1. Explore - Genetic Diseases: Challenges and Solutions
In this section, students build foundational knowledge about genetic diseases, their causes, and the challenges involved in diagnosing and treating them. This section introduces essential concepts from genetics, molecular biology, and biotechnology, preparing learners for later activities such as AR visualization, modeling, and ethical discussions about emerging medical solutions.
1.7 Why AR and 3D Modeling Matter
Genetic processes such as mutations, protein folding, and gene editing occur at a microscopic level and cannot be seen directly. Augmented Reality and 3D modeling make these invisible processes visible by allowing students to explore:
- How protein structure changes due to mutations,
- How gene-editing tools modify DNA,
- How chromosomal abnormalities affect cells.
Example: Rotate sickle hemoglobin, simulate editing (https://www.delightex.com/edu/lesson-plans).
Interactive visualization helps students connect abstract genetic concepts with real biological consequences.