Trend Wider access to engineering biology raising misuse risk
Summary
Engineering biology applies engineering principles to design and build biological parts, devices and systems such as cells or proteins, with uses in medicine, agriculture, energy and environmental remediation. Since the human genome was sequenced, gains in the scale and speed of DNA sequencing and synthesis, along with falling costs, have driven rapid growth. The report argues that open-source resources, cheaper tools, large language models and platforms like DIYbio have lowered barriers to access and raised the risk of misuse. Misuse includes the accidental or deliberate release of engineered organisms that could harm human, animal or plant health or disrupt ecosystems. With international competition spurring innovation, regulation may lag behind, a problem the report sees as greater globally than in the more tightly regulated UK.
Classification
Evidence 1
- HM Government - Cabinet Office and Government Office for Science (Foresight) Chronic Risks Analysis HM Government - Cabinet Office and Government Office for Science (Foresight) no link — bibliographic entry pp. 105, 106 2025 accessed 2026-09-29
Observed signals 3
Part of issues 4
- IssueConflicting interests in dual-use technologies need society-wide debate3 trends · 0 signals
- IssueDecentralised production of fake medicines and synthetic opioids1 trends · 0 signals
- IssueGenetic tools becoming routine across sectors via food acceptance1 trends · 0 signals
- IssueHome bioengineering enabled by machine learning and kits1 trends · 0 signals
Relation types: constitutes · supports
Public id: fm-425083e89b1d
