Interest of Mineralized Plasmatic Matrix in Secondary Autogenous Bone Graft for the Treatment of Alveolar Clefts.

The authors describe a new material termed mineralized plasmatic matrix (MPM), a combination of platelets, fibrin concentrate, and autogenous bone to repair alveolar cleft defects. Autogenous cancellous bone is widely used to this end because such bone affords the functionalities (osteogenesis, osteoinduction, and osteoconduction) required for successful outcomes. To optimize these features, autologous blood products high in platelet concentrations have recently been developed.

The "posterior cervical lift": a new approach to pterygium colli management.

Background: The prevalence of pterygium colli ("webbed neck") is 75% in patients with Turner syndrome. This congenital deformity manifests as a bilateral cervical skin fold stretching from the mastoid to the acromion. Although the visibility of this skin fold varies among patients, it frequently has negative social effects.

[Septic pseudarthrosis of the mandible and endodontic treatment].

Introduction: Septic pseudarthrosis of the mandible is an uncommon complication with several etiologies. The presence of a tooth next to a fracture site is one of the etiological factors. Conservative management of a tooth in or near the mandibular fracture site is often the issue when treating fracture of a toothed part.

One-step primary reconstruction for complex craniofacial resection with PEEK custom-made implants.

Purpose: Reconstruction of large craniofacial defects has largely improved since custom-made implants have been developed in the past decade. For large lesions in fronto-orbital region (such as osteomeningioma), we applied a simple and reliable protocol to perform optimal primary reconstruction with PEEK (polyetheretherketone) specific implant at the same time of the resection.

Material And Methods: Our protocol is based on virtual preoperative surgery with a planned bone resection that allows engineering of a specific implant to accurately fit to the defect during the surgery.

Subgroup specific protection of mice from respiratory syncytial virus infection with peptides encompassing the amino acid region 174-187 from the G glycoprotein: the role of cysteinyl residues in protection.

We identified subgroup specific protective epitopes represented by the amino acid regions 174-187 and 171-187 of the G glycoproteins from respiratory syncytial virus (RSV), subgroups A and B. Mice immunized with coupled synthetic peptides corresponding to either the region 174-187 containing a Cys186-->Ser substitution or to the native region 171-187 were completely resistant to RSV infection but only to the respective virus. The protective activities of the peptides 174-187 were dependent on the Cys186-->Ser substitution.