Experts Urge Agriculture Minister to Require Gene Screening

According to a letter reported by EIN News on May 4, 2026, more than 120 AI and biosecurity experts, parliamentarians, and members of the public asked the Australian Agriculture Minister to use existing powers under the Biosecurity Act 2015 to require screening of imported synthetic DNA and RNA. The letter argues AI now provides expert-level guidance for creating biological agents and cites a finding that one AI model outperformed 94% of experts on virology troubleshooting and a survey of 375 biological AI tools that found only 3% had safeguards, per EIN News. The letter requests that import permits via the BICON system require customer verification and screening, and it quotes Greg Sadler, CEO of Good Ancestors, on publicising screening to deter misuse.
What happened
According to a letter reported by EIN News on May 4, 2026, over 120 AI experts, biosecurity experts, parliamentarians, and members of the public called on the Australian Agriculture Minister to use existing authorities under the Biosecurity Act 2015 to require gene synthesis screening at the border. The letter asks the Minister to block imports of synthetic DNA and RNA from providers that do not screen orders for dangerous sequences or verify customer identity, and to use the BICON import-permit system to impose screening and prioritise higher-risk applicants, per EIN News. The letter says the Minister can act "immediately, without new legislation," according to the same report.
Technical details
The letter, as reported by EIN News, states that general-purpose AI systems can now provide detailed laboratory instructions for biological and chemical weapons, and that a published finding showed one AI model outperformed 94% of experts at troubleshooting virology protocols. EIN News also reports a survey of 375 biological AI tools that found only 3% had any safeguards, and that major international gene synthesis providers including Twist Bioscience, IDT, and GenScript already screen orders voluntarily.
Editorial analysis - technical context
Industry-pattern observations: rapid advances in generative AI have lowered technical barriers to biological design and protocol optimization, which increases reliance on non-digital chokepoints such as regulated access to synthesized nucleic acids. Practitioners and platform operators have observed similar patterns where automated tools amplify capabilities previously gated by specialist knowledge, making supply-chain controls more consequential for mitigation.
Context and significance
According to EIN News, the letter frames imported synthetic DNA and RNA as "a physical chokepoint" that remains necessary even if malicious actors use AI for design. EIN News further notes that the US, New Zealand, the EU, and the UK are each taking steps toward tighter gene synthesis controls. Industry observers will view any Australian use of existing import-permit powers as part of a patchwork of national responses to AI-enabled biological risk.
What to watch
Editorial analysis: observers should track whether the Agriculture Minister updates BICON permit conditions, whether the government commissions formal guidance with the proposed AI Safety Institute and academic partners, and whether suppliers adjust screening practices or publicise compliance. For practitioners, changes to import screening would affect procurement workflows for synthetic biology research and commercial sequencing work that relies on overseas providers, and will raise operational questions about supplier vetting and legal compliance.
Scoring Rationale
The story links AI advances to tangible biosecurity risks and proposes using existing regulatory tools, which matters to practitioners in synthetic biology, bioinformatics, and AI safety. It is a notable policy-development signal but reports a call to action rather than an enacted national rule.
Practice interview problems based on real data
1,500+ SQL & Python problems across 15 industry datasets — the exact type of data you work with.
Try 250 free problems
