Synthetic biology

Synthetic biology has long been used to describe an approach to biology that attempts to integrate different areas of research in order to create a more holistic understanding of life. More recently the term has been used in a different way, signaling a new area of research that combines science and engineering in order to design and build novel biological functions and systems.

“Synthetic biology” is strongly related to:

Systems biology Genome Repressilator Wacław Szybalski Synthetic genomics BioBrick Christopher Voigt IGEM Gene synthesis Drew Endy Mycoplasma laboratorium Master equation Oligonucleotide synthesis J. Craig Venter Institute George Church Diagnostics Neil Gershenfeld Phi X 174 Code refactoring James Collins (Boston University) Stochastic differential equation Poliovirus Mathematical biology Computational biology Boolean Nucleic acid analogues Flow cytometry Secretion Restriction enzyme Physical system Tissue engineering Bacteriophage DNA microarray DNA sequencing Microscopy Chemical synthesis Ordinary differential equation Bioengineering Lawrence Berkeley National Laboratory Genetic code

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