Aumento de coroa clínica com osteotomia utilizando o ultrassom piezoelétrico
Nenhuma Miniatura disponível
Data
2023-06-12
Tipo de documento
Monografia
Título da Revista
ISSN da Revista
Título de Volume
Área do conhecimento
Ciências da Saúde
Modalidade de acesso
Acesso aberto
Editora
Autores
Zapelini, Malú Ghisi
Orientador
Oenning, Evandro
Coorientador
Resumo
A tecnologia moderna tem impulsionado a área da saúde, proporcionando avanços significativos como o desenvolvimento de técnicas mais eficazes e o surgimento de aparelhos cada vez mais sofisticados. Na odontologia, isso não é diferente. Entre as técnicas utilizadas nas cirurgias odontológicas, destaca-se o uso do ultrassom cirúrgico piezoelétrico, que oferece maior segurança ao permitir o corte de tecido duro sem prejudicar o tecido mole. Este estudo avaliou a utilização do instrumento piezoelétrico em cirurgias de aumento de coroa clínica, bem como os benefícios da mesma. Durante a cirurgia, a piezoeletricidade é aplicada para transferir vibrações para as pontas do dispositivo, auxiliando na realização de osteotomias precisas no tecido ósseo. A piezocirurgia tem a vantagem de reduzir as sequelas pós-operatórias para o paciente, no entanto, é importante destacar que a cirurgia realizada com o ultrassom piezoelétrico possui desvantagens, como o tempo de corte mais prolongado e o custo mais elevado em relação aos métodos cirúrgicos convencionais. Em geral, a piezoeletricidade pode ser uma grande aliada do cirurgião dentista, proporcionando inúmeros benefícios e garantindo maior segurança ao operador, mas é preciso considerar seus prós e contras.
Modern technology has boosted the health area, providing exciting advances such as the development of more effective techniques and the development of increasingly sophisticated devices. In dentistry, this is no different. Among the techniques used in dental surgeries, the use of piezoelectric surgical ultrasound stands out, which offers more safety by allowing hard tissue to be cut without harming soft tissue. This study evaluated the use of the piezoelectric instrument in clinical crown lengthening surgeries, as well as its benefits. During surgery, piezoelectricity is applied to transfer vibrations to the tips of the device, assisting in making precise osteotomies in bone tissue. Piezosurgery has the advantage of reducing postoperative sequelae for the patient, however, it is important to highlight that surgery performed with piezoelectric ultrasound has interruption, such as the longer cutting time and the higher cost in relation to pharmaceutical methods. In general, piezoelectricity can be a great ally for the dentist, providing several benefits and ensuring greater operator safety, but it is necessary to consider both its pros and cons.
Modern technology has boosted the health area, providing exciting advances such as the development of more effective techniques and the development of increasingly sophisticated devices. In dentistry, this is no different. Among the techniques used in dental surgeries, the use of piezoelectric surgical ultrasound stands out, which offers more safety by allowing hard tissue to be cut without harming soft tissue. This study evaluated the use of the piezoelectric instrument in clinical crown lengthening surgeries, as well as its benefits. During surgery, piezoelectricity is applied to transfer vibrations to the tips of the device, assisting in making precise osteotomies in bone tissue. Piezosurgery has the advantage of reducing postoperative sequelae for the patient, however, it is important to highlight that surgery performed with piezoelectric ultrasound has interruption, such as the longer cutting time and the higher cost in relation to pharmaceutical methods. In general, piezoelectricity can be a great ally for the dentist, providing several benefits and ensuring greater operator safety, but it is necessary to consider both its pros and cons.
Palavras-chave
Espaço biológico, Gengivectomia, Piezocirurgia, Ultrassom piezoelétrico