 |
| weeks rtms | #80 |
| brain damage patients | #80 |
| combination motor | #80 |
| studies neural | #80 |
| interhemispheric inhibition ihi | #81 |
| eightysix subjects | #81 |
| muscle activities | #81 |
| properties walking | #82 |
| reciprocal inhibition | #82 |
| bones range | #82 |
| aspiration respiratory | #82 |
| descending volleys | #82 |
| noninvasive brain stimulation | #82 |
| task solving | #83 |
| differentiation chromaffin | #83 |
| wechsler memory scalerevised | #83 |
| ankle foot orthoses | #83 |
| suprahyoid | #83 |
| induced prolonged | #83 |
| mep facilitation | #84 |
| nerve regulation | #84 |
| vision study | #84 |
| new rehabilitation | #85 |
| head gastrocnemius | #85 |
| height2 | #85 |
| role pfc | #85 |
| antagonist muscles | #85 |
| flexion muscle | #86 |
| decline 7 | #86 |
| position stroke | #86 |
| wernicke aphasia | #86 |
| improving gait | #86 |
| pulsed magnetic field | #87 |
| total cognitive | #87 |
| lesions japanese | #87 |
| elderly decreased | #87 |
| densities 01 | #87 |
| agonist antagonist muscles | #87 |
| lower trapezius | #87 |
| pressure ambulatory | #87 |
| patients dti | #88 |
| muscle strength mass | #89 |
| length step | #89 |
| evaluated strength | #89 |
| observed movement | #89 |
| testing cognitive | #89 |
| imaging evaluating | #89 |
| landscape cortical | #89 |
| controls dti | #89 |
| bci classification | #90 |
| psth | #90 |
| sensorimotor rhythm | #90 |
| tissue elastography | #90 |
| arteries asymptomatic | #90 |
| weakness risk | #90 |
| asymptomatic healthy | #90 |
| imaging fiber | #91 |
| hreflex amplitude | #91 |
| modalities walking | #91 |
| lesions lacunar | #91 |
| temperature acetylcholinesterase | #91 |
| teacher student | #91 |
| paretic muscles | #92 |
| u0126 sb203580 | #93 |
| passive movement | #93 |
| function reproducibility illness | #93 |
| phantom limb pain | #93 |
| paresis postural | #93 |
| weakness onset | #93 |
| activity fronto | #94 |
| infarction trend | #94 |
| lesions white | #94 |
| rehabilitation motor | #94 |
| japanese cohort study | #94 |
| differences gait | #94 |
| study classify | #96 |
| limb paresis | #96 |
| movement rehabilitation | #96 |
| barefoot condition | #97 |
| ± lower | #97 |
| 95 relapse | #97 |
| school baseball | #97 |
| decreased observed | #97 |
| poststroke patients | #97 |
| months t6 | #98 |
| walking ankle | #98 |
| tms induced | #98 |
| classification gait | #98 |
| capacity 7 | #98 |
| search coil | #98 |
| measured theoretical | #99 |
| muscles shoulder | #99 |
| movement measured | #99 |
| stage functional | #99 |
| assessment correlation | #100 |
| lower older | #100 |
| square values | #100 |
| generated larger | #100 |
| healthy study | #100 |
| leg length discrepancy | #101 |
| motor plasticity | #101 |
| demands cognitive | #101 |
| bilateral hearing impairment | #101 |
| matter hyperintensity | #102 |
| adults participated | #102 |
| bars bar | #102 |
| ambulatory cerebrovascular | #102 |
| distribution compliance | #102 |
| chronic hemiparesis | #103 |
| afo | #103 |
| 005 soleus | #103 |
| reaction visual | #103 |
| participants music | #104 |
| hemiplegia | #104 |
| plasticity sex | #104 |
| activity transcranial | #104 |
| length gait | #104 |
| rehabilitation sessions | #105 |
| promote motor | #105 |
| rest voluntary | #105 |
| random combination | #106 |
| measured hip | #107 |
| increased mep | #107 |
| prolonged disorders | #107 |
| reaction force | #107 |
| therapy behavioral | #107 |
| ipsilateral silent period | #107 |
| afos | #108 |
| supplementary motor areas | #108 |
| lesions patients | #108 |
| icf | #108 |
| eeg tms | #108 |
| cathodal sham | #108 |
| inhibition intracortical | #109 |
| arm elevation | #109 |
| improve hip | #109 |
| coaching interventions | #109 |
| muscle thickness | #109 |
| network hemisphere | #109 |
| aphasia wernicke | #110 |
| cerebrovascular lesions | #110 |
| tms compared | #110 |
| limb somatosensory | #110 |
| players control | #111 |
| dti detect | #111 |
| low somatic | #111 |
| muscles studies | #112 |
| subjects shoulder | #112 |
| theta burst stimulation | #112 |
| injury diffusion | #112 |
| function real | #112 |
| ratio muscle | #112 |
| strain ratio | #112 |
| length conditions | #113 |
| kinesthesia | #113 |
| trunk inclination | #114 |
| mirror neuron | #114 |
| agingrelated loss | #114 |
| closely risk | #114 |
| incidence ranged | #114 |
| notebook | #115 |
| rehabilitation stroke patients | #115 |
| 120° | #115 |
| movements individuals | #115 |
| ambulatory brain | #115 |
| lesions prevent | #115 |
| reciprocal activation | #116 |
| conditions auditory | #116 |
| nibs | #116 |
| masked hypertension mht | #116 |
| hand visual | #116 |
| community ambulators | #117 |
| genotypes polymorphism | #117 |
| time tissue | #117 |
| activity shoulder | #117 |
| 3 weeks surgery | #117 |
| acquiring new | #118 |
| position decreased | #118 |
| mhl | #119 |
| dynamic balance control | #120 |
| brain suggested | #120 |
| controls evaluation | #120 |
| hyperintensity wmh | #121 |
| illusion rhi | #121 |
| consistency items | #121 |
| masked white | #121 |
| ankle stiffness | #121 |
| people sarcopenia | #121 |
| extensor carpi radialis | #122 |
| skeletal rotator | #123 |
| neurologic hemiplegia | #123 |
| gait stability | #123 |
| magnetic stimulation | #124 |
| stroke mechanisms | #124 |
| inhibition ihi | #124 |
| biological pelvic | #124 |
| ° shoulder | #124 |
| sij | #125 |
| muscles levels | #125 |
| determination cerebrovascular | #125 |
| paralyses | #125 |
| individuals variability | #126 |
| symptoms smd | #126 |
| firing probability | #126 |
| deep transcranial | #126 |
| tms delivered | #126 |
| muscles motor | #126 |
| instantaneous measurement | #127 |
| incobotulinumtoxina | #127 |
| arm stroke | #127 |
| mass divided | #127 |
| objective findings | #128 |
| movement motor | #128 |
| 005 healthy | #128 |
| neuritogenesis | #128 |
| activation negatively | #128 |
| sensory modalities | #129 |
| baseball players | #129 |
| lesions motor | #129 |
| papez | #130 |
| term auditory | #130 |
| disorders diffusion | #130 |
| combinations techniques | #130 |
| older individuals | #130 |
| hormones polymorphism | #130 |
| medial head | #130 |
| measured steps | #131 |
| disorders abnormal | #131 |
| gait healthy | #131 |
| 02 points | #131 |
| hz tacs | #132 |
| visual detection task | #132 |
| digastric | #133 |
| lesions individuals | #133 |
| 16 clinical | #133 |
| denervated rat | #133 |
| implants stroke | #134 |
| nighttime ambulatory | #134 |
| rotator cuff tears | #135 |
| years poststroke | #135 |
| force grf | #135 |
| early stance | #136 |
| pneumonia low | #136 |
| impairment assessment | #136 |
| muscles measured | #138 |
| tms primary | #138 |
| maladaptive | #139 |
| joint movement | #139 |
| synchronization ers | #139 |
| rehabilitation accidental | #139 |
| tendon vibration | #141 |
| interpersonal interaction | #142 |
| management sarcopenia | #142 |
| magnetic stimuli | #143 |
| oscillatory neural | #144 |
| difference degree | #144 |
| response transcranial | #144 |
| rehabilitative interventions | #144 |
| pressure position | #144 |
| imitation | #145 |
| scans multiple | #145 |
| mechanisms future | #146 |
| f3 4 | #147 |
| improved hearing | #147 |
| humans associations | #147 |
| anklefoot orthoses | #147 |
| imagery patients | #148 |
| computer work | #148 |
| cells cell growth | #149 |
| external rotation | #149 |
| plasticity paresis | #149 |
| motility ghrelin | #149 |
| hemiparetic patients | #149 |
| muscle belly | #149 |
| 16 healthy controls | #151 |
| pulse timing | #151 |
| figure coil | #151 |
| density generated | #151 |
| lower limb | #151 |
| hemiplegic stroke | #151 |
| sts adult | #151 |
| individualized strategies | #152 |
| activity prefrontal cortex | #152 |
| evaluation comparing | #152 |
| 600v | #152 |
| instructed perform | #152 |
| stimulation activities | #152 |
| lacunar aged | #152 |
| stroke impairment | #152 |
| paretic hand | #152 |
| stiffness early | #152 |
| 3 experimental conditions | #153 |
| oral floor | #154 |
| probe design | #154 |
| reliability interrater | #154 |
| stroke improvement | #155 |
| laryngeal penetration | #155 |
| reaction forces | #156 |
| voltage cycle | #156 |
| hands feet | #156 |
| 135 85 | #156 |
| chronic stage | #157 |
| ambulatory carotid | #157 |
| tms studies | #157 |
| addition light | #157 |
| infarction white | #157 |
| attention healthy | #158 |
| normal postoperative | #158 |
| tongue aged | #158 |
| ambulatory cerebral | #159 |
| geniohyoid | #159 |
| dti cst | #160 |
| reflex amplitude | #160 |
| values numerical | #161 |
| magnetic field measurement | #162 |
| tendon reflex | #162 |
| bodied subjects | #163 |
| cathodal stimulation | #163 |
| step width | #163 |
| intended movement | #163 |
| devices biomechanical | #164 |
| therapeutic program | #164 |
| subclinical cerebrovascular | #165 |
| competitive interaction | #165 |
| hypertension mht | #165 |
| coefficient internal | #166 |
| vasodilator peptide | #166 |
| flexion movement | #167 |
| recovery developed | #167 |
| stimuli body | #167 |
| body ownership | #167 |
| lobe pilot | #167 |
| control stand | #168 |
| upward rotation | #168 |
| rubber hand illusion | #168 |
| guide practice | #168 |
| differences kinematics | #168 |
| tongue pressure | #168 |
| lacunar | #169 |
| leading long | #169 |
| rotation greater | #170 |
| position aged | #170 |
| polymorphism renal | #171 |
| central muscle | #173 |
| dual task | #174 |
| shoulder complaints | #174 |
| tokyo metropolitan institute | #174 |
| dualtask interference | #174 |
| lesions arterial | #175 |
| injury frequently | #175 |
| intellectual activity | #176 |
| activity students | #176 |
| individuals 55 | #177 |
| prorenin receptor prr | #178 |
| improved hand | #178 |
| muscles young | #178 |
| joint electromyography | #179 |
| throwing shoulder | #179 |
| movement individuals | #179 |
| stimuli hand | #180 |
| measured gait | #180 |
| scapulae | #180 |
| paretic arm | #180 |
| condition older | #180 |
| parameters recovery | #180 |
| discharge rehabilitation | #181 |
| stroke silent | #181 |
| arm improved | #182 |
| specific exercise | #182 |
| individuals stroke | #182 |
| agonist muscle | #183 |
| vertical direction | #183 |
| calculation values | #183 |
| ihi | #184 |
| waves ultrasonography | #184 |
| movement young | #184 |
| prosocial effects | #185 |
| 395 ° | #185 |
| patient perceived | #185 |
| plasticity transcranial | #185 |
| fields numerical | #186 |
| conditions walking | #186 |
| single motor unit | #186 |
| noninvasive brain | #186 |
| stimulation review | #186 |
| bipedal walking | #187 |
| injury cognitive | #187 |
| denervated muscle | #187 |
| normalized root | #188 |
| ambulators | #188 |
| scapular | #188 |
| bestperforming model | #188 |
| gait | #189 |
| component body | #189 |
| term rehabilitation | #189 |
| muscles middle | #190 |
| arm measured | #190 |
| rehabilitative treatment | #190 |
| independent processing | #190 |
| disease transcranial | #190 |
| coaching intervention | #191 |
| rocker | #192 |
| infrared stroke | #193 |
| higher wmh | #193 |
| dimensional motion | #193 |
| eventrelated synchronization | #194 |
| ventricular japan | #194 |
| rehabilitation techniques | #194 |
| neuronal model | #195 |
| knee flexion | #195 |
| unilateral spatial neglect | #195 |
| performance stroke | #196 |
| ankle plantar | #196 |
| recovery traumatic | #196 |
| genetic prevalence receptors | #196 |
| stimulation nibs | #197 |
| life space | #197 |
| eeg evoked | #197 |
| dti fiber | #198 |
| plasticity functional | #199 |
| evaluating patients | #200 |
| signals sensory | #200 |
| activity walking | #200 |
| studies pneumonia | #201 |
| scores mini | #201 |
| activity dual | #202 |
| analysis force | #202 |
| repetitive tms | #202 |
| teachers students | #203 |
| stimulus artifact | #204 |
| 6 hz | #205 |
| session sessions | #205 |
| anodal transcranial | #205 |
| behavior prefrontal | #205 |
| pneumonia controls | #205 |
| rotation patients | #206 |
| tha study | #206 |
| pressure cbp | #206 |
| tdcs patients | #206 |
| tdcs anodal | #207 |
| patients tms | #209 |
| voluntary motor | #210 |
| motor learning | #210 |
| neurorehabilitation | #210 |
| contraversive | #211 |
| behavioral perspective | #211 |
| ankle joint | #211 |
| validity patients | #211 |
| complaints adult | #211 |
| hand illusion | #211 |
| unilateral spatial | #211 |
| report improvement | #211 |
| ear speech | #211 |
| adjusted confounding | #212 |
| chronic stroke patients | #212 |
| animals butadienes | #213 |
| field pemf | #213 |
| motion orientation | #213 |
| potentials mep | #213 |
| patients impairments | #214 |
| standard rehabilitation | #214 |
| movement body | #215 |
| direction horizontal | #215 |
| p005 correlated | #215 |
| mechanical walking | #216 |
| patients plastic | #216 |
| groups presence | #216 |
| thermal stimulation | #216 |
| joint sij | #216 |
| lesions carotid | #217 |
| improves gait | #217 |
| rehabilitation tool | #217 |
| area lesions | #217 |
| adjustment association | #217 |
| stimulation movement | #217 |
| rtms patients | #217 |
| effectiveness specific | #218 |
| aged paresis | #218 |
| mobility community | #219 |
| plasticity recovery | #219 |
| fast conducting | #219 |
| motorrelated areas | #220 |
| whitecoat hypertension | #220 |
| infarction square | #220 |
| multitasking behavior | #221 |
| min−1 173 | #222 |
| body function | #223 |
| fiber tractography | #223 |
| reliability measurement | #223 |
| transcranial direct | #223 |
| proven role | #224 |
| population recruited | #224 |
| pulsed magnetic | #224 |
| behavior neural | #225 |
| eeg responses | #225 |
| projects recovery | #226 |
| week walking | #226 |
| carpi radialis | #226 |
| support body | #227 |
| imitation learning | #227 |
| relation motor | #227 |
| patient mild | #228 |
| polymorphism blood | #230 |
| functional gain | #230 |
| kidney dysfunction | #231 |
| clinic blood | #231 |
| day walking | #232 |
| recovery review | #233 |
| stimulation session | #233 |
| decreased individuals | #234 |
| scores improvements | #235 |
| interrater | #235 |
| auditory feedback | #237 |
| superficial muscles | #238 |
| level somatic | #238 |
| arm disability | #238 |
| event synchronization | #239 |
| animals deglutition | #239 |
| attention groups | #240 |
| tacs | #240 |
| walking older | #240 |
| male mirror | #240 |
| healthy controls participants | #241 |
| inhibitory balance | #241 |
| icf categories | #242 |
| infarction mri | #244 |
| longitudinal body | #244 |
| older communitydwelling adults | #245 |
| mirror therapy | #245 |
| muscles muscle | #245 |
| subjects young | #245 |
| timed test | #246 |
| controls aged | #246 |
| stiffness risk | #246 |
| neural network activity | #247 |
| pain caused | #247 |
| cells imidazoles | #248 |
| genetic proteinuria | #248 |
| test version | #249 |
| eegs recorded | #249 |
| shoulder abduction | #249 |
| factors tongue | #251 |
| underlying motor | #251 |
| movement patient | #251 |
| lacunar infarct | #252 |
| kinematics kinetics | #252 |
| 24 abp | #253 |
| diseases shoulder | #253 |
| deltoid muscles | #254 |
| greater muscle | #254 |
| predictors recovery | #255 |
| task walking | #255 |
| tms patients | #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 |
| stimulation tacs | #263 |
| groups sustained | #263 |
| kinesthetic | #263 |
| rtms dlpfc | #264 |
| finger extension | #264 |
| body trunk | #264 |
| sensory impairments | #265 |
| pressure hbp | #266 |
| ratio strain | #267 |
| measured evaluate | #268 |
| dexterity | #268 |
| students increased | #269 |
| foot pressure | #270 |
| mass velocity | #270 |
| factors malnutrition | #270 |
| performance dual | #271 |
| fronto parietal | #273 |
| learning review | #273 |
| theta burst | #273 |
| age general population | #273 |
| lld | #274 |
| increase joint | #274 |
| ankle foot | #275 |
| higher symptomatic | #275 |
| synchronization evoked | #276 |
| tms pulse | #276 |
| anterior direction | #276 |
| effects music | #276 |
| butadienes cell | #276 |
| activation muscles | #277 |
| single case report | #277 |
| standardized scale | #278 |
| stimulation intensity | #278 |
| renin sex | #278 |
| measured magnetic | #279 |
| evidence motor | #279 |
| axonal injury | #279 |
| 14 stroke | #279 |
| measured accelerometers | #280 |
| response brain | #280 |
| functions motor | #280 |
| subjects middle | #281 |
| extremity movement | #281 |
| tpj | #281 |
| pegboard test | #282 |
| limb amputations | #282 |
| lateral vertical | #283 |
| llds | #284 |
| speed step | #285 |
| mild exercise | #285 |
| am2 | #285 |
| 138 subjects | #286 |
| brf | #287 |
| limb body | #287 |
| review stroke | #289 |
| loss respiratory | #292 |
| vestibular visual | #292 |
| low 20 | #295 |
| uneven surfaces | #295 |
| mri neuropsychological | #296 |
| 30 volunteers | #296 |
| headmounted displays | #297 |
| infarction 24 | #297 |
| auditory comprehension | #297 |
| voluntary movement | #298 |
| tha methods | #299 |
| measured walking | #300 |
| transcranial alternating | #301 |
| radialis | #303 |
| clinical rehabilitation | #303 |
| body movement | #304 |
| dorsiflexor | #304 |
| joint moment | #305 |
| psychometrics recovery | #306 |
| posture aged | #306 |
| thickness lower | #306 |
| movement parietal | #306 |
| level stroke | #307 |
| uneven | #307 |
| stage stroke | #307 |
| aging loss | #308 |
| anticonvulsant medication | #308 |
| immersive vr | #309 |
| exercise stroke | #310 |
| music therapy | #311 |
| compared asymptomatic | #311 |
| direct current | #311 |
| current stimulation | #312 |
| neuronlike cells | #312 |
| variance time | #312 |
| patient healthy | #314 |
| mm groups | #314 |
| magnetic pulse | #314 |
| trunk flexion | #315 |
| adults visual | #316 |
| mep | #316 |
| diffusion tensor imaging | #317 |
| kinetic kinematic | #318 |
| factor neurites | #319 |
| humans walking | #321 |
| spatial neglect | #322 |
| feet | #323 |
| pulse voltage | #324 |
| induced eeg | #324 |
| symptomatic stroke | #325 |
| tears rotator | #327 |
| kinetic control | #327 |
| work individuals | #329 |
| output capacitor | #330 |
| speed adult | #331 |
| bci based | #332 |
| stroke review | #332 |
| poststroke rehabilitation | #332 |
| sustained hypertension | #332 |
| coat hypertension | #333 |
| respiratory muscle | #333 |
| cognitive physical | #334 |
| motor cortices | #335 |
| involved steps | #336 |
| phantom limb | #336 |
| examine safety | #337 |
| shoulder girdle | #338 |
| clinical tool | #338 |
| hemisphere lesion | #339 |
| lobe transcranial | #340 |
| stimulation device | #341 |
| task observed | #342 |
| 10 healthy adults | #342 |
| transcranial magnetic | #343 |
| association kidney | #343 |
| muscle activity | #343 |
| carpi | #343 |
| visual proprioceptive | #343 |
| assessment activity | #344 |
| measurement muscle | #344 |
| time transcranial | #345 |
| ratios presence | #346 |
| cathodal | #346 |
| subjects visual | #346 |
| kinematics muscle | #346 |
| neural connections | #346 |
| surface renin | #349 |
| risk decline | #349 |
| weakness lower | #349 |
| levels closely | #352 |
| aged female humans | #352 |
| effective rehabilitation | #352 |
| stimulation sessions | #353 |
| years middle | #353 |
| controls ratio | #353 |
| frequency rtms | #353 |
| muscles response | #355 |
| corticospinal neurons | #355 |
| interventions stroke | #356 |
| stroke healthy | #357 |
| junction tpj | #357 |
| fields electromyography | #358 |
| walking study | #359 |
| gait performance | #359 |
| dual tasks | #360 |
| wave waves | #360 |
| pressure cerebrovascular | #361 |
| stimulation 10 | #362 |
| strategies individuals | #363 |
| acetylcholine esterase | #366 |
| position standing | #367 |
| measurements muscle | #370 |
| nighttime blood pressure | #374 |
| exam | #374 |
| activity steps | #375 |
| phenomena foot | #375 |
| risk factors onset | #376 |
| eventrelated desynchronization | #377 |
| foot gait | #378 |
| aged recovery | #378 |
| throwing | #378 |
| illness white | #379 |
| dti studies | #379 |
| 60 173 | #380 |
| anxiety behavioral | #381 |
| leg standing | #382 |
| mass strength | #382 |
| improvement speech | #383 |
| cortex activation | #383 |
| limb pain | #384 |
| included regression | #385 |
| stroke aging | #385 |
| values middle | #386 |
| respiratory muscle strength | #386 |
| total size | #390 |
| tropomyosinrelated kinase | #390 |
| patients healthy individuals | #391 |
| tms evoked | #391 |
| modulate neural | #392 |
| muscle contraction | #392 |
| role monitoring | #392 |
| stance phase | #393 |
| temporoparietal junction | #393 |
| physical cognitive | #393 |
| surgery functional | #393 |
| contraction increase | #393 |
| pelvic parameters | #394 |
| ratio peptide | #395 |
| abductor pollicis brevis | #395 |
| studies motor | #397 |
| distribution creatinine | #397 |
| unaffected hemisphere | #397 |
| burst stimulation | #398 |
| smartphone | #399 |
| leg length | #400 |
| reality young | #401 |
| lower limb amputation | #401 |
| trained clinicians | #402 |
| patients pdc | #402 |
| mvc force | #404 |
| new neural | #407 |
| attention motor | #407 |
| projects range | #411 |
| stair | #411 |
| newly identified member | #413 |
| surface step | #415 |
| subcortical stroke | #415 |
| 10 maximum | #416 |
| pneumonia aspiration | #416 |
| motion shoulder | #417 |
| risk functional | #418 |
| future decline | #418 |
| extension moment | #419 |
| skills neuronal | #420 |
| movement neuronal | #420 |
| function stroke | #421 |
| rehabilitation settings | #422 |
| reflex humans | #423 |
| scapular plane | #423 |
| ratio physicians | #424 |
| isp | #425 |
| dementia bpsd | #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 |
| ± 60 | #435 |
| orthogonal direction | #435 |
| hand motor | #436 |
| 17 articles | #437 |
| imaging motor | #438 |
| structure measured | #438 |
| lumbar scoliosis | #439 |
| elevated fibrinogen | #440 |
| patients stroke | #441 |
| movement perception | #442 |
| neurons nitriles | #443 |
| prorenin receptor | #443 |
| brain patients | #444 |
| angled | #446 |
| hypergonadotropic hypogonadism | #447 |
| based exercise | #447 |
| factors prevent | #447 |
| field device | #447 |
| stage diffuse | #449 |
| fma | #449 |
| coaching | #450 |
| rtms applied | #450 |
| encephalitis magnetic | #455 |
| motion analysis | #455 |
| pemf | #455 |
| intracortical inhibition | #456 |
| hebbian | #456 |
| greater utilization | #458 |
| limb spasticity | #462 |
| 18 people | #464 |
| associations respiratory | #464 |
| effects transcranial | #465 |
| sensorimotor cortices | #465 |
| interrater reliability | #465 |
| silent | #466 |
| interface based | #468 |
| brain communication | #469 |
| aspiration pneumonia | #470 |
| spatial attention | #471 |
| pain motor | #471 |
| recovery stroke | #471 |
| agerelated | #473 |
| improved gait | #473 |
| pressure 24 | #474 |
| 10 healthy individuals | #475 |
| unit firing | #475 |
| tendons young | #477 |
| receptor prr | #479 |
| kinetics mechanical | #485 |
| stimulation enhances | #489 |
| measure body | #490 |
| hands | #491 |
| developed modified | #491 |
| study recorded | #491 |
| volleys | #493 |
| pulsed electromagnetic | #494 |
| 3 proportion | #494 |
| amputee | #496 |
| activity upper | #499 |
| movement brain | #499 |
| trapezius | #499 |
| stimulation upper | #500 |
| shoulder motion | #501 |
| young individuals | #503 |
| control hand | #504 |
| feedback sensory | #505 |
| activity stroke | #506 |
| dementia systematic review | #506 |
| women aa | #507 |
| anodal tdcs | #509 |
| sarcopenia risk | #510 |
| motor rehabilitation | #512 |
| recorded 24 | #513 |
| visual vestibular | #513 |
| matter observed | #516 |
| gait rehabilitation | #517 |
| 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 |
| aged orthotic | #535 |
| nighttime blood | #535 |
| 90° | #537 |
| repetitive transcranial | #537 |
| determine combination | #539 |
| simulation finite | #540 |
| balance sensation | #541 |
| lesions conclusion | #542 |
| stiffness patients | #543 |
| stroke types | #546 |
| feedback improve | #546 |
| stances | #547 |
| techniques motor | #547 |
| movement kinematics | #553 |
| swallowing disorders | #554 |
| mapk extracellular | #555 |
| stimulation tms | #555 |
| blood pressure risk | #555 |
| stimulation auditory | #556 |
| walking gait | #556 |
| inequality male | #556 |
| voxelbased analysis | #557 |
| 10 80 | #558 |
| motor area | #560 |
| involuntary movements | #561 |
| posterior parietal | #563 |
| center pressure | #564 |
| patients healthy controls | #567 |
| skeletal muscles | #573 |
| body skeletal | #576 |
| animals efferent | #578 |
| cathodal tdcs | #578 |
| rehabilitation transcranial | #578 |
| decreased aging | #581 |
| cuff tears | #581 |
| diseases corpus | #581 |
| visual feedback | #582 |
| intermedin | #583 |
| phase gait | #584 |
| parameters gait | #586 |
| gait data | #586 |
| anodal cathodal | #588 |
| soleus sol | #588 |
| task patients | #588 |
| international classification functioning | #589 |
| aged attention | #589 |
| humans music | #595 |
| young elderly subjects | #597 |
| transcranial | #597 |
| current density distribution | #598 |
| neck shoulder | #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 |
| hypercholesterolemia diabetes | #614 |
| optimal application | #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 |
| speech discrimination | #656 |
| subjective symptoms | #656 |
| lower limbs | #657 |
| wernicke | #658 |
| control movement | #659 |
| assessment muscle | #660 |
| individuals healthy | #660 |
| motor control | #661 |
| motor responses | #664 |
| surface electrodes | #667 |
| learning task | #669 |
| logistic models illness | #670 |
| eeg patients | #671 |
| stroke lacunar | #673 |
| impairment cerebral | #673 |
| rater | #674 |
| cerebral peduncle | #674 |
| tms study | #675 |
| projects stroke | #676 |
| belly | #677 |
| mirror neurons | #678 |
| 37yearold woman | #678 |
| patients difficulty | #679 |
| conduction time | #687 |
| stride length | #688 |
| wmh | #688 |
| walking adult | #692 |
| memory scale | #693 |
| subjects groups | #697 |
| motor training | #697 |
| voluntary isometric | #701 |
| metaplasticity | #702 |
| unclear purpose | #702 |
| stroke based | #705 |
| cortex problem | #706 |
| egfr proteinuria | #711 |
| increased task | #711 |
| fatigue compared | #711 |
| lower limb muscles | #711 |
| head model | #711 |
| tensor imaging | #713 |
| dementia systematic | #714 |
| pressure cop | #715 |
| humans imitative | #716 |
| tmtb | #716 |
| proprioceptive feedback | #718 |
| relation observed | #720 |
| gait cycle | #724 |
| disorders confidence | #725 |
| induce neuronal | #725 |
| reliability coefficient | #725 |
| pilot rct | #727 |
| weighted kappa | #727 |
| correlated ratio | #728 |
| adequate performance | #729 |
| step length | #729 |
| brachial arteries | #729 |
| improving functional | #735 |
| pd098059 | #735 |
| muscle tendon | #735 |
| listened | #738 |
| healthy elderly individuals | #739 |
| neural mechanism | #741 |
| young older | #743 |
| correlated activation | #744 |
| walkway | #745 |
| grf | #745 |
| pegboard | #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 |
| stimulation rtms | #762 |
| muscles posture | #762 |
| blood pressure measurements | #763 |
| japanese community | #767 |
| activity task | #771 |
| target muscle | #772 |
| hemiplegic | #776 |
| rhomboid | #777 |
| compared magnetic | #778 |
| alternating current | #780 |
| 178 ± | #786 |
| supraspinatus | #790 |
| motor disorders | #791 |
| intracortical facilitation | #792 |
| brain findings | #793 |
| potential mep | #793 |
| voluntary | #794 |
| adolescent auditory | #796 |
| stimulation electrical | #797 |
| desk | #798 |
| regions decreased | #802 |
| auditory cortex | #802 |
| contraction increased | #802 |
| pegs | #804 |
| classified grade | #806 |
| nutation | #806 |
| motor imagery | #808 |
| complex regional | #809 |
| imitative | #812 |
| compliance female | #814 |
| function functional | #815 |
| cortex pfc | #815 |
| coactivation | #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 |
| neurological assessment | #896 |
| animals electromyography | #896 |
| tms | #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 |
| human motor cortex | #926 |
| detected mri | #926 |
| techniques neural | #929 |
| gait pattern | #931 |
| diffusion parameters | #931 |
| techniques evaluation | #933 |
| hand muscles | #935 |
| model calculation | #936 |
| steps day | #936 |
| step time | #939 |
| time visual | #941 |
| hemiplegia humans | #942 |
| 16 healthy | #944 |
| parietal cortices | #947 |
| functional outcomes patients | #951 |
| articulated | #952 |
| pressure abp | #953 |
| regional pain | #954 |
| glenohumeral joint | #954 |
| masked hypertension | #955 |
| amputees | #955 |
| reality vr | #958 |
| measured muscle | #967 |
| 18 male | #968 |
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| based joint | #990 |
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| sarcopenia | #5222 |
| coat | #5229 |
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| sitting | #5248 |
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| peripheral nerve | #5341 |
| toe | #5346 |
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| male motion | #5407 |
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| 0 ° | #5655 |
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| multiple regression | #8354 |
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| humans knee | #13864 |
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| fourteen patients | #13978 |
| fmri | #14020 |
| mmhg | #14036 |
| brachial | #14053 |
| nerve fibers | #14261 |
| aged analysis | #14414 |
| study purpose | #14464 |
| neurologic | #14482 |
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| neuropsychological | #14820 |
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| artery diseases | #15087 |
| ngf | #15099 |
| imaging humans | #15127 |
| models longitudinal | #15152 |
| internal consistency | #15203 |
| assistance | #15376 |
| cognitive function | #15588 |
| test retest | #15650 |
| systematic review metaanalysis | #15920 |
| electroencephalography | #16070 |
| techniques female | #16233 |
| computer interface | #16238 |
| studies severity | #16279 |
| primary outcomes | #16424 |
| 6 weeks | #16459 |
| center mass | #16565 |
| volunteers humans | #16727 |
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| humans learning | #17134 |
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| patients divided | #17931 |
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| motor activity | #20969 |
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| objective investigate | #23145 |
| cognition disorders | #23369 |
| randomized controlled | #25123 |
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| kinematic | #26745 |
| cerebral | #27204 |
| filtration rate | #27273 |
| glomerular filtration | #27342 |
| recruited | #28308 |
| disorders female | #31035 |
| upper | #31290 |
| brain mapping | #31823 |
| humans magnetic | #34207 |
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Prominent publications by Shin‐Ichi Izumi
Ultrasound elastography–based assessment of the elasticity of the supraspinatus muscle and tendon during muscle contraction
[ PUBLICATION ]
BACKGROUND: Although elasticity of the supraspinatus muscle and tendon is a useful parameter to represent the conditions of the supraspinatus muscle and tendon, assessment of the elasticity in clinical settings has not been established. The purpose of this study was to determine the elasticity of the supraspinatus muscle belly and tendon under different muscle contraction conditions using ultrasound real-time tissue elastography (RTE).
METHODS: Twenty-three healthy individuals ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por 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 ...
| Conocido por Magnetic Stimulation | Eeg Responses | Tms Patients | Circular Coil | Maximum Output |
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Shin‐Ichi Izumi:Impacto experto
Conceptos para los cualesShin‐Ichi Izumitiene influencia directa:Magnetic stimulation, Silent cerebrovascular lesions, Stroke patients, Paretic limb, Motor recovery, Scapular muscles, Lacunar infarction, Ohasama study.
Shin‐Ichi Izumi:Impacto de Kol
Conceptos relacionados con el trabajo de otros autores para los cualesfor which Shin‐Ichi Izumi tiene influencia:Stroke patients, Music therapy, Blood pressure, Magnetic stimulation, Arterial stiffness, Motor function, Virtual reality.
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