The width of the attached gingiva and its variability in people with healthy periodontal status

Pejčić, S Ana; Obradoviç, Radmila; Mirković, Siniša

doi:10.5937/asn1775703p

Cited by 4 publications

(1 citation statement)

References 15 publications

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“…Unjustified preparation of hard tissues with the creation of excessive taper of the lateral walls of the stump is often encountered, which worsens the fixation of the finished prosthesis and leads to immediate complications, such as acute mechanical trauma to the pulp and pulpitis in the long term [3][4][5]. These complications most often occur when the tissue topography of the prepared teeth is not taken into account, due to excessive preparation and violation of other aspects of permanent tooth preparation algorithms [6].…”

Section: Introductionmentioning

confidence: 99%

Application of optical scanning systems and 3D modeling algorithms as a method to control the depth of teeth preparation for fixed orthopedic structures

Radchuk,

Hasiuk,

Popovych

et al. 2023

OGH

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Background. In orthopedic dentistry at the present stage of its development, a chemical technique for preparing teeth for fixed structures of dentures has been developed; however, the state of the pulp in response to preparation is not taken into account. As a result, medical tactics for preserving or extirpating the pulp of abutment teeth, depending on the clinical case, are unreasonable. Given the generally accepted rules for preparing teeth for fixed orthopedic structures, there is a significant percentage of complications. Controlling the depth of tooth preparation makes it possible to carry out this manipulation as rationally as possible, and as a result to ensure the effectiveness of procedure, based on the state of vitality of the prepared teeth. The aim of the study is to determine and control the depth of the studied teeth preparation using digital volumetric scanning technology and algorithms of a digital graphic 3D editor in the CAD/CAM system. Materials and methods. The article presents the results of using digital volumetric scanning of the CAD/CAM system and an integrated algorithm for digital 3D modeling to determine and control the depth of teeth preparation for fixed orthopedic structures. Results. Based on the results of digital volumetric scanning, the working thickness of the tooth preparation in the area of the tooth neck was determined with the formation of various types of chamfer in different study groups. In order to determine the depth of the preparation of hard dental tissues, an artificial crown was modeled in the CAD system — digital volumetric scanner NeWay (Open Technologies) and data on its thickness in the area of the ledge were obtained. Conclusions. Method of digital volumetric scanning to determine and control the depth of preparation of hard dental tissues makes it possible to prevent the development of irreversible morpho-functional changes in the tissues of teeth caused by odontoreparation.

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Section: Introductionmentioning

confidence: 99%

Application of optical scanning systems and 3D modeling algorithms as a method to control the depth of teeth preparation for fixed orthopedic structures

Radchuk,

Hasiuk,

Popovych

et al. 2023

OGH

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Periodontal phenotype: A review of historical and current classifications evaluating different methods and characteristics

Malpartida-Carrillo

Tinedo-López

Guerrero

et al. 2020

J Esthet Restor Dent

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Objective To review the historical and current periodontal phenotype classifications evaluating methods and characteristics. Moreover, to identify and classify the methods based on periodontal phenotype components. Overview Several gingival morphology studies have been frequently associated with different terms used causing confusion among the readers. In 2017, the World Workshop on the Classification of Periodontal and Peri‐Implant Diseases and Conditions recommended to adopt the term “periodontal phenotype”. This term comprises two terms, gingival phenotype (gingival thickness and keratinized tissue width) and bone morphotype (buccal bone plate thickness). Furthermore, gingival morphology has been categorized on “thin‐scalloped”, “thick‐scalloped” and “thick‐flat” considering the periodontal biotype. However, by definition, the term phenotype is preferred over biotype. Periodontal phenotype can be evaluated through clinical or radiographic assessments and may be divided into invasive/non‐invasive (for gingival thickness), static/functional (for keratinized tissue width), and bi/tridimensional (for buccal bone plate thickness) methods. Conclusions “Thin‐scalloped,” “thick‐scalloped,” and “thick‐flat” periodontal biotypes were identified. These three periodontal biotypes have been considered in the World Workshop but the term periodontal phenotype is recommended. Periodontal phenotype is the combination of the gingival phenotype and the bone morphotype. There are specific methods for periodontal phenotype evaluation. Clinical significance The term periodontal phenotype is currently recommended for future investigations about gingival phenotype and bone morphotype. “Thin‐scalloped,” “thick‐scalloped,” and “thick‐flat” periodontal phenotypes can be evaluated through specific methods for gingival thickness, keratinized tissue width, and buccal bone plate thickness evaluation.

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Importance of micronutrients in the oral cavity

Ranjit¹,

Takalloabdal²,

Galchenko³

2021

Acta stomatologica Naissi

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Introduction: Micronutrients play a potent role in the functioning of the different systems of the organism. It is necessary to sustain an adequate status of the micronutrients for maintaining the optimal condition of the oral cavity. The aim: Toemphasize the importance of different micronutrients for the normal functioning of the oral cavity, as well as their influence on the occurrence of various diseases of the soft and hard tissues of the oral cavity. Conclusion: Micronutrients such as vitamin C, B9 and E, calcium, zinc, copper and iron have a role in development so as anti-inflammatory and antioxidants properties Deficiency of certain micronutrients plays an important role in the development of periodontitis and caries. People with chronic inflammatory bowel disease, as well as children, pregnant and breastfeeding women, are usually deficient in these vitamins and therefore often susceptible to the development of inflammatory changes in soft tissues of oral cavity , periodontitis and caries.

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The width of the attached gingiva and its variability in people with healthy periodontal status

Cited by 4 publications

References 15 publications

Application of optical scanning systems and 3D modeling algorithms as a method to control the depth of teeth preparation for fixed orthopedic structures

Application of optical scanning systems and 3D modeling algorithms as a method to control the depth of teeth preparation for fixed orthopedic structures

Periodontal phenotype: A review of historical and current classifications evaluating different methods and characteristics

Importance of micronutrients in the oral cavity

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