Clinical Research Directory

Comparing Bone Healing in Jaw Fractures Fixed With Herbert Screws Versus 3D Miniplates

the goal of this clinical trial is to compare two methods of fixing fractures in the front part of the jaw (mandible): second-generation Herbert screws and 3-dimensional miniplates. Importance: Choosing the right fixation method is crucial for proper bone healing after a jaw fracture. Participants: Patients with recent anterior mandibular fractures requiring surgery. Key Findings: The study assessed which method better maintained bone density around the fracture, indicating potential benefits for healing. Implications: Understanding the effectiveness of these methods aids healthcare providers in making informed decisions, ultimately improving patient outcomes.

Evaluation of Condylar Position After Anterior Mandibular Fracture Fixation Using Plates Versus Headless Compression Screws

This study compares two methods for fixing fractures of the front part of the lower jaw: Conventional plates and screws Headless compression screws Patients are randomly assigned to one of the two treatment groups. Researchers will use imaging to see whether either method causes a significant change in the position of the mandibular condyles, which are the parts of the jaw that connect to the jaw joints. Why it matters: Proper condylar position is important for normal jaw movement, chewing, and overall TMJ function. Main goal: To determine whether conventional plates or headless compression screws provide better preservation of condylar position after surgery. The study may help surgeons choose the most appropriate fixation technique for patients with anterior mandibular fractures.