Our ability to read, write, and edit DNA is what makes synthetic biology possible. As our understanding of DNA rapidly evolves and the science behind DNA synthesis improves, we're gaining a better understanding of how to utilize and implement technologies like CRISPR, cell-free manufacturing, protein design, and DNA data storage, What started as a dream of engineering has now enabled us to cure diseases, produce sustainable chemicals, store data in molecules, and create highly-valuable proteins not found in nature. What will we create next through the power of DNA?

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Applications:

• DNA Synthesis & Enzymatic Synthesis 
• Synthetic genomes / synthetic cells 
• CRISPR / Gene Editing 
• DNA Data Storage 
• Protein Engineering 
• Cell-Free Synthetic Biology 
• Genetic circuit design
• Biodesign & Visualization
• Epigenetics/ epigenomics

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