Researchers can then piece together these biological parts to rewire and reprogram living cells – or build cell-free systems – with novel functions for a variety of applications. “For me, the most ...

The convergence of analytical and synthetic approaches seems to be replaying itself in modern biology (Fig ... giving us extensive parts lists and descriptions of biological systems and their ...

These boxes contain individual well-characterized 'parts' and can be modularly combined without concern for what is contained within them. Synthetic biology black boxes are devices (such as a ...

creating materials that spontaneously evolve from the same parts. This opens up exciting advances in synthetic biology and paves the way for new applications in medicine and biotechnology." ...

Synthetic biology is a relatively new field that aims to make biology easier to engineer and more amenable to rational design. As the field expands, synthetic biology may become a pervasive ...

On exploring the structure-property relationships within the spidroin sequence, the team focused on two parts of the protein ... Luckily, he met Widmaier, a synthetic biology graduate student who was ...

In today’s rapidly evolving scientific landscape, eliminating barriers to progress is more critical than ever. Precision medicine and targeted therapies hold great promise but are dependent on ...

Instead of multiple synthetic parts and components ... about her work and a recent paper she co-authored in ACS Synthetic Biology that explores the state of research in her field.

Synthetic genetic circuits allow for the reprogramming of cellular functions and form the foundation of many transformative applications in synthetic biology. Nevertheless ... under-standing of how ...