General information
  • Disease category Other , Periodontal diseases (BASEC)
  • Recruitment status recruitment ongoing (BASEC/ICTRP)
  • Trial sites
    Bern, Zurich
    (BASEC)
  • Contact Prof. Patrick Schmidlin patrick.schmidlin@zzm.uzh.ch (BASEC)
  • Data Source(s) BASEC: Import from 19.05.2025 ICTRP: N/A
  • Last update 19.05.2025 07:50
HumRes63750 | SNCTP000005816 | BASEC2023-D0093

Immediate placement and stabilization of dental implants with the Tetranite® implant stabilization material at extraction sites for lower and upper jaw teeth that do not provide sufficient primary stability

  • Disease category Other , Periodontal diseases (BASEC)
  • Recruitment status recruitment ongoing (BASEC/ICTRP)
  • Trial sites
    Bern, Zurich
    (BASEC)
  • Contact Prof. Patrick Schmidlin patrick.schmidlin@zzm.uzh.ch (BASEC)
  • Data Source(s) BASEC: Import from 19.05.2025 ICTRP: N/A
  • Last update 19.05.2025 07:50

Summary description of the study

After tooth loss, replacement with an implant is currently one of the best therapeutic options. The implant relies on a sufficient quantity and quality of jawbone. Immediate implants significantly shorten treatment duration and lead to higher patient satisfaction, while maintaining a high success rate. However, sometimes an immediate implant cannot be placed because sufficient stability in the bone cannot be found. This study tests a novel material, Tetranite® Dental Bone Adhesive - implant stabilization material, to effectively "glue" the implant in place and thereby increase its initial stability. This material has proven to be safe in preclinical studies and can very effectively improve the initial stability of the dental implant without damaging the bone. The material consists of an organic calcium phosphate and an amino acid, phosphoserine, which occurs naturally in bone. It is completely synthetic. The use of the adhesive extends the total time of the procedure by just over 15 minutes. After the healing of the implant, the patient receives an implant crown. The implants are clinically and radiologically followed up after three, six, and 12 months.

(BASEC)

Intervention under investigation

After the gentle removal of the tooth to be extracted, a titanium implant is inserted. Then, the remaining "hole" where the tooth was is filled with the Tetranite material to provide the implant with sufficient stability. After the healing of the implant, the patient receives an implant crown. The implants are clinically and radiologically followed up after three, six, and 12 months.

(BASEC)

Disease under investigation

This study investigates how a novel material behaves that is used for stabilizing the implant in the event of tooth loss and immediate replacement with an "immediate implant".

(BASEC)

Criteria for participation in trial
1. Patients who need to have a tooth removed and wish to replace it with an implant. 2. Anatomical conditions must allow for implantation. 3. Immediate implants that are not stable in the bone alone. (BASEC)

Exclusion criteria
1. Patients with general medical conditions or untreated conditions in the oral area. 2. Patients with anatomical conditions that do not allow for implantation or immediate implantation. 3. Patients taking medications or substances that could influence the therapy. (BASEC)

Trial sites

Bern, Zurich

(BASEC)

not available

Sponsor

Danielle Giroud MD Clinicals SA

(BASEC)

Contact

Contact Person Switzerland

Prof. Patrick Schmidlin

+41 44 634 34 17

patrick.schmidlin@zzm.uzh.ch

Center of Dental Medicine, University of Zürich Clinic of Preventive Dentistry, Periodontology and Cariology Plattenstrasse 11 8032 Zürich patrick.schmidlin@zzm.uzh.ch

(BASEC)

Scientific Information

not available

Name of the authorising ethics committee (for multicentre studies, only the lead committee)

Ethics Committee Zurich

(BASEC)

Date of authorisation

23.02.2024

(BASEC)


ICTRP Trial ID
not available

Official title (approved by ethics committee)
Immediate Placement and Stabilization of Dental Implants with Tetranite® Implant Stabilization Material in Mandibular and Maxillary Tooth Extraction Sites that Fail to Provide Adequate Primary Stability (BASEC)

Academic title
not available

Public title
not available

Disease under investigation
not available

Intervention under investigation
not available

Type of trial
not available

Trial design
not available

Inclusion/Exclusion criteria
not available

not available

Primary and secondary end points
not available

not available

Registration date
not available

Incorporation of the first participant
not available

Secondary sponsors
not available

Additional contacts
not available

Secondary trial IDs
not available

Results-Individual Participant Data (IPD)
not available

Further information on the trial
not available

Results of the trial

Results summary

not available

Link to the results in the primary register

not available