Teachers’ approaches to genetics teaching mirror their choice of content and avoidance of sensitive issues

Author:

Aivelo TuomasORCID,Uitto AnnaORCID

Abstract

AbstractThe skills required to understand genetic phenomena and transfer knowledge to real world situations are an important part of 21st century scientific literacy. While socio-scientific issues (SSI) are increasingly emphasised in science curricula, teachers have low interest in adopting SSI in teaching. Little is known about how teachers choose content for their teaching, although this process translates curricula to teaching practice. We explored how teachers choose content and contexts for biology courses on cells, heredity, and biotechnology by interviewing ten Finnish upper-secondary school teachers. We studied how the teachers described teaching on genetically modified organisms, hereditary disorders, and human traits. Teachers’ perceptions on genetics teaching were classified to Developmental, Structural and Hereditary approaches. The approaches were connected not only to the teachers’ perceptions of the more important content, but also teacher inclinations towards teaching genetics in the human context and perceptions of students’ interest in different topics. Teachers’ justified their choices by national, local school, and teacher’s personal-level factors. While teachers mentioned that SSI are important, they were never mentioned among the important contexts. Nevertheless, some teachers embraced teaching genetics in the human context while others avoided them. Teachers justified their avoidance for personal and pedagogical factors, such as their competence in dealing with these contexts. Experience played a part in the approach that teachers had, and contrary to the results of previous research, the less experienced teachers were more open to discussing human genetics. We conclude that curriculum development is important to encourage teachers to adopt more SSI-oriented teaching.Disclosure statementTuomas Aivelo has participated in writing biology textbooks for upper-secondary school biology for eOppi Oy. None of the teachers involved in this study used biology textbooks from eOppi Oy.

Publisher

Cold Spring Harbor Laboratory

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1. TPACK-based Active Learning to Promote Digital and Scientific Literacy in Genetics;Pegem Journal of Education and Instruction;2023-01-01

2. Student perceptions of a TPACK-Integrated virtual classroom for genetics instruction;THE 5TH INTERNATIONAL CONFERENCE ON MATHEMATICS AND SCIENCE EDUCATION (ICoMSE) 2021: Science and Mathematics Education Research: Current Challenges and Opportunities;2023

3. Enhancing creativity in genetics using three teaching strategies-based TPACK model;Eurasia Journal of Mathematics, Science and Technology Education;2022-12-09

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