PDF(Pubmed)
Abstract：
Dental implants are becoming a necessary component of the dental profession. The first bone resorption at the implant surface has an impact on implant success. Bone alterations surrounding the implant are a significant factor in determining the implant\'s effectiveness. Reducing the loss of peri-implant crestal bone has been a constant goal. In dental implantology, several procedures are carried out to improve implant stability and the healing of the bone. The ability of photobiomodulation techniques or low-level laser therapy (LLLT) to speed up osseointegration by inducing cellular metabolism and stimulating tissue healing has made them popular. This case study details the implant loading in a patient treated with photobiomodulation to achieve implant stability and who has compromised bone type or D4.
摘要：
牙科植入物正在成为牙科专业的必要组成部分。植入物表面的第一次骨吸收对植入物的成功有影响。植入物周围的骨改变是决定植入物有效性的重要因素。减少种植体周围骨的损失一直是一个不变的目标。在牙科种植学中，为了提高植入物的稳定性和骨的愈合，进行了几个程序。光生物调节技术或低水平激光治疗（LLLT）通过诱导细胞代谢和刺激组织愈合来加速骨整合的能力使其受欢迎。本案例研究详细介绍了接受光生物调节治疗以实现植入物稳定性且骨骼类型或D4受损的患者的植入物负荷。
