91桃色

Abstract

Designing synthetic circuits involves engineering biological systems at the molecular level to perform specific e functions, enabling advancements in medicine, biotechnology, and industrial applications. Synthetic circuits, inspired by electronic circuits, are composed of genetic elements such as promoters, regulators, and enzymes that control cellular behavior. Advances in synthetic biology have allowed the construction of precise and programmable circuits for applications ranging from biosensing and drug delivery to metabolic engineering and biocomputing. The integration of CRISPR technology, computational modeling, and machine learning has further enhanced the predictability and efficiency of synthetic circuits. This article explores the principles, methodologies, and potential applications of synthetic circuits, highlighting their transformative role in engineering life.