View clinical trials related to Inferior Alveolar Nerve.
Filter by:Optimal anesthesia is an essential requirement for successful dentoalveolar intervention.To achieve this goal,different anesthetic agents and techniques are available. Inferior alveolar nerve block (IANB) remains the most commonly used anesthetic technique. However, after the worldwide approval of articaine, a relatively new local anesthetic with enhanced tissue diffusion properties, many studies on healthy volunteers have investigated the anesthetic efficacy of buccal articaine infiltration and IANB in the mandibular posterior teeth and reported comparable results. Infiltration anesthesia is technically more straightforward, less stressful to the patient, and associated with higher success and lower complication rates than block anesthesia. The aim of this study was to determine the effectiveness of local infiltration anesthesia using 4% articaine in the analgesia of deciduous and permanent molars in children aged 5-18 years and mandibular premolars in children aged 10-18 years.
The study looks to compare the success rate of lower jaw anesthesia injection (inferior alveolar nerve) that is guided by pre-treatment 3D dental scan (CBCT) versus standard injection technique.
Rehabilitation of edentulous posterior mandibular regions with severe ridge atrophy using implants is subject to anatomical, surgical, and biological difficulties. In many cases, the bone is severely atrophied that sufficiently long fixtures cannot be placed without encroaching on the inferior alveolar nerve (IAN). IANL is defined as the lateralization of inferior alveolar neurovascular bundle posterior to the mental foramen, with preservation of the incisive nerve; exposure and traction are used to deflect the IAN laterally while the implants are placed.