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©The Author(s) 2025.
Artif Intell Gastroenterol. Jun 8, 2025; 6(1): 106149
Published online Jun 8, 2025. doi: 10.35712/aig.v6.i1.106149
Published online Jun 8, 2025. doi: 10.35712/aig.v6.i1.106149
Table 1 Summary of metanalysis included in this systemic review
Ref. | Study design | Year of publication | Number of study and participants | Type of the study | Overall heterogeneity |
Soleymanjahi et al[25] | Comparison of CADe-versus conventional colonoscopy performance | 2024 | 33 studies, 27404 participants | Mixed | I² = 74% |
Makar et al[17] | Impact of CADe systems on key colonoscopy quality indicators | 2024 | 28 RCTs, 23861 participants | RCT | I² = 48% |
Lee et al[15] | Evaluation of how study characteristics influence outcomes in AI-assisted polyp detection | 2024 | 24 RCTs, 17413 participants | RCT | I² = 53% |
Patel et al[26] | Assessment of benefits and harms associated with CADe in real-world colonoscopy | 2024 | 8 studies, m9782 participants | Non-RCT | I² = 83% |
Lou et al[18] | Prospective advantages and disadvantages of AI-assistance systems in colonoscopy | 2024 | 12 studies, 11660 participants | Non-RCT | I² = 87% |
Barua et al[27] | Comparison of ADR with and without AI utilization | 2023 | 33 RCTs, 27404 participants | RCT | I² = 38.33% |
Mehta et al[28] | Effectiveness of CADs in early colorectal cancer diagnosis compared to conventional colonoscopy | 2023 | 15 studies, 174602 participants | Mixed | Not mentioned |
Shiha et al[29] | Effectiveness of CADe in adenoma and polyp detection rates | 2023 | 12 RCTs, 11340 participants | RCT | I2 = 64% |
Zhang et al[30] | Accuracy measurement of AI-assisted colonoscopy | 2023 | 8 RCTs, 2984 participants | RCT | Moderate to high heterogeneity |
Nazarian et al[31] | Utilizing CADs for polyp detection and characterization | 2023 | 13 RCTs, 15334 participants | RCT | I2 = 86% |
Adiwinata et al[32] | Impact of AI colonoscopyon increasing ADR | 2023 | 13 studies, 2958 participants | Mixed | I2 = 57% |
Vadhwana et al[33] | Assessment of AI colonoscopy in real-time histological prediction | 2023 | 80 studies, 25304 participants | RCT | Moderate to high heterogeneity |
Hassan et al[34] | Summary of RCTs on CADe systems for colorectal neoplasia detection | 2021 | 28 studies, 29079 participants | Mixed (RCTs and preclinical studies) | I2 = 42.1% |
Lui et al[35] | AI's role in histology prediction and colorectal polyp detection | 2021 | 10 RCTs, 6629 participants | RCT | I2 = 38.33% |
Huang et al[36] | Evaluation of AI's impact on colonoscopy outcome metrics | 2021 | 5 studies, 4311 participants | RCT | I2 = 36% |
Li et al[37] | Evaluation of AI's effect on ADR | 2021 | 26 RCT, 17413 participants | Mixed | I2 = 39.2% |
Wang et al[38] | AI-assisted polyp detection and classification | 2021 | 6 RCTs, 5058 participants | RCT | I2 = 69% |
Ashat et al[39] | Determining the statistical significance of AI polyp detection for clinical adoption | 2021 | 6 RCTs, 4996 participants | RCT | I2 = 28% |
Deliwala et al[40] | Comparison of colorectal cancer detection between standard and AI-assisted colonoscopies | 2021 | 5 RCTs, 4354 participants | RCT | I2 = 70% |
Hassan et al[41] | Diagnostic accuracy of CADe systems in colorectal neoplasia detection | s2020 | 5 RCTs, 4311 Participants | RCT | I2 = 42% |
Wei et al[42] | Analysis of CADe's effect on ADR and adenoma detection reproducibility | 2020 | 18 studies, 969318 participants | Mixed | I2 = 91% |
Mohan et al[43] | Comparison of ADR between CADe assisted colonoscopy and standard colonoscopy | 2020 | 6 RCTs, 4962 participants | RCT | I2 = 56% |
- Citation: Aleissa MA, Luca M, Singh JP, Chitragari G, Drelichman ER, Mittal VK, Bhullar JS. Current status of artificial intelligence colonoscopy on improving adenoma detection rate based on systematic review of multiple metanalysis. Artif Intell Gastroenterol 2025; 6(1): 106149
- URL: https://www.wjgnet.com/2644-3236/full/v6/i1/106149.htm
- DOI: https://dx.doi.org/10.35712/aig.v6.i1.106149