0000000000874508

AUTHOR

Andrisani C

showing 3 related works from this author

Post extractive implant: evaluation of the critical aspects

2017

Purpose Nowadays, implant supported prosthetic rehabilitation is a reliable procedure to replace compromised or untreatable teeth. The purpose of this review is to explore the concept of post extractive implant and the indications for clinical practice through an analysis of recent studies in the literature. All the main factors that could influence the outcome of this treatment will also be considered. Materials and methods Focusing on the extraction-socket healing time, three different implant insertion protocols have been defined: Immediate implant placement (IIP), Early implant placement (EIP), Delayed implant placement (DIP). The entity of bone remodeling can be associated with differe…

Post extractive implantsRehabilitationBone remodeling; Implant stability; Post extractive implants; Dentistry (all)Prosthetic rehabilitationbusiness.industrymedicine.medical_treatmentPlatform switchingDentistrySoft tissue030206 dentistryReviewImplant stabilityBone remodelingOral hygieneOsseointegration03 medical and health sciences0302 clinical medicinePost extractive implantBone qualitymedicineDentistry (all)ImplantbusinessGeneral Dentistry030215 immunology
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Immediate loading implants: Review of the critical aspects

2018

Purpose. Modern dentistry have witnessed, a rapid and continuing evolution. Concerning the implant-rehabilitation protocols, they have beenEdizioniredefined in order to satisfy patient’s increasing expectations in terms of comfort, aesthetic and shorter treatment period. The purpose of this review is to explore the concept of implant immediate loading and the indications for clinical practice. All the critical aspects that could influence the outcomes of this treatment will also be considered. Materials and methods. Three protocols for implant load timing have been classified: immediate loading implants (ILI); early loading implants (ELI); and conventional loading implants (CLI). Two subc…

Bone densityImplant designbusiness.industryImplant dentistryClinical study designDentistryImplant failureReview030206 dentistryImplant stabilityTreatment periodOsseointegration03 medical and health sciences0302 clinical medicineImmediate loading implantImmediate loadingDentistry (all)MedicineImmediate loading implants; Implant design; Implant stability; Dentistry (all)ImplantImmediate loading implantsbusinessGeneral Dentistry030215 immunology
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A new implant-abutment connection for bacterial microleakage prevention: An in vitro study

2017

Purpose The aim of our study is to evaluate the ability of a new type of implant (Konus Implant System®, Industrie biomediche e farmaceutiche, Italy) to isolate the internal of an implant-abutment connection from the external environment. Materials and methods To identify the capability of the implant to protect the internal space from the external environment, the passage of genetically modified Escherichia coli across implant-abutment interface was evaluated. Implants were immerged in a bacterial culture for twenty-four hours and then bacteria amount was measured inside implant-abutment interface with Real-time PCR. Results Bacteria were detected inside all studied implants, with a median…

Internal spaceBacterial leakageDentistryBone resorptionImplant dentistry03 medical and health sciences0302 clinical medicineMedicineTannerella forsythiaIn vitro studyGeneral Dentistrybiologybusiness.industryImplant dentistryBacterial leakage030206 dentistrybiology.organism_classificationBacterial leakage; Bone resorption; Implant dentistry; Implant-abutmentconnection; Perimplantitis; Dentistry (all)Dentistry (all)ImplantbusinessAbutment (dentistry)PerimplantitisImplant abutment030215 immunologyImplant-abutmentconnection
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