RESUMEN
The use of plates for the treatment of fractures can affect craniofacial bone development. This study investigated the effect of bioabsorbable plates and titanium microscrews on the growth of the craniofacial skeleton of rabbits (Oryctolagus cuniculus), in the neonatal period. A LactoSorb plate and PROMM titanium microscrews were positioned across the coronal suture in animals in the study group. In the control group, only PROMM titanium microscrews were attached to the cranium. Anteroposterior linear measurements were obtained using 3 different gauging devices: digital precision caliper, EKG caliper and nylon string. Frontal-nasal (FN) distances were statistically different between the left and right side when the digital caliper (PAsunto(s)
Implantes Absorbibles
, Materiales Biocompatibles
, Placas Óseas
, Ácido Láctico
, Desarrollo Maxilofacial/fisiología
, Ácido Poliglicólico
, Polímeros
, Cráneo/crecimiento & desarrollo
, Animales
, Animales Recién Nacidos
, Materiales Biocompatibles/química
, Tornillos Óseos
, Cefalometría/instrumentación
, Cefalometría/métodos
, Suturas Craneales/crecimiento & desarrollo
, Suturas Craneales/cirugía
, Hueso Frontal/crecimiento & desarrollo
, Hueso Frontal/cirugía
, Ácido Láctico/química
, Masculino
, Nariz/crecimiento & desarrollo
, Hueso Parietal/crecimiento & desarrollo
, Hueso Parietal/cirugía
, Ácido Poliglicólico/química
, Copolímero de Ácido Poliláctico-Ácido Poliglicólico
, Polímeros/química
, Conejos
, Titanio/química
RESUMEN
Penetrating head and face injuries can cause hemorrhages, neurological lesions, visual acuity loss, fractures and facial deformities. This report discusses an injury caused by a knife that penetrated the left orbit and reached the skull base without damaging any important structures. The knife was removed through the entrance wound and no complications were observed either during or after surgery.