Er du også interesseret i at kunne tilbyde minimalt invasive behandlinger af komplicerede parodontale læsioner med et forudsigeligt udbytte?

Behandlingskonceptet MINST udfor-drer din vanetænkning, når det gælder behandlingen af de dybe, intraossøse defekter.

Dit udbytte af kurset
Tidligere blev regenerativ kirurgisk behandling set som det naturlige førstevalg ved denne type af defekt. Kurset her inspirerer dig til at tænke i nye baner:

• Få indsigt i de biologiske mekanismer bag de nye behandlinger. 
• Få viden, redskaber og inspiration til selv at arbejde med MINST.

Kurset har fokus på
På en levende og engageret måde præ-senterer Professor Luigi Nibali dig for:

• Helt aktuelle forskningsresultater fra kliniske forsøg.
• Systematiske litteraturgennemgange inden for minimalt invasiv behandling af de vanskelige vertikale defekter.

Abstract
Teeth with untreated periodontal vertical bony defects (‘intrabony’ or ‘angular’ defects) are at higher risk of progression and eventually tooth loss. Traditionally, it was believed that only very limited improvements could be achieved by non-surgical therapy in intrabony defects, making these defects ideal candidates for periodontal regenerative surgery.

Recent evidence from our group and others suggest that minimally invasive non-surgical periodontal therapy (MINST) could lead to favourable clinical and radiographic outcomes in intrabony defects.

MINST is based on the principles of thorough debridement of the root surface with specific piezoelectric thin and delicate tips using magnification loupes. The aim is to avoid any trauma to the soft tissues and to stimulate the formation of a stable blood clot by natural filling of the intrabony defect with blood.

The focus of this presentation is on MINST protocols for intrabony defects and specifically on which defects that are able to heal without the need of surgical therapy. 
Specific example cases will be shown, along with a comprehensive review of the literature in this topic. Data on long-term clinical and radiographic outcomes in intrabony defects treated with MINST will be presented, suggesting stability over a 5-year period. Example cases will be shown and discussed. Recent evidence and hypotheses on healing patterns following MINST will be discussed.