RESUMO
Objetivo: explorar as percepções de dentistas particulares da Malásia sobre o uso do Sistema Internacional de Detecção e Avaliação de Cárie (ICDAS) em sua prática odontológica. Material e Métodos: este estudo qualitativo envolveu entrevistas individuais com doze clínicos gerais que trabalham no setor privado, que foram expostos ao treinamento ICDAS durante seu estudo de graduação. Uma amostra intencional foi realizada com dentistas particulares na Malásia de vários estados com intuito de refletir a diversidade. As entrevistas foram gravadas e transcritas. A análise dos dados foi realizada pela análise temática. Resultados: cinco barreiras principais foram identificadas durante o processo de codificação, ou seja, fatores como o tempo, falta de treinamento, o não planejamento do tratamento, dificuldades de registro e baixa conscientização do paciente sobre prevenção. Foram identificados como fatores facilitadores um melhor treinamento e uma forte exigência das autoridades para usar este sistema. Conclusão: dentistas particulares na Malásia encontraram uma infinidade de desafios na adoção do índice ICDAS. Portanto, é necessário fornecer treinamento e assistência adequados para entender os benefícios da utilização do sistema ICDAS e da informatização da entrada de dados (AU)
Objective: to explore the perceptions of Malaysian private dentists on the use of the International Caries Detection and Assessment System (ICDAS) in their dental practice. Material and Methods: this qualitative study involved individual interviews with twelve general dental practitioners working in the private sector, who has been exposed to ICDAS training during their undergraduate study. Purposive sampling was carried out among private dentists in Malaysia from various states to reflect diversity. The interviews were recorded and transcribed. Data analysis was conducted by thematic analysis. Results: five main barriers were identified through the coding process, namely time factors, lack of training, having no effect on treatment planning, charting difficulties, and low patient awareness on prevention. Better training and a strong requirement by the authorities to use this system were identified as the enabling factors. Conclusion: private dentists in Malaysia encountered a myriad of challenges in adopting the ICDAS index. Hence, it is necessary to provide adequate training and assistance in understanding the benefits of utilizing the ICDAS system, and computerization of data input (AU)
Assuntos
Cárie Dentária , Pesquisa Qualitativa , Odontólogos , Educação em OdontologiaRESUMO
Background Peanut (Arachis hypogaea L.) is an important economic and oilseed crop. Long-term rainless conditions and seasonal droughts can limit peanut yields and were conducive to preharvest aflatoxin contamination. To elucidate the molecular mechanisms by which peanut responds and adapts to water limited conditions, we isolated and characterized several drought-induced genes from peanut roots using a suppression subtractive hybridization (SSH) technique. Results RNA was extracted from peanut roots subjected to a water stress treatment (45% field capacity) and from control plants (75% field capacity), and used to generate an SSH cDNA library. A total of 111 non-redundant sequences were obtained, with 80 unique transcripts showing homology to known genes and 31 clones with no similarity to either hypothetical or known proteins. GO and KEGG analyses of these differentially expressed ESTs indicated that drought-related responses in peanut could mainly be attributed to genes involved in cellular structure and metabolism. In addition, we examined the expression patterns of seven differentially expressed candidate genes using real-time reverse transcription-PCR (qRT-PCR) and confirmed that all were up-regulated in roots in response to drought stress, but to differing extents. Conclusions We successfully constructed an SSH cDNA library in peanut roots and identified several drought-related genes. Our results serve as a foundation for future studies into the elucidation of the drought stress response mechanisms of peanut.