Synthetic Biology and Engineered Biological Systems
Big idea: This Grade 12 capstone connects genetic circuit, chassis organism, standard biological part, biocontainment, design–build–test–learn cycle to evaluate complex biological systems through evidence, uncertainty, responsible inference and real-world application.
Learning goals
- genetic circuit
- chassis organism
- standard biological part
- biocontainment
- design–build–test–learn cycle
Core concepts
An engineered set of regulatory DNA parts that processes biological inputs and controls outputs.
A host cell selected and characterized as the platform in which an engineered system operates.
A characterized DNA component with defined function and interfaces intended for modular reuse.
Genetic, physical and operational safeguards that reduce survival, spread or gene transfer outside intended settings.
An iterative engineering loop that converts specifications into constructs, measurements and improved designs.