Journal of oral biology and craniofacial research · 2026
Factors influencing complete midpalatal suture separation in adult patients undergoing 3D-guided piezocorticotomy-assisted MARPE: A case-control study.
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Koval Svitlana, Chepanova Daria, Stepanoff Nika, Babii Andrii, Kolesnyk Viktoriia
Аннотация
OBJECTIVES: To evaluate demographic, cephalometric, and craniometric biomarker (frontozygomatic separation) predictors of full versus partial midpalatal suture (MPS) separation following 3D-guided piezocorticotomy-assisted MARPE, and characterize separation morphologies.
METHODS: A retrospective case-control study analyzed 108 adults (70 full separation controls; 38 partial separation cases). Separation patterns were categorized (Types 1-5). Multivariable logistic regression assessed biological sex, age, cephalometrics ( ANB , SN - ANS - PNS ), PNS-PPW width, and frontozygomatic separation. Model discrimination was evaluated via Area Under the ROC Curve ( AUC ). Linear combinations tested sex-specific age interactions ( < 30 , 30 - 39 , 40 - 58 years).
RESULTS: Five distinct MPS separation morphologies were identified. Baseline demographic, cephalometric, and post-expansion parameters showed no group differences ( p > 0.05 ). Multivariable regression ( N = 108 , LR χ 2 ( 6 ) = 26.61 , p = 0.0002 , Pseudo R 2 = 0.1900 ) demonstrated that baseline ANB ( p = 0.850 ) and SN - ANS - PNS ( p = 0.519 ) did not predict separation. Frontozygomatic separation was a significant positive predictor ( OR = 2.81 , 95 % CI : [ 1.10 , 7.19 ] , p = 0.031 ). Conversely, male sex ( OR = 0.14 , p < 0.001 ) and advancing age ( OR = 0.93 , p = 0.014 ) significantly reduced separation likelihood. Adding the biomarker increased classification accuracy by 2.7 % ( AUC 0.755 → 0.782 ; χ 2 = 1.21 , p = 0.271 ). Stratified analysis revealed age-related declines operated predominantly in males ( n = 44 ), with males aged 40 - 58 demonstrating an 87.3 % odds reduction ( OR = 0.127 , p = 0.024 ), whereas females ( n = 64 ) maintained stable odds ( p > 0.05 ).
CONCLUSIONS: MPS separation manifests in five morphological types. Full separation is uninfluenced by baseline cephalometrics but constrained by male sex and advancing age (precipitously after age 40 in males). Frontozygomatic separation serves as a strong structural predictor.
METHODS: A retrospective case-control study analyzed 108 adults (70 full separation controls; 38 partial separation cases). Separation patterns were categorized (Types 1-5). Multivariable logistic regression assessed biological sex, age, cephalometrics ( ANB , SN - ANS - PNS ), PNS-PPW width, and frontozygomatic separation. Model discrimination was evaluated via Area Under the ROC Curve ( AUC ). Linear combinations tested sex-specific age interactions ( < 30 , 30 - 39 , 40 - 58 years).
RESULTS: Five distinct MPS separation morphologies were identified. Baseline demographic, cephalometric, and post-expansion parameters showed no group differences ( p > 0.05 ). Multivariable regression ( N = 108 , LR χ 2 ( 6 ) = 26.61 , p = 0.0002 , Pseudo R 2 = 0.1900 ) demonstrated that baseline ANB ( p = 0.850 ) and SN - ANS - PNS ( p = 0.519 ) did not predict separation. Frontozygomatic separation was a significant positive predictor ( OR = 2.81 , 95 % CI : [ 1.10 , 7.19 ] , p = 0.031 ). Conversely, male sex ( OR = 0.14 , p < 0.001 ) and advancing age ( OR = 0.93 , p = 0.014 ) significantly reduced separation likelihood. Adding the biomarker increased classification accuracy by 2.7 % ( AUC 0.755 → 0.782 ; χ 2 = 1.21 , p = 0.271 ). Stratified analysis revealed age-related declines operated predominantly in males ( n = 44 ), with males aged 40 - 58 demonstrating an 87.3 % odds reduction ( OR = 0.127 , p = 0.024 ), whereas females ( n = 64 ) maintained stable odds ( p > 0.05 ).
CONCLUSIONS: MPS separation manifests in five morphological types. Full separation is uninfluenced by baseline cephalometrics but constrained by male sex and advancing age (precipitously after age 40 in males). Frontozygomatic separation serves as a strong structural predictor.