growers, techniques such as anterior bite turbos and reverse curve of Spee wires facilitate predictable overbite manage-ment, as demonstrated in clini-cal examples. Despite trends in continuing education that downplay cephalometric analy-sis, the technique’s evidence-based role in mitigating risks and enhancing outcomes is undeniable, as supported by literature and state dental board expectations. 18 References 1. Ghodasra, R., and M. Brizuela. “Orthodontics, Cephalometric Analysis.” StatPearls , NCBI Book-shelf, July 17, 2023; and McNa-mara Jr., J.A. “A method of cephalometric evaluation.” Am J Orthod , 1984, 86(6): 449–469. 2. McCabe, M., and D.J. Rinchuse. "A survey of orthodontic practi-tioners regarding the routine use of lateral cephalometric radio-graphs in orthodontic treatment." Orthodontic Practice US , 2013; and Barbhuiya, M.H., P. Kumar,R. Thakral, R. Krishnapriya, and M. Bawa. "Reliability of mobile appli-cation-based cephalometric anal-ysis for chair side evaluation of orthodontic patient in clinical practice." J Orthod Sci , 10(1): 16. 3. Björk, A. “Prediction of mandibu-lar growth rotation.” Am J Orthod , 1969, 55(6): 585–599; and Schudy. F.F. “The rotation of the mandible resulting from growth: Its implications in orthodontic treatment.” Angle Orthod , 1965, 35(1): 36–50. 4. Manabe, A., T. Ishida, E. Kanda, and Takashi Ono. "Evaluation of maxillary and mandibular growth patterns with cephalometric anal-ysis based on cervical vertebral maturation: A Japanese cross-sectional study." PubMed Central , 2022, 17(4): e0265272; and Durão, A.R., P. Pittayapat, M.I.B. “Despite trends in continuing education that downplay cephalometric analysis, the technique’s evidence-based role in mitigating risks and enhancing outcomes is undeniable, as supported by literature and state dental board expectations.” Rockenbach, R. Olszewski, S. Ng, A.P. Ferreira, and R. Jacobs. “Validity of 2D lateral cephalom-etry in orthodontics: a systematic review.” Prog Orthod , 2013, 14: 31. 5. Ghodasra; and Manabe. 6. Björk; Schudy; and Lavergne, J., and N. Gasson. “Association between Björk's structural signs of mandibular growth rotation and skeletal morphology.” Angle Orthod , 2005, 75(4): 506–509. 7. Hägg, U., and K. Attström. "Mandibular growth estimated by four cephalometric measure-ments." Am J Orthod Dentofacial Orthop , 1992, 102(3): 271–277; and Hourfar, J., G.S.M. Kinzinger, L. Frye, and J.A. Lisson. "Effects of fixed functional orthodontic treatment in hypodivergent and hyperdivergent class II patients— a retrospective cephalometric investigation." Clin Oral Investig , 2023, 27(8): 4773–4784. 8. McCabe. 9. Manabe. 10. El Guennouni, B., R. El haddaoui, F. Zaoui, M. Chatuan, and H. Benyahia. "Vertical effects of maxillary molar distalization with clear aligners in Class II patients: A systematic review." Dig Dent J , 2025, 1(1): 100011; and Gkantidis, N., D.J. Hala-zonetis, E. Alexandropoulos, and N.B. Haralabakis. "Treatment strategies for patients with hyper-divergent Class II Division 1 malocclusion: is vertical dimen-sion affected?" Am J Orthod Dento-facial Orthop , 2011, 140(3): 346-55. 11. Hourfar; and Park, T.H., C. Shen, C. Chung, and C. Li. "Vertical Control in Molar Distalization by Clear Aligners: A Systematic Review and Meta-Analysis." J Clin Med , 2024, 13(10): 2845. 12. McCabe. 13. Martins, R.P. “Early vertical correction of the deep curve of Spee.” J Clin Orthod , 2017, 51(6): 344–350; Shakhtour, F., and K. Al-Nimri. “Comparison between effects of reverse curve of Spee nickel titanium archwires and straight wires in deep bite cases.” 24 Winter 2026 JAOS
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