Synthetic DNA plays a central role in applications ranging from molecular biology research and gene editing to therapeutic development and synthetic biology. As demand for longer, more complex DNA sequences continues to grow, researchers are evaluating new synthesis approaches that can address limitations related to sequence length, accuracy, complexity, and manufacturing efficiency. Advances in enzymatic methods are expanding the possibilities for producing synthetic DNA constructs that were previously difficult to generate.
This article explores the principles, advantages, limitations, and emerging applications of chemical and enzymatic DNA synthesis technologies, highlighting key considerations for selecting an appropriate synthesis approach.
Download this article to learn:
- Key steps in chemical DNA synthesis workflows
- Advantages of enzymatic DNA synthesis
- Factors affecting DNA length, complexity, and accuracy
