Application Analysis of Micro-implant Anchorage Technology in Orthodontics
The core goal of orthodontic treatment is to realize physiological movement of dentition and jaw bones as well as reconstruction of occlusal relationship through reasonable mechanical regulation, while anchorage control is a key link that guarantees orthodontic effects and determines the success rate of treatment. As a new type of osseous anchorage technology, micro-implant anchorage technology effectively makes up for the shortcomings of traditional anchorage technologies by virtue of unique advantages including osseous retention, minimally invasive implantation, strong independence and excellent aesthetics, and has been widely applied in various orthodontic diagnosis and treatment scenarios. Based on this, this paper analyzes the existing problems of traditional orthodontic anchorage technologies, systematically elaborates the clinical application advantages of micro-implant anchorage technology, and proposes targeted optimization countermeasures for its application combined with clinical diagnosis and treatment standards. It aims to provide a theoretical reference for improving the quality of orthodontic treatment and standardizing the clinical application of micro-implant anchorage technology, and to promote the refined and standardized development of orthodontic diagnosis and treatment technologies.
[1] Meng J, Ye H, Dong C, 2025, Influence of Micro-Implant Anchorage Technology on Oral Health Scale Scores and Complications in Adolescent Orthodontic Patients. World Compound Medicine (Chinese & English), 11(5): 14–17 + 45.
[2] Jiang S, 2025, Multicenter Clinical Analysis on Efficacy and Stability of Micro-Implant Anchorage in Adult Borderline Orthodontic Cases. Proceedings of Academic Symposium on Life Care and Smart Health (Volume II), 300–302.
[3] Ding D, 2025, Application Effect of Micro-Implant Anchorage in Adolescent Orthodontic Treatment. Smart Healthcare, 11(14): 85–87.
[4] Yang X, 2025, Clinical Effect of Micro-Implant Anchorage in Orthodontic Patients. Medical Frontier, 15(10): 57–59 + 63.
[5] Feng Q, 2025, Influence of Micro-Implant Anchorage on Gingival Crevicular Chemokines CCR3, CX3CL1 and CCL11 in Patients with Malocclusion and Periodontitis. Famous Doctors, 4: 15–17.
[6] Ning S, 2025, Comparative Analysis of Micro-Implant Anchorage and Extraoral Bow Anchorage on Molar Displacement and Intercanine Width in Orthodontic Treatment. Clinical Medical Research and Practice, 10(4): 94–97.
[7] Sun Q, Sun L, 2024, Analysis of the Application Effect of Micro-Implant Anchorage in Orthodontic Patients. System Medicine, 9(20): 166–168 + 175.
[8] He C, 2024, Discussion on Therapeutic Effect of Micro-Implant Anchorage in Orthodontics. China Practical Medicine, 19(14): 84–86.
[9] He Y, Huang X, 2024, Research Progress on Implant Site Selection of Micro-Implants in Maxillary Posterior Teeth Region. Beijing Journal of Stomatology, 32(2): 129–132.
[10] Chen C, 2023, Clinical Effect of Micro-Implant Anchorage in Treating Adolescent Malocclusion. Women and Children Health Guide, 2(1): 72–74.
[11] Ma Q, Li C, Li Y, 2023, Application Effect of Micro-Implant Anchorage Technology in Orthodontic Treatment of Adolescent Malocclusion. Clinical Medical Research and Practice, 8(32): 89–92.
[12] Guo D, Wu X, 2023, Influence of Micro-Implant Anchorage and Extraoral Bow Anchorage on Occlusal Force and Masticatory Function in Orthodontic Treatment. Clinical Medical Research and Practice, 8(32): 93–96.
[13] Yang X, 2023, Comparative Observation on Clinical Effects of Conventional Correction and Micro-Implant Anchorage Orthodontics. Scientific Consult, 21: 96–99.
[14] Zhou Q, 2023, Influence of Micro-Implant Anchorage on Oral Function and Prognosis of Adolescent Orthodontic Patients. Primary Medical Forum, 27(28): 145–147.
[15] Pei Z, 2023, Observation on the Application Effect of Micro-Implant Anchorage in Orthodontic Treatment. Chinese Community Doctors, 39(24): 14–16.
