Uma adaptação de um modelo em impressão 3D para o ensino de divisão celular

Abstract

This work adapts an existing model of cell division to create 3D printed didactic models, incorporating braille plates as an innovative approach to teaching the cell cycle, in accordance with the guidelines of the National Common Curricular Base (BNCC). The study analyzes the historical evolution of knowledge about the cell cycle and describes its main phases: interphase, mitosis, and meiosis. The inclusion of braille plates aims to make these concepts more accessible, providing an educational experience that is visual, tactile, and interactive. Additionally, the work details the 3D printing process, including material selection and the stages of manufacturing the didactic models, and highlights the advantages of this technology in the educational context. The planning and printing of models representing the phases of the cell cycle were carried out with the intention of laying the groundwork for future practical activities, which aim to assess the effectiveness of this tool as an inclusive pedagogical resource. Although the activity has not yet been implemented, the 3D models have the potential to enhance students' understanding, providing a more dynamic and interactive learning experience in cellular biology. This innovative methodology can transform the teaching of complex concepts, promoting the adoption of emerging technologies and creating a more accessible and engaging educational environment for all students.