JBB VOL. 5 N.2 Maio/Agosto 2015

78 Pages·2015·1.85 MB·English

ISSN 2236-1006

Journal of Biodentistry
and Biomaterials
Volume 5 – Número 2 – Mai / Ago 2015
Campus Chácara Flora
Journal of Biodentistry
and Biomaterials

Volume 5 – Número 2 – Mai / Ago 2015

ISSN 2236-1006
Journal of Biodentistry
and Biomaterials

Universidade Ibirapuera

2015 - Universidade Ibirapuera
Reconhecida pela Portaria Ministerial MEC nº. 11.198/92 – DOU de 14/04/92

Reitor Consultores Científicos

José Campos de Andrade André Mallmann – UFSM, Santa Maria

Antonio Carlos de Campos - FOUSP/SP

Bárbara Pick Ornaghi - Universidade Positivo, Curitiba

Pró-Reitor Administrativo Carla Castiglia Gonzaga - Universidade Positivo,

José Campos de Andrade Filho Curitiba

Carlo Henrique Goretti Zanetti – Universidade de

Brasília/UnB

Diretor Acadêmico Carlos Gil - FOUSP/SP

Alan Almario Carmem S. Pfeifer - University of Colorado at Denver

(EUA)

Décio dos Santos Pinto Júnior - FOUSP/SP

Coordenadora do Curso de Mestrado em Edgard Crosato - FOUSP/SP

Odontologia Francesca Monticelli – Universidad de Zaragoza

Profa. Dra. Susana Morimoto (Espanha)

Geraldo Bosco - UFPE

Ivone Lima Santana – UFMA

Coordenador do Curso de Odontologia João Batista de Paiva - FOUSP/SP

Prof. Dr. Guilherme Teixeira Coelho Terra José Carlos Pettorossi Imparato - FOUSP/SP

José Ferreira Costa - Técnico do Ministério da Saúde /

UFMA

Diretora Científica Katia Regina Hostilio Cervantes Dias - UFRJ

Profa. Dra. Fernanda Calabró Calheiros Laura Primo - UFRJ

Márcia Daronch - New York Universtity (EUA)

Mario Sérgio Soares - FOUSP/SP

Comitê Editorial (Universidade Ibirapuera) Marlene Fenyo S. de Matos Pereira - FOUSP/SP

Profa. Dra. Anna Carolina V. Mello-Moura Michel Nicolau Youssef - FOUSP/SP

Prof. Dr. Carlos Martins Agra Newton Sesma – FOUSP/SP

Profa. Dra. Flávia Gonçalves Paulo G. Coelho - New York Universtity (EUA)

Prof. Dr. Guilherme Teixeira Coelho Terra Rafael Yagüe Ballester - FOUSP/SP

Profa. Dra. Karen Müller Ramalho Reinaldo Brito Dias - FOUSP/SP

Profa. Dra. Leila Soares Ferreira Roberval de Almeida Cruz - PUC-MG

Prof. Dr. Marcelo Yoshimoto

Profa. Dra. Maria Stella Nunes Araujo Moreira

Prof. Dr. Sérgio Allegrini Jr.

Profa. Dra. Susana Morimoto

Profa. Dra. Tamara Kerber Tedesco

Equipe Técnica
Bibliotecário - Thiago M. Barreto CRB-8/9340
SUMÁRIO

GLASS IONOMER CEMENT ON CLINICAL PRACTICE: A STUDY REVIEW
Marina Maués Tuma, Leila Maués Oliveira Hanna, Yuji Kawamura Barcelos de
Albuquerque......................................................................................... 06

PROTOCOLO DE TRATAMENTO DE HIPOMINERALIZAÇÃO MOLAR-
INCISIVO EM ODONTOPEDIATRIA: RELATO DE CASO CLÍNICO
Laís Cardoso Arruda Côrtes, Isabela Floriano, Tamara Kerber Tedesco, José
Carlos Pettorossi Imparato......................................................................... 21

CELULITE PERIORBITÁRIA. UMA COMPLICAÇÃO POR VIA ASCENDENTE
DO ABSCESSO ODONTOGÊNICO: RELATO DE CASO CLÍNICO
Guilherme Teixeira Coelho Terra, Gabriela Barbosa dos Santos, Vanessa
Ferriello, Renato Rossi Junior..................................................................... 30

RECURSOS UTILIZADOS NA CORREÇÃO DE MALOCLUSÕES DE CLASSE
II: REVISÃO DE LITERATURA E DESCRIÇÃO DE CASO CLÍNICO COM O
APARELHO ERTTY SYSTEM®
Fernanda Calabró Calheiros, Luciana Piccioli Neves Mazzilli, Vanda Beatriz
Teixeira Coelho Domingos, Adelaide Lacava, Gennaro Napolitano
Neto.................................................................................................... 38

FIBROMA OSSIFICANTE PERIFÉRICO: RELATO DE DOIS CASOS COM
HISTÓRICO DE RECIDIVA
Mauricius Tadao Nonaka, Thais Sakamoto, Sandra Estringhe, Nelise Alexandre
da Silva Lascane, Fabio Daumas Nunes, Priscila Lie
Tobouti..................................................................................................... 60
Journal of Biodentistry and Biomaterials

Artigos Científicos
GLASS IONOMER CEMENT ON CLINICAL PRACTICE: A
STUDY REVIEW

Cimento ionômero de vidro na prática clínica: revisão da literatura

Marina Maués Tuma1
Leila Maués Oliveira Hanna2
Yuji Kawamura Barcelos de Albuquerque3

1Centro Universitário do Estado do Pará, Brasil
2Universidade Federal do Pará, Brasil
3Centro Universitário do Estado do Pará, Brasil

Autor para correspondência
Marina Maués Tuma
Rua Eça de Queiroz, 720
04011-033
São Paulo, SP, Brasil
e-mail: [email protected]

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Artigos Científicos

ABSTRACT
RESUMO
Há mais de 40 anos o cimento For over 40 years, the glass ionomer
ionômero de vidro vem sendo cement has been utilized in dentistry.
introduzido na Odontologia e desde Since then it has undergone
então sua fórmula inicial tem passado modifications in an attempt to improve
por modificações na tentativa de
the products used by oral and dental
melhorar os produtos utilizados pelos surgeons, and to improve oral
Cirurgiões Dentistas, favorecendo as conditions favoring the world's
condições bucais da população population in order to develop new
mundial com o propósito de materials and restorative techniques.
desenvolver novos materiais e técnicas
The aimed of this present study was to
restauradoras. A presente pesquisa update the dentists about new
teve por objetivo atualizar os concepts and trends of glass ionomer
odontólogos acerca dos novos conceitos cement in clinical practice. An
e tendências do cimento ionômero de integrative literature review was
vidro na prática clínica. Foi realizada
performed and publications were
uma revisão integrativa baseada na selected from a search in the following
literatura onde as publicações foram databases was: PUBMED, EBSCO,
selecionadas a partir de uma pesquisa AND BIREME applying the following
nas seguintes bases de dados: search terms: glass ionomer cements
pubmed, ebsco e bireme, aplicando os
and dental materials, comprising the
seguintes termos de busca: cimentos period from 2001 to 2014. There
dentários; cimentos de ionômeros de already exists considerable knowledge
vidro; material dentário; uso about the glass ionomer cement and
terapêutico, compreendendo o período despite its continual use in dental
de 2001 a 2014. Já existe
offices; there is still a need for more
conhecimento considerável acerca do knowledge and technical improvement
cimento ionômero de vidro e apesar da by professionals so that we can
sua constante utilização nos generate satisfactory long-term
consultórios odontológicos ainda existe outcomes.
a necessidade de mais conhecimento e
aprimoramento técnico por parte dos

profissionais para que se possa gerar
resultados satisfatórios a longo prazo.

Descritores: cimentos dentários; Key words: dental cements; glass
cimentos de ionômeros de vidro; ionomer cements; dental material;
material dentário; uso terapêutico therapeutic use
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INTRODUCTION many researchers, and it has evolved to
The glass ionomer cement is a an extremely versatile material3-7.
material based on an association of two Due to this evolution of glass
cements, the silicate glass powder and ionomer cement, a large number of
the zinc polycarboxylate. This materials were included in its formula.
association combines the best properties There is not product that is chemically
of these two restorative compounds to and mechanically equal to this
suppress the needs of modern dentistry, cement8-10.
which aims for the development of new Daily, dentists face several
materials and new restorative clinical issues, and have to choose the
techniques. The biocompatibility, the dental material wisely. The glass
adhesion to the dental structure, and the ionomer cement has an important role
ability to release fluoride make this in the dentistry practice; therefore, it is
material unique and demanding in essential that the dentists are familiar
Dentistry, especially on the Pediatric with recent studies, so that they can be
field. aware of the right technique, the
The Restorative Dentistry aims an indication, the contraindication, and
evolutionary standard that fulfills three it´s properties. The aim of this review
bases: biocompatibility, resistance and study was to update the dentists on the
esthetics. The biocompatibility of the new concepts and trends of glass
material is related to the dental ionomer cements on the clinical
adhesion, which provides a better practice.
incorporation of the material with the
dental tissue. The resistance includes METHOD
the anti-cavity properties that prevent To conduct this review study, a
tooth decay, as well as the achievement cautious research was performed
of quality in the restoration, that should based on the following database:
be able to resist the oral environment. PUBMED (23), EBSCO (05) e BIREME
Finally, the esthetics is a requirement of (07). The key words used were “glass
many patients1,2. ionomer cement” and “dental
It is important to highlight that materials”. The reason why just this
since its discovery, the glass two search terms were used is that they
ionomer cement has been the target of were related to the theme and were part
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of the key words of Ciências da Saúde they are easy to remove, in case of
site (http://decs.bvs.br). excesses. Furthermore, its properties
The articles included presented also include low viscosity and excellent
methodological quality, had external flowing. When compared to the other
validity, and a little or none bias. types of cement, this resists better to
Articles containing overlay were compression than the lining glass
excluded. ionomer cement that is worse
Three Criteria were established restoration type. However, as a
to narrow down the results: the timing disadvantage, it is the glass ionomer
of the studies (defined between the cement with the longest setting
years of 2001 and 2014), the language time10,12.
(Portuguese, English and Spanish) and This kind of glass ionomer
the methodology applied. cement is most indicated to cementing
of chromed steel crowns and
TYPES OF GLASS IONOMER orthodontic bands. It is the best choice
CEMENT material for orthodontics,
independently if it is the conventional
Glass ionomer cement cementing or the resin modified13. That is due to
According to Lad et al.11 the its excellent adhesion to the dental
glass ionomer cement cementing type structure and to its fluoride release,
functions are fulfill the emptiness on which is a property that both glass
the interface of dental restorations, ionomer cement own11.
block the restoration so there will be no In a systematic study review, the
displacement during the chewing, and efficacy of the glass ionomer cement
connect orthodontic devices or crowns. adhesive systems fixing orthodontic
The cementing type can be considered bands on teeth during the orthodontic
as definitive (long-term) or provisory treatment was evaluated. The
(short-term). The glass ionomer cement conclusion was that the efficacy was
cementing type has a thinner not enough to it could be considered
granulation of the powder, which gives the best material for this propose.
the mixture a better fluidity. Thus, However, an advantage of the glass
those cements chemically bond to the ionomer cement is the capacity of
dental structure; and since it is fluoride release and the good
compatible with the oral environment,
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relationship between the tooth enamel material is very useful on cavities and
and the unoxidized steel 13. on low-tension areas such as the
cervical and front faces17.
Glass ionomer cement restorative The conventional glass ionomer
Nowadays the patients require cement is indicated for restorations
more esthetic restoration and less class I, II, III, e V. The resin modified
invasive procedures14. Because of that, glass ionomer cement is most indicated
the glass ionomer cement used in for class II of small and medium
dentistry has grown and it is an extension. On the other hand, class III
extremely helpful material on Dental cavities present a better prognostic
Care12. when the conventional glass ionomer
On previous studies, the metal cement is used. That is due to its
or the resin hybrid of glass ionomer fluoride release, which is essential on
cement were denominated as the best the contact point. The conventional
materials for restorations. For glass ionomer cement is also indicated
instance, resin modified glass ionomer to restorations class V, because it
cement or silver modified glass ionomer increases the duration of these
cement have a better resistance to restorations. This kind of cement is
chewing forces10,11,15. widely used on the Atraumatic
The restorative glass ionomer Restorative Treatment technique and
cement is a high-density cement; also on restorations class II, because it
therefore, both its solubility and its preserves the marginal anatomy and
setting time (about 6 minutes) are low. avoids the loss of healthy tissue
In addition, its final resistance (after 24 adjacent to the cavity lesion1,13.
hours) and dentine adhesion are higher
than the other types of glass ionomer Glass ionomer cement lining
cements11,16. This material were the first
The conventional glass ionomer ionomeric material ever to be used. The
cement is mentioned on literature only goal was to use it as a base of
for its use on provisory restorations on restorations, due to its good sealing10.
complex cavities, because it is low Furthermore, it also offers protection to
resistance to loss and cohesion, which the dentine reminiscent. Its working
limits the use of it on areas where there time is the smallest, and its solubility
are chewing forces13. However, this the higher, when compared to the other
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