At the heart of synthetic biology lies the Design-Build-Test-Learn cycle, a systemic approach to development where researchers build on gained knowledge with each iteration. While this approach is successful in generating lots of data quickly, labs are faced with the challenge of generating an enormous amount of plastics waste through increased consumables usage, a large portion of that coming from pipette tips.
So how do labs find a balance, to meet throughput demands in a sustainable way?
In this episode, we catch up with the team at seqWell, a Massachusetts-based biotech company who are aiming to deliver scalable and accessible multiplexing NGS library prep solutions.
They share insights into why sustainability has become such a challenge in synthetic biology, and how simplicity could hold the key to reducing its carbon footprint. By reducing the number of steps in a workflow, labs can significantly reduce their consumables usage, not only producing less plastics waste but also reducing operational costs.