| Recruitment status | Open public recruiting |
| Unique ID issued by UMIN | UMIN000020927 |
| Receipt No. | R000023979 |
| Official scientific title of the study | Examination of Constraint-induced movement therapy combining with transcranial Direct Current Stimulation and Peripheral Neuromuscular electrical stimulation |
| Date of disclosure of the study information | 2016/05/31 |
| Last modified on | 2016/05/31 (Ver. 2) |
| Basic information | ||
| Official scientific title of the study | Examination of Constraint-induced movement therapy combining with transcranial Direct Current Stimulation and Peripheral Neuromuscular electrical stimulation | |
| Title of the study (Brief title) | Examination of Constraint-induced movement therapy combining with transcranial Direct Current Stimulation and Peripheral Neuromuscular electrical stimulation | |
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| Condition | ||
| Condition | chronic stroke patients | |
| Classification by specialty |
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| Classification by malignancy | Others | |
| Genomic information | NO | |
| Objectives | |
| Narrative objectives1 | In Japan stroke affects nearly 1.3 million people annually, with over 30% of the patients experiencing some degree of permanent paralysis in upper extremity. Thus, the effective treatments need to be developed as soon as possible. Recently, the new nurorebalitation based on neuroscience have been developed such as constraint-induced movement therapy (CIMT) for post stroke upper extremity hemiplegia, and its efficacy has started to gather. However, there is not enough evidence on the functional improvement in chronic hemiplegia, and further intervention for post stroke hemiplegia is necessary. Therefore, to carry out stronger effect, we have combined CIMT which have the evidence level of grad A by AHA, transcranial Direct Current Stimulation (tDCS) which facilitate the plasticity of cerebral cortex, and peripheral electrical stimulation (PES). In this study, we conduct single-blinded randomized controlled trial (RCT) to compare the effectiveness of Hybrid CIMT (HCIMT: combination of CIMT with tDCS and PES) and usual CIMT. |
| Basic objectives2 | Efficacy |
| Basic objectives -Others | |
| Trial characteristics_1 | |
| Trial characteristics_2 | |
| Developmental phase | |
| Assessment | |
| Primary outcomes | Fugl-Meyer Assessment score for upper extremity |
| Key secondary outcomes | Motor activity log Amount of use and quality of movement |
| In outcomes field, the entry of just a few words such as "safety" or "efficiency" will not be accepted. Specify the name of outcome measures, including the time when you plan to measure. Usually, only one primary outcome is accepted. Write the other outcomes in "secondary outcomes" field. |
| Base | |
| Study type | Interventional |
| Study design | |
| Basic design | Parallel |
| Randomization | Randomized |
| Randomization unit | Individual |
| Blinding | Open -but assessor(s) are blinded |
| Control | No treatment |
| Stratification | |
| Dynamic allocation | |
| Institution consideration | |
| Blocking | |
| Concealment | |
| Intervention | ||
| No. of arms | 2 | |
| Purpose of intervention | Treatment | |
| Type of intervention |
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| Interventions/Control_1 | Patients in Hybrid Constraint-induced movement therapy (HCIMT) group receives 4-hour transcranial Direct Current Stimulation (tDCS) and Peripheral Electrical stimulation (PES) before the therapy session: receive 20-minute tDCS and 10-minute PES before CIMT session. In the afternoon, they receive 20-minute tDCS and 10-minute PES, then 2-hour CIMT session. CIMT follows previous study (Takebayashi, et al,. Clini Reha 2013), where patients receive 4 hours of CIMT session per day for 10 days. The CIMT consist of three components: 1) concentrated training on hemiplegic arm, 2) task specific training, and 3) transfer package (translating the gain skill into their actual life). CIMT will be conducted by the trained occupational therapists. For tDCS, anode will be placed on the affect side of primary motor cortex, and cathode on the non-affected side of the primary motor cortex. Stimulus intensity would be 1mA. PES will target the extensor digitorum muscle, and stimulate. Stimulus intensity is below the threshold of muscle depolarization (approx. 3mA-5mA: adjusted to each subject), frequency at 20Hz, pulse width at 300micro second. | |
| Interventions/Control_2 | Patients in control group do not reviece any transcranial Direct Current Stimulation or Peripheral Electrical stimulation, and only receive 2-hour of Constraint-induced movement therapy (CIMT) in the morning and afternoon. CIMT follows previous study (Takebayashi, et al,. Clini Reha 2013), where patients receive 4 hours of CIMT session per day for 10 days. The CIMT consist of three components: 1) concentrated training on hemiplegic arm, 2) task specific training, and 3) transfer package (translating the gain skill into their actual life). CIMT will be conducted by the trained occupational therapists. | |
| Interventions/Control_3 | ||
| Interventions/Control_4 | ||
| Interventions/Control_5 | ||
| Interventions/Control_6 | ||
| Interventions/Control_7 | ||
| Interventions/Control_8 | ||
| Interventions/Control_9 | ||
| Interventions/Control_10 | ||
| In interventions field, include the details of interventions, such as duration, amount, and frequency. If the intervention includes prescription or use of medical devices, duration is required. |
| Eligibility | ||||
| Age-lower limit |
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| Age-upper limit |
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| Gender | Male and Female | |||
| Key inclusion criteria | Inclusion criteria is as following: experienced their first stroke over 180 days ago. Motor function of shoulder and elbow joint must be over the stage IV in Brunnstrom recovery stage (BRS), and must have over 10 degree of MP joint and wrist extension. | |||
| Key exclusion criteria | Exclusion criteria is as following: 1)cognitive problem (MMSE<25), 2)shoulder pain, 3)apraxia and aphasia. | |||
| Target sample size | 20 | |||
| Research contact person | |
| Name of lead principal investigator | Kazuhisa Domen |
| Organization | Hyogo college of medicine |
| Division name | Department of Rehabilitation medicine |
| Address | 1-1, Mukogawa-cho, Nishinomiya, Hyogo, Japan |
| TEL | 0798-45-6388 |
| takshi77@gmail.com | |
| Public contact | |
| Name of contact person | Takashi Takebayashi |
| Organization | Hospital of Hyogo college of medicine |
| Division name | Department of rehabilitation |
| Address | 1-1, Mukogawa-cho, Nishinomiya, Hyogo, Japan |
| TEL | 0798-45-6388 |
| Homepage URL | |
| takshi77@gmail.com | |
| Sponsor | |
| Institute | Hyogo college of medicine |
| Institute | |
| Department | |
| Sponsor means an organization that is responsible for plan, deployment and report of the research including funding management. It doesn't mean funding agency". Therefore, all clinical trial should have the one. |
| Funding Source | |
| Organization | non |
| Organization | |
| Division | |
| Category of Funding Organization | Other |
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| Secondary IDs | |
| Secondary IDs | NO |
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| Recruitment status | Open public recruiting | ||||||
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| Related information | |
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| Publication of results | Unpublished |
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| Link to view the page | |
| URL(English) | https://upload.umin.ac.jp/cgi-open-bin/ctr_e/ctr_view.cgi?recptno=R000023979 |