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Abstract Objective: To investigate the relative effectiveness of various Non-Invasive Treatment Techniques (NITs) in chronic tinnitus management. Methods: We searched PubMed, Embase and Cochrane Library databases from the time of data construction to December 31, 2022. According to the Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines, NITs were evaluated, including Aacceptance and commitment therapy (A), Cognitive behavioral therapy (C), Sound therapy (S), Transcranial magnetic stimulation (T), Electrical stimulation therapy (E), Virtual reality therapy (V), tinnitus Retraining therapy (R), general psychotherapy (D), and Placebo (P). The outcome indicators included the Tinnitus Handicap Inventory (THI), Tinnitus Questionnaire (TQ), Hospital Anxiety and Depression Scale-anxiety-Depression (HADS-D), Insomnia Severity Index (ISI), Visual Analogue Scales-Loudness (VAS-L), and Visual Analogue Scales-Distress (VAS-D). Statistical analysis was performed using Stata 14.0 for NMA. Results: This systematic review and meta-analysis included 22 randomized controlled trials comprising 2,354 patients. The treatment effects varied on each scale. For THI, S (86.9%) was the most effective, whereas P (6.5%) was the worst. For TQ, C (89.5%) was the most effective, whereas D (25.4%) was the worst. For HADS-D, A (82.4%) was the most effective, whereas D (9.47%) was the worst. For ISI, A (83.2%) was the most effective, whereas R (20.6%) was the worst. For VAS-L, S (73.5%) was the most effective, whereas E (18.9%) was the worst. For VAS-D, C (84.7%) was the most effective, whereas P (18.1%) was the worst. Conclusions: The combination of acoustics and cognitive behavioral therapy may be an effectively treat patients with chronic tinnitus. Level of evidence: How common is the problem? Level 2. Is this diagnostic or monitoring test accurate? (Diagnosis) Level 1. What will happen if we do not add a therapy? (Prognosis) Level 1. Does this intervention help? (Treatment Benefits) Level 1. What are the COMMON harms? (Treatment Harms) Level 1. What are the RARE harms? (Treatment Harms) Level 1. Is this (early detection) test worthwhile? (Screening) Level 1I. Objective NonInvasive Non Invasive (NITs management Methods PubMed 31 2022 MetaAnalyses Meta Analyses guidelines evaluated A, , (A) C, (C) S, (S) T, T (T) E, (E) V, V (V) R, (R) D, (D) P. . (P) THI (THI) TQ (TQ) ScaleanxietyDepression Scale anxiety HADSD, HADSD HADS (HADS-D) ISI (ISI) ScalesLoudness Scales Loudness VASL, VASL VAS L (VAS-L) ScalesDistress Distress VASD. VASD (VAS-D) 140 14 0 14. NMA Results metaanalysis meta 2 2354 354 2,35 scale 86.9% 869 86 9 (86.9% effective 6.5% 65 6 5 (6.5% worst 89.5% 895 89 (89.5% 25.4% 254 25 4 (25.4% HADS-D 82.4% 824 82 (82.4% 9.47% 947 47 (9.47% 83.2% 832 83 (83.2% 20.6% 206 20 (20.6% L, VAS-L 73.5% 735 73 (73.5% 18.9% 189 18 (18.9% VASD, VAS-D 84.7% 847 84 7 (84.7% 18.1% 181 1 (18.1% Conclusions evidence problem accurate Diagnosis (Diagnosis Prognosis (Prognosis help Benefits harms Harms early detection worthwhile Screening (Screening 1I I 3 202 (A (C (S (T (E (V (R (D (P (THI (TQ (HADS-D (ISI (VAS-L (VAS-D 235 35 2,3 86.9 8 (86.9 6.5 (6.5 89.5 (89.5 25.4 (25.4 82.4 (82.4 9.47 94 (9.47 83.2 (83.2 20.6 (20.6 73.5 (73.5 18.9 (18.9 84.7 (84.7 18.1 (18.1 23 2, 86. (86. 6. (6. 89. (89. 25. (25. 82. (82. 9.4 (9.4 83. (83. 20. (20. 73. (73. 18. (18. 84. (84. (86 (6 (89 (25 (82 9. (9. (83 (20 (73 (18 (84 (8 ( (2 (9 (7 (1