Improving Dental Implant Recovery Using Vibropneumostimulation and Advanced Titanium Implants

What this Trial Is About

Researchers are exploring a new method to improve treatment and rehabilitation after dental implantation. This method includes using an individual dental implant made of non-woven titanium with through porosity and a special vibropneumostimulation device designed to activate bone remodeling. The study aims to enhance the functional and anatomical outcomes of dental implant treatments by applying this innovative approach. Participants in the study will be divided into two groups. One group will receive the new technique, which involves vibropneumostimulation applied to the tissues around the dental implant. The other group will undergo the standard rehabilitation method. The vibropneumostimulation device uses pneumatic wave massage and vibration to stimulate bone tissue remodeling. Additionally, a dowel system dental implant made from non-woven titanium material will be used in the complex treatment of patients with partial or complete tooth loss. During the study, participants will be assessed through various methods including thermography, radiography, periotestometry, echosteometry to measure bone density around the implant, and radioisotope diagnostics to monitor bone metabolism. The primary outcome is the restoration of dentition by installing crowns on the implants within 4 months. Secondary outcomes include installation of the gumformer and the start of functional load at 7 months. The total observation period and detailed follow-up ensure thorough evaluation of the treatment effects and safety.

Vibropneumostimulation in the Rehabilitation After Dental Implantation