Oral Applications of Cyanoacrylate Adhesives: A Literature Review

Borie, Eduardo; Rosas, Efrén Raúl Ponce; Kuramochi, Gisaku; Etcheberry, Sophia; Olate, Sérgio; Weber, Benjamín

doi:10.1155/2019/8217602

Cited by 56 publications

(52 citation statements)

References 50 publications

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“…Atualmente, a sutura é o método mais comumente usado para fechamento intraoral de feridas; no entanto, as desvantagens como formação de cicatrizes e necessidade de curativos para proteger o sítio com tal necessidade,alimentaram a busca por novos métodos e materiais. Em geral, as feridas apresentam grande potencial para reinfecção durante o processo de cicatrização, que é frequentemente observado na cavidade oral devido à formação de biofilme e acúmulo de alimentos que são ainda mais agravados pela presença de suturas (BORIE et al, 2019).…”

Section: Discussionunclassified

“…O avanço tecnológico tem permitido o desenvolvimento de vários materiais de síntese, desde os inabsorvíveis até os biodegradáveis. Com isso, a literatura tem proposto que o uso de adesivos teciduais em fechamentos de feridas tem grandes vantagens em comparação às técnicas convencionais, como por exemplo: facilidade deuso, excelente propriedade bacteriostática, tempo de reparo reduzido, além, também, de obter um resultado cosmético comparável de curto e longo prazo (BORIE et al, 2019).…”

Section: Introductionunclassified

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Colas à base de cianoacrilato como método auxiliar na cicatrização tecidual: uma revisão de literatura

Henrique

Pedrosa

Cunha

et al. 2020

BJHR

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Os adesivos a base de cianoacrilatos foram descobertos em 1949, e, cerca de dez anos depois, tiveram seu uso documentado em procedimentos cirúrgicos. Contudo, pouco ainda se sabe sobre o uso dessas no processo cicatricial em cavidade oral. Dessa forma, o objetivo desse estudo foi revisar a literatura acerca do uso de adesivos a base de cianoacrilato na coaptação de feridas em comparação aos métodos tradicionais. Foi realizada uma busca bibliográfica, na qual foram selecionados artigos publicados no período de 2015 a 2020 nas bases de dados pubmed, no idioma inglês, utilizando os descritores: cyanyacrylate and healing and dentistry. Obteve-se um total de 36 artigos dentre os quais, após uma leitura crítica dos resumos e títulos, 10 foram selecionados para compor o presente estudo. A análise dos artigos demostrou que os adesivos teciduais de cianoacrilato são monômeros líquidos que, em contato com a mucosa, criam um filme forte e flexível. Na odontologia, os cianoacrilatos têm sido utilizados para sutura tecidual por apresentar vantagens como facilidade técnica, diminuição no tempo cirúrgico e, por não ser necessária a introdução de uma substância estranha no organismo, diminui o tempo de recuperação da ferida. Sendo assim seu uso evitado em áreas de alta tensão. Em conclusão, estudos in vivo e clínicos demonstraram nos últimos anos resultados convincentes em relação à segurança, eficácia, e viabilidade de todos os tipos de adesivos de cianoacrilato usados em procedimentos intra e extraorais.

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Section: Discussionunclassified

Section: Introductionunclassified

Colas à base de cianoacrilato como método auxiliar na cicatrização tecidual: uma revisão de literatura

Henrique

Pedrosa

Cunha

et al. 2020

BJHR

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“…1.3 GPa, which was previously reported in applications destined for different medical fields (orthopedics, plastic surgery, dermatology, etc.) [55].…”

Section: Characterization Techniquesmentioning

confidence: 99%

Novel Synthesis of Core-Shell Biomaterials from Polymeric Filaments with a Bioceramic Coating for Biomedical Applications

et al. 2020

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Bone tissue engineering is constantly in need of new material development with improved biocompatibility or mechanical features closer to those of natural bone. Other important factors are the sustainability, cost, and origin of the natural precursors involved in the technological process. This study focused on two widely used polymers in tissue engineering, namely polylactic acid (PLA) and thermoplastic polyurethane (TPU), as well as bovine-bone-derived hydroxyapatite (HA) for the manufacturing of core-shell structures. In order to embed the ceramic particles on the polymeric filaments surface, the materials were introduced in an electrical oven at various temperatures and exposure times and under various pressing forces. The obtained core-shell structures were characterized in terms of morphology and composition, and a pull-out test was used to demonstrate the particles adhesion on the polymeric filaments structure. Thermal properties (modulated temperature and exposure time) and the pressing force's influence upon HA particles' insertion degree were evaluated. More to the point, the form variation factor and the mass variation led to the optimal technological parameters for the synthesis of core-shell materials for prospect additive manufacturing and regenerative medicine applications.Coatings 2020, 10, 283 2 of 18 importance. Among these, PLA was widely used, mainly due to its biocompatibility with the human organism and the advantageous synthesis alternative from sustainable natural resources (e.g., beet or maize) [14]. Along with PLA, TPU was remarked in the additive manufacturing technology [15]. The TPU applications in the medical field spread from blood vessels, implants, and prosthetics, to scaffolding in tissue engineering, dialysis membranes, or breast implants [16].Furthermore, naturally derived hydroxyapatite (HA) is a bioactive ceramic, with similar chemical and structural properties to the mineral component of the natural bone tissue, and exceptional biocompatibility and osteoconductivity. HA can be synthesized from various renewable resources (e.g. fish, sheep, cattle or bovine bones [17,18] or marine shells [19,20]).Along with the development of new biomaterials, the cost-efficient and highly performant processing techniques for final products manufacturing are also in need of improvement. Additive manufacturing (AM) or 3D printing can be considered 21st century technology due to the possibility to attain patient-customized and adapted products [14]. However, the most widely and accessible used technique in orthopedics is fused deposition modeling (FDM) or fused filler fabrication (FFF) [8,14,21,22], which provide 3D scaffolds with a well-defined design by extruding a digital 3D model from thermoplastic polymeric materials heated to their melting point [22].This study aims to provide a new core-shell material that can be used in the FDM technique, targeted due to its rigorous control of parameters (temperature, bed temperature, feed rate, printing speed, etc.) [23][24][25][26][27].Therefore, thi...

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“…Adhesives have an increasing importance in today's industry, with a strong presence in the aerospace, automotive, railway and marine industries, as well as in civil construction, electrical equipment, and even in medicine and dentistry areas (Borie et al 2019;Faneco et al 2017;Leggat, Smith, and Kedjarune 2007;Matta, Karbhari, and Vitaliani 2005;Takahashi et al 2002). While the use of natural adhesives is very ancient, was only in recent years that stronger adhesives based on synthetic polymers were developed and used.…”

Section: Introductionmentioning

confidence: 99%

Thermal Chamber for Adhesives Creep Multi-Station Testing Machine

Janeira

Silva

Lopes

et al. 2020

UPjeng

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Adhesives have been used in a wide range of industries, due to their good proprieties when compared with traditional joining methods. Therefore, manufacturers and researchers have been making an effort to study these materials and their characteristics.The main goal of the Advance Joining Processes Unit (AJPU) of FEUP/INEGI is to study and evaluate different types of adhesives under different conditions. One equipment available at the AJPU is a creep testing machine with three independent working stations. As the creep tests must be performed under controlled temperature, the implementation of a thermal chamber was required.This paper describes the design of a thermal chamber for the existing creep testing machine. The chamber needs to be capable of operating between -100 and 200 ºC and have a low temperature gradient. The first step was to design a heat insulator for each upper rod of the creep testing machine, in order to limit the temperature at the load cells to service values.Subsequently, the concept of the chamber was developed. The design decisions with influence on the thermal efficiency of the chamber were supported analytically. The structure, insulation, control and automation projects of the chamber are presented in detail.

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Oral Applications of Cyanoacrylate Adhesives: A Literature Review

Cited by 56 publications

References 50 publications

Colas à base de cianoacrilato como método auxiliar na cicatrização tecidual: uma revisão de literatura

Colas à base de cianoacrilato como método auxiliar na cicatrização tecidual: uma revisão de literatura

Novel Synthesis of Core-Shell Biomaterials from Polymeric Filaments with a Bioceramic Coating for Biomedical Applications

Thermal Chamber for Adhesives Creep Multi-Station Testing Machine

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