Armed with this information, the clinician can improve the efficiency of all extraoral appliances to obtain better dentomaxillary-complex growth control and negate or enhance appliance-induced intraoral force systems.
According to the evidences covered in this article, we suggest that both methods are potentially effective, and theoretically able to act in synergistic way to enhance functional appliances treatment on mandibular and condylar additional growth.
Based on experimental results and theoretical analysis, it is hypothesized that SMF combined with functional appliances can enhance mandibular growth in Class II malocclusion.
When equipped with orthodontic miniscrews that reinforce mandibular anchorage, the Herbst appliance enhanced orthopedic effects and allowed a slight increase of oropharyngeal airway space.
The aim of this study, therefore, is to evaluate whether the association of a modified Herbst appliance and TADs can enhance the correction of skeletal class II malocclusion, avoiding the undesirable proclination of the lower anterior teeth.
For this reason, forward bite jumping appliances, also known as functional appliances were originally designed to enhance mandibular forward projection.
Most of the functional appliances are designed to enhance the forward growth of the mandible by encouraging a functional displacement of the mandibular condyles downward and forward in the glenoid fossa.
Hence, a therapy in the form of functional appliances that are able to enhance mandibular growth has been indicated in these patients [1],[3].
Our hypothesis was that educating patients about the severe consequences of biofilm accumulation could enhance their oral hygiene while wearing fixed appliances.
Furthermore, intrusion detection and prevention schemes are always integrated in sensor security appliances so that they can enhance network security by discovering malicious or compromised nodes.
Forward jaw positioning appliances have been also used to enhance mandible growth.
