Effect of Various Intensities of tDCS on Dual Task Cognitive Functions in Normal Subjects

Effect of Various Intensities of tDCS on Dual Task Cognitive Functions in Normal Subjects: A Pilot Study

Transcranial Direct Current Stimulation (tDCS) is a neuroregulatory method that delivers a weak straight tendency to neuronal areas with the intention of changing the brain's basic metabolic processes. Degradation of executive performance may not necessarily arise from cathodal stimulation, and vice versa for anodal stimulation.

Total 48 samples were taken, were randomly allocated into an experimental group of 4 variance of different intensities of tDCS. At F3 and F4, tDCS was applied to the desired region. Electrodes were put in using the 10-20 EEG technique throughout the parietal cortex, with the current electrode being set on F3 area and control electrode being positioned on the F4 area. For 20 minutes over three days per week for up to three weeks, current intensities of 0.5mA for group A, 1.0mA for group B, 1.5mA for group C, and 2.0mA for group D were administered. when engaging in dual-task cognitive processes. The groups are going to receive 9 sessions of tDCS treatment. The MoCA and TMT scale was completed by samples before and after the intervention. Finally, specifics investigation will be carried out using SPSS 26.0 software.

Inclusion Criteria:

• Physically healthy students only
• Willing to participate in the study

Exclusion Criteria:

• Any recent trauma or injury on the head of subjects
• If contact with the scalp is not possible
• Any resonant implant close to electrode placement site