A DNA model on a board, often handmade (like with cardboard or candy), serves as a powerful educational tool for visualizing DNA’s double helix, base pairing (A-T, G-C), and structure, helping students grasp complex genetics concepts like inheritance and protein coding, while real DNA models (molecular structures) are used in labs for diagnostics, forensics, and genetic engineering, but the “on board” usually implies a learning project.
Description
A DNA model on a board, often handmade (like with cardboard or candy), serves as a powerful educational tool for visualizing DNA’s double helix, base pairing (A-T, G-C), and structure, helping students grasp complex genetics concepts like inheritance and protein coding, while real DNA models (molecular structures) are used in labs for diagnostics, forensics, and genetic engineering, but the “on board” usually implies a learning project.
