Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications

Information about orthodontic movement of teeth with hypercementosis is scarce. As cementum deposition continues to occur, cementum is expected to change the shape of the root and apex over time, but this has not yet been demonstrated. Nor has it ever been established whether it increases or decreas...

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Main Authors: Alberto Consolaro, Renata B. Consolaro, Leda A. Francischone
Format: Article
Language:English
Published: Dental Press Editora 2012-02-01
Series:Dental Press Journal of Orthodontics
Subjects:
Online Access:http://www.scielo.br/scielo.php?script=sci_arttext&pid=S2176-94512012000100003
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author Alberto Consolaro
Renata B. Consolaro
Leda A. Francischone
author_facet Alberto Consolaro
Renata B. Consolaro
Leda A. Francischone
author_sort Alberto Consolaro
collection DOAJ
description Information about orthodontic movement of teeth with hypercementosis is scarce. As cementum deposition continues to occur, cementum is expected to change the shape of the root and apex over time, but this has not yet been demonstrated. Nor has it ever been established whether it increases or decreases the prevalence of root resorption during orthodontic treatment. The unique biological function of the interconnected network of cementocytes may play a role in orthodontic movement and its associated root resorptions, but no research has ever been conducted on the topic. Unlike cementum thickness and hypercementosis, root and apex shape has not yet been related to patient age. A study of the precise difference between increased cementum thickness and hypercementosis is warranted. Hypercementosis refers to excessive cementum formation above and beyond the extent necessary to fulfill its normal functions, resulting in abnormal thickening with macroscopic changes in the tooth root, which may require the delivery of forces that are different from conventional mechanics in their intensity, direction and distribution. What are the unique features and specificities involved in moving teeth that present with hypercementosis? Bodily movements would be expected to occur, since inclination might prove difficult to achieve, but would the root resorption index be higher or lower?
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spelling doaj.art-dbe221f1fd5e48bf9eb856b5076b56dd2022-12-21T23:39:52ZengDental Press EditoraDental Press Journal of Orthodontics2176-94512177-67092012-02-01171213010.1590/S2176-94512012000100003Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implicationsAlberto ConsolaroRenata B. ConsolaroLeda A. FrancischoneInformation about orthodontic movement of teeth with hypercementosis is scarce. As cementum deposition continues to occur, cementum is expected to change the shape of the root and apex over time, but this has not yet been demonstrated. Nor has it ever been established whether it increases or decreases the prevalence of root resorption during orthodontic treatment. The unique biological function of the interconnected network of cementocytes may play a role in orthodontic movement and its associated root resorptions, but no research has ever been conducted on the topic. Unlike cementum thickness and hypercementosis, root and apex shape has not yet been related to patient age. A study of the precise difference between increased cementum thickness and hypercementosis is warranted. Hypercementosis refers to excessive cementum formation above and beyond the extent necessary to fulfill its normal functions, resulting in abnormal thickening with macroscopic changes in the tooth root, which may require the delivery of forces that are different from conventional mechanics in their intensity, direction and distribution. What are the unique features and specificities involved in moving teeth that present with hypercementosis? Bodily movements would be expected to occur, since inclination might prove difficult to achieve, but would the root resorption index be higher or lower?http://www.scielo.br/scielo.php?script=sci_arttext&pid=S2176-94512012000100003CementumHypercementosisTooth movementRoot resorption
spellingShingle Alberto Consolaro
Renata B. Consolaro
Leda A. Francischone
Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications
Dental Press Journal of Orthodontics
Cementum
Hypercementosis
Tooth movement
Root resorption
title Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications
title_full Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications
title_fullStr Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications
title_full_unstemmed Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications
title_short Cementum, apical morphology and hypercementosis: a probable adaptive response of the periodontal support tissues and potential orthodontic implications
title_sort cementum apical morphology and hypercementosis a probable adaptive response of the periodontal support tissues and potential orthodontic implications
topic Cementum
Hypercementosis
Tooth movement
Root resorption
url http://www.scielo.br/scielo.php?script=sci_arttext&pid=S2176-94512012000100003
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AT ledaafrancischone cementumapicalmorphologyandhypercementosisaprobableadaptiveresponseoftheperiodontalsupporttissuesandpotentialorthodonticimplications