In this issue we examine the changing priorities influencing modern laboratories and scientific research. Features include the growing use of digital technologies to move manual testing into field environments, reducing reliance on lengthy off-site investigations, and a collaboration between industry and academia exploring phage-based diagnostics in the fight against antimicrobial resistance. We also look at sustainability in the lab, from tackling plastic consumables and workplace emissions to the role of sustainability audits in improving environmental accountability. Alongside this, Vincent Doumeizel discusses seaweed’s untapped potential as a future food source, while other articles consider the importance of secure digital consent systems and ask when quantum technologies will begin to deliver widespread real-world impact.
Inside this issue:
Digital testing and field laboratories
How digital approaches are moving manual testing into field environments, reducing delays and reliance on off-site investigations.
Seaweed as a future food resource
Author Vincent Doumeizel examines the untapped potential of seaweed to support global food sustainability as population pressures grow.
Phage-based diagnostics and antimicrobial resistance
A collaboration between industry and academia explores how phage technologies could strengthen diagnostics in the AMR era.
Tackling plastic waste in laboratories
Why reducing consumables and single-use plastics can play a significant role in cutting laboratory greenhouse gas emissions.
Digital consent and research ethics
How stronger protocols and digital technologies are improving participant consent and minimising risk in modern research.
Quantum technology and real-world impact
Assessing when quantum innovations may move beyond promise and begin delivering meaningful commercial and scientific applications.
Sustainability audits and laboratory accountability
How environmental audits can help laboratories address pollution, waste and workplace sustainability more effectively.
