MeSH definition : Technique combining controlled eruptive tooth movement and incision of the supracrestal
gingival attachment to allow for proper restoration of a destroyed or damaged crown
of a tooth. Controlled eruption of the tooth is obtained using ORTHODONTIC APPLIANCES.
During this eruptive phase, repeated incisions are made at the junctional epithelium
of the sulcus and the supracrestal connective tissue to prevent coronal displacement
of the gingiva and of the attachment apparatus.; Technique combining controlled eruptive TOOTH MOVEMENT TECHNIQUES and incision of
the supracrestal gingival attachment to allow for proper restoration of a destroyed
or damaged crown of a tooth. Controlled eruption of the tooth is obtained using ORTHODONTIC
APPLIANCES. During this eruptive phase, repeated incisions are made at the junctional
epithelium of the sulcus and the supracrestal connective tissue to prevent coronal
displacement of the gingiva and of the attachment apparatus.;
MeSH synonym : lengthening, crown;
Wikipedia link : https://en.wikipedia.org/wiki/Crown lengthening;
Technique combining controlled eruptive tooth movement and incision of the supracrestal
gingival attachment to allow for proper restoration of a destroyed or damaged crown
of a tooth. Controlled eruption of the tooth is obtained using ORTHODONTIC APPLIANCES.
During this eruptive phase, repeated incisions are made at the junctional epithelium
of the sulcus and the supracrestal connective tissue to prevent coronal displacement
of the gingiva and of the attachment apparatus. Technique combining controlled eruptive TOOTH MOVEMENT TECHNIQUES and incision of
the supracrestal gingival attachment to allow for proper restoration of a destroyed
or damaged crown of a tooth. Controlled eruption of the tooth is obtained using ORTHODONTIC
APPLIANCES. During this eruptive phase, repeated incisions are made at the junctional
epithelium of the sulcus and the supracrestal connective tissue to prevent coronal
displacement of the gingiva and of the attachment apparatus.