Clinical Trials Logo

Maxillary Anomaly clinical trials

View clinical trials related to Maxillary Anomaly.

Filter by:
  • None
  • Page 1

NCT ID: NCT06467240 Not yet recruiting - Maxillary Anomaly Clinical Trials

Evaluation of the Hybrid Rapid Maxillary Expander Assisted With Micro-osteo Perforation (MOPs) in Adult.

Start date: July 1, 2024
Phase:
Study type: Observational

This study will be directed for Evaluation of the hybrid rapid maxillary expander assisted with Micro-osteo perforation (MOPs) in adults

NCT ID: NCT04955860 Completed - Dental Malocclusion Clinical Trials

Evaluation of First Molar Inclinations and Transverse Arch Width in Individuals With Posterior Crossbite

Start date: March 20, 2020
Phase:
Study type: Observational

This study aims to evaluate and compare the inclination of the lower and upper permanent first molars and the transversal width of the lower and upper jaws in individuals of different age groups to evaluate whether the existing anomaly at different ages in individuals with a bilateral posterior crossbite. For this reason, first molar tooth inclination and lower and upper jaw transversal width will be evaluated in adolescent and post-adolescent individuals with a bilateral posterior crossbite.

NCT ID: NCT04041804 Recruiting - Maxillary Anomaly Clinical Trials

Activation Intervals Effects on Non-surgical Maxillary Expansion in Adults

Start date: February 2021
Phase: N/A
Study type: Interventional

OBJECTIVE: To evaluate the effects of different time intervals activations on the non-surgical maxillary expansion in adults. Methods: This study will include two groups, 10 adult patients each (mean age 20-35) with maxillary transverse deficiency and unilateral or bilateral crossbite. In the first group, the expansion is going to be activated every four days. In the second group, activation will occur every eight days. The primary outcomes are transverse dimension, the buccal cortical bone formation, and the upper premolar and molar labial inclination. Dentoalveolar changes will be evaluated using CBCT images and digital models.