Ridge Preservation reduces the need for GBR at implant placement

Orthodontic tooth movement makes new bone formation

Dr. Pal Nagy | Hungary

The observation of multinucleated giant cells and cutting cones confirms the safety and predictability of periodontal bony regeneration combined with OTM using Geistlich Bio-Oss^®.

Palate free innovation into practice

Prof. Paulo Fernando Mesquita de Carvalho | Brazil

A stable and healthy peri-implant soft-tissue is the foundation of implant success and aesthetic excellence.

Geistlich Mucograft^®: better Comfort, Cosmetics and Convenience

Dr. Michael K. McGuire | United States

In a Randomized Controlled Clinical Trial, Dr. McGuire et al. have compared the long-term outcomes of recession coverage with Geistlich Mucograft^® and free gingival graft.¹ Results were equivalent and stable in both test groups, with less morbidity and higher patient satisfaction with Geistlich Mucograft^®. We asked Dr. McGuire to answer some key questions about his findings.

“Soft tissues need to be analyzed as thoroughly as the bone”

Verena Vermeulen | Switzerland

The Sequential Ridge Augmentation Protocol helps achieve bone and soft tissue regeneration in the context of implant placement in a systematic way.¹ We discussed with Dr. Neel Bhatavadekar the importance of soft tissues for implant success and the best way to prepare patients for a staged approach.

Geistlich Mucograft^® is non-inferior to palatal graft – also in the long run

Dr. Marjan Gilani | Switzerland

 

Free gingival graft is considered the gold-standard to widen the keratinized tissue in the vestibulum. In 2014, a randomized controlled split-mouth study by McGuire et al. showed that Geistlich Mucograft^® is just as capable of achieving the goal of generating >2 mm of keratinized tissue.¹ Now the authors confirmed the efficacy also in the long run – with follow-up times up to eight years.²

YXOSS CBR^®– a closer look at the bone formation

Prof. Claudia Dellavia | Italy

Histology: a closer look at the bone formation.

“The key advantage of this technique is its simplicity”

Dr. Marjan Gilani | Switzerland

Dr. Francisco Delille has placed more than 100 immediate implants in the posterior maxilla with simultaneous crestal sinus floor elevation – and is convinced of this approach. We discussed with him about predictability, surgery time, and complication rates.

"I would fill the gap in any case"

Dr. Giulia Cerino | Switzerland

Prof. Jan Cosyn has a lot of experience in the controversial field of implant placement timing. We asked him to shed some light on the question: Immediate implant placement - when is hard and soft tissue grafting indicated?

Can Ridge Preservation prevent sinus lift?

Prof. Dr. Jae-Kook Cha | South Korea

Can Ridge Preservation reduce vertical changes and thereby prevent sinus lift? Prof. Dr. Jae-Kook Cha from Korea ran the first randomized clinical trial to answer this question.¹ 

Preventing alveolar bone resorption: Possibilities and limitations

Dr. Jun-Yu Shi | China, Dr. Hong-Chang Lai | China

Osseointegration is no longer the only criteria for implant success. Sufficient peri-implant bone volume also plays a decisive role in maintaining long-term stability and esthetics. Thus, prevention of alveolar bone resorption has become a lively topic.

"It is about helping patients before problems occur."

Verena Vermeulen | Switzerland

In August 2019 the American Academy of Periodontology (AAP) organized a Best Evidence Consensus (BEC) about Phenotype Modification Therapy. What were its findings? We discussed with Prof. Kenneth Kornman and AAP president Dr. Richard Kao.

Orthodontics’ effect on periodontal phenotype

Verena Vermeulen | Switzerland

Orthodontic tooth movement can increase the incidence of bony dehiscence and gingival recession. Dr. Hector Rios, USA, investigates how this effect can be minimized. We talked to him about healthy conditions, short treatment time and long-term success.

Uneventful open-healing using resorbable collagen membranes

Dr. Marjan Gilani | Switzerland

The survival rate of implants placed immediately into extraction sockets with bone and soft tissue regeneration in an “open-healing” technique was 100% after 4 years in function.¹