Table 2 Characteristics of NIBS treatment
Authors, Years | Type of NIBS | Cortical target | mA /Hz (%MT) | NIBS treatment protocol | N session (weeks) |
|---|---|---|---|---|---|
Burkhardt 2023 [16] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 2 mA | A current with an intensity 2 mA and a 30 s rampÂdown phase delivered for 30 min | 24 (6w) |
Kumari 2023 [15] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 2 mA | A current with an intensity of 2 mA and ramp time of 20 s was delivered for 20 min | 10 (2w) |
Li 2022 [29] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 2 mA | A current with an intensity 2 mA and a 30 s rampÂdown phase delivered for 30 min | 10 (2w) |
Pavlova 2018a [30] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 5 mA | A current with an intensity reduced 1 mA to 0.5 mA to compensate for smaller electrode size to keep current density constant delivered for 20 min | 10 (2w) |
Pavlova 2018b [30] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 5 mA | A current with an intensity reduced 1 mA to 0.5 mA to compensate for smaller electrode size to keep current density constant delivered for 30 min | 10 (2w) |
Zhang 2020 [31] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 2 mA | A current with an intensity 2 mA delivered for 20 min | 48 (8w) |
Bennabi 2014 [32] | tDCS | Anode:LDLPFC Cathode:contralateral supraorbital area | 2 mA | A current with an intensity 2 mA delivered for 30 min | 10 (1w) |
Brunoni 2013 [33] | tDCS | Anode:LDLPFC Cathode: RDLPFC | 2 mA | A current with an intensity 2 mA delivered for 30 min | 12 (6w) |
Pu 2023 [34] | rTMS | left DLPFC | 10 Hz (120%) | Each train lastedasted 8 s with a 26s inter-train pause (800 pulses) | 20 (8w) |
Ma 2023 [35] | rTMS | left DLPFC | 20Â Hz | Each train lastedasted 2 s with a 30s inter-train pause (800 pulses) | 30 (6w) |
Akpinar 2022 [21] | rTMS | left DLPFC | 10Â Hz (110%) | Each train lastedasted 2.5 s with a 20s inter-train pause (2000 pulses) | 10 (2w) |
Zhang 2019 [36] | rTMS | left DLPFC | 10Â Hz (80%) | NR | 40 (8w) |
Wang 2017 [37] | rTMS | left DLPFC | 10Â Hz (80%) | Each train lasted 2 s with a 28-s inter-train pause (800 pulses) | 20 (4w) |
Ullrich 2012 [38] | rTMS | left DLPFC | 30Â Hz (110%) | Each train lastedasted 3 s with a 57s inter-train pause (1800 pulses) | 15 (3w) |
Huang 2012 [39] | rTMS | left DLPFC | 10Â Hz (90%) | Each train lastedasted 4 s with a 56s inter-train pause (800 pulses) | 10 (2w) |
Bretlau 2008 [40] | rTMS | left DLPFC | 10Â Hz (90%) | Each train lastedasted 8 s with a 52s inter-train pause (1289 pulses) | 15 (3w) |
Herwig 2007 [41] | rTMS | left DLPFC | 10Â Hz (110%) | Each train lastedasted 2s with a 8s inter-train pause (2000 pulses) | 15 (3w) |
Rossini 2005 [42] | rTMS | left DLPFC | 10Â Hz (100%) | Each train lastedasted 2 s with a 28s inter-train pause (900 pulses) | 10 (2w) |
Rumi 2005 [43] | rTMS | left DLPFC | 10Â Hz (120%) | Each train lasting 10 s, with 20-s interval (1250 pulses) | 20 (4w) |