This article aims to map the scientific production concerning the inclusion of people with disabilities in Science Education to promote a reflection on the production of this area. Bibliometric analysis is used to help understand what stage of research a particular subject is at. Publications on the topic indexed at the Web of Science Core Collection (WoS) were evaluated. A total of 119 articles published between 2009 and July 2019 were selected as dealing specifically with the subject. An increase in the number of articles associating Science teaching (ST) and Inclusive Education (IE) was noted. The journals that published the most, the most productive authors in the area and their collaboration networks were identified. A content analysis of the research was also carried out and the main investigated topics were pointed out. Educational levels, types of disabilities, central themes and specific science areas prevailing in the mapped research were also indicated. We conclude that, despite the growing number of articles, scientific production associating SE and IE is still small, concentrated, and not shared with the scientific community through scientific education journals, and that most research is focused on the use of methodologies and resources, and not on their development.
1 March 2004 in Insect Biochemistry and Molecular Biology
This study aimed to develop models that reproduce histological slide images and evaluate them with blind and sighted students from an inclusion perspective. A questionnaire with questions about the ideal characteristics of a model was answered by visually impaired (VI) students. Based on the responses and optical microscopy images from histological atlases, nine models were constructed with standardized materials. The models were tested at different times with VI students and with students who see. Our results indicate that morphology teaching, according to the students themselves, should make use of extra resources, such as models. The ideal characteristics for model efficiency as a teaching tool were representative textures and reliefs. The models built were evaluated by blind students in Spain and sighted students in Brazil because, from an inclusive perspective, it is ideal that the same material can meet the demands of all types of students. The use of the developed models enhanced learning in both groups, even when combined with microscopes for sighted students. According to student opinions, the use of relief models can represent an important pedagogical strategy used to teach morphological. The importance of developing that materials was also highlighted from an inclusion perspective, as these materials can be used in mixed classes, all students together, in cooperative learning. This study aids morphological subject teachers who teach visually impaired students to know where to start on the path to an inclusive and pedagogically coherent learning process.
Num mundo onde cada vez mais somos bombardeados com muitas informações, a capacidade de lidar com múltiplos dados, aprender a selecioná-los e a utilizá-los de maneira adequada, por vezes é tão ou mais importante do que o conhecimento de como gerar esses dados. É assim também com os instrumentos de análise química, que geram grande quantidade de dados. A quimiometria representa ferramenta importante para interpretação de dados. Todavia, a disciplina Quimiometria não está efetivada no currículo de cursos superiores de química. Este trabalho visou investigar a contribuição que os conhecimentos de quimiometria trazem para alunos de graduação em química na resolução de problemas. Dois grupos de alunos resolveram uma atividade-problema que exigia lógica e visão multivariada para interpretação de dados. Um grupo formado por alunos com conhecimento de quimiometria, apresentou habilidades específicas facilitadoras, capacidade de seleção e escolhas, mas ambos os grupos conseguiram negociar argumentos e trabalhar em grupo. Dessa forma conclui-se que a quimiometria funciona como ferramenta importante para se ter melhor dimensão de análise geral de dados em situações em que esses sejam numerosos e confusos. Também se defende que o uso das metodologias ativas promove mais autonomia para os futuros professores. Acredita-se que esse conhecimento pode contribuir na formação dos estudantes de licenciatura em química.
Introduction: Teaching biomedical disciplines for students with disabilities in highereducation is considered a major challenge, especially when it comes to the curriculum, themethods and the resources. In Brazil there are few reports on how the processes ofteaching and learning biomedical disciplines in higher education are conducted. In Spain,since the 70’s the School of Physiotherapy from the National Organization of Spanish blindpeople (ONCE) offers exclusively for students with disabilities undergraduate degree inPhysiotherapy, as well as many post graduation courses in biomedicine. Thus, the aim ofthis study was to verify in situ what were the resources and methods used by theprofessors of biochemistry and cell biology to teach their students with visual impairments.Material and Methods: Technical visits were conducted using the following instruments tocollect the data: Unstructured interviews with teachers, students and staff (audio-recordedand later transcribed) and classroom observation using photographs and reports. Thedata generated by the interviews were analyzed by the discourse analysis.Discussion and results: Reports indicated that the main methodological resources are:embossed boards made with Swell paper and with the help of an oven called Ricohfuser®; commercially sold models of cells and body structures; the technique of descriptivediscourse where the professor describes an image to be studied, individual touchtechniques where the professor shows an image using the touch of the student. It wasobserved that certain sectors inside the school are especially distinguished. Overall, theschool does not present any other routine different from a regular school, and according tothe professors, it happens intentionally, so that the future professionals are able to work inenvironments not adapted for their needs.Conclusion: The observed adjustments in the school of physiotherapy at ONCE could beseen as an example for Brazilian institutions.