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The comparative effect of anodal and cathodal electrical brain stimulation of the motor area of the brain with different intensity of currents on motor learning of healthy young people

Not Applicable
Conditions
Investigating the comparative effect of anodal and cathodal electrical brain stimulation of the motor area of the brain with different current intensities on the motor learning of healthy young people.
Registration Number
IRCT20221023056277N2
Lead Sponsor
Semnan University of Medical Sciences
Brief Summary

Not available

Detailed Description

Not available

Recruitment & Eligibility

Status
Pending
Sex
All
Target Recruitment
100
Inclusion Criteria

Young people with an age range of 18-35 years
The dominant hand of people should be the right hand

Exclusion Criteria

Report any history of neurological diseases such as Parkinson's, Alzheimer's, schizophrenia and dyslexia, so that the disease affects people's ability to learn.
Report any history of psychological diseases
Report of exposure to currents affecting the central nervous system during the last two weeks
Report the use of any sedative drugs in the past two days
Report any symptoms of forgetfulness and depression
Memory disorders with a score less than 21 through the MMSE test
The presence of any symptoms of movement disorders in the upper limb of the right hand, which, based on the researcher's assessment and diagnosis, causes movement restriction in the joints of the upper limb.
The presence of any symptoms of radiculopathy, carpal tunnel syndrome in the right hand as diagnosed by the researcher
Report uncorrected vision and hearing impairments
Report dizziness
Users of pacemaker

Study & Design

Study Type
interventional
Study Design
Not specified
Primary Outcome Measures
NameTimeMethod
One block time (SRT). Timepoint: The reaction time of performing each sequence in all five groups is measured and recorded before applying the current, 35 minutes after TDCS and 72 hours after applying this current. Method of measurement: The time of one block (SRT) is measured with CMT software.;Number of errors. Timepoint: The number of errors in people of all five groups is measured and recorded before applying the current, 35 minutes after TDCS and 72 hours after applying this current. Method of measurement: The number of errors is measured by CMT software.
Secondary Outcome Measures
NameTimeMethod
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