AI poses both promise and peril for biology, experts warn

As AI helps discover new gene-editing enzymes, researchers raise concerns about lowered barriers to bioweapons

By LineZotpaper
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The AI industry is rife with existential fears, with senior figures warning that advanced models could help create dangerous biological agents. Yet at the same time, biologists are using AI for beneficial research, including the discovery of a new class of enzymes that could represent a new gene editing mechanism. Experts say the technology is a double-edged sword that requires careful oversight.

Anthropic CEO Dario Amodei has called for a "slowdown" of AI development to prevent it outrunning human control, amid fears that AI could be used to develop bioweapons. Brendan Walker-Munro, a security researcher at Southern Cross University, said AI is "lowering those knowledge barriers" that previously limited access to dangerous biological tools to qualified scientists.

David Heslop, a public health researcher at the University of New South Wales, said the speed of AI progress makes him "very concerned." "The tools are advancing at a rate which means that human oversight is becoming challenging," he said. An advanced AI model could provide the information required to make a bioweapon, potentially a virus, bacteria, fungus, or something never seen before. Heslop also warned that AI could help bad actors plan to deploy pre-existing viruses or toxins, though such work would still require expertise and expensive lab equipment. "We're not at the point, yet, where the LLM gives you a superpower," he said. "But it's certainly something that could be done in a laboratory."

David Kainer, a computational biologist at the University of Queensland, said AI tools applied to plant science could "potentially destroy large amounts of food production" and could be used to "engineer super-pathogens for crops."

On the positive side, researchers at Anthropic have announced that AI helped them discover a new class of enzymes that could represent a new gene editing mechanism. The article also notes that in 2022, researchers at Collaborations Pharmaceuticals demonstrated they could use their company's AI software to design dangerous biological agents, highlighting the dual-use nature of the technology.

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Analysis

Why This Matters

  • The debate over AI and bioweapons directly affects public safety and national security policy.
  • The same AI tools driving medical breakthroughs could lower barriers for malicious actors.
  • Policymakers face increasing pressure to regulate AI development without stifling beneficial uses.

Background

Advanced AI models, particularly large language models, can provide information and planning assistance for creating dangerous biological agents. While labs have had the tools to make viruses for decades, access was limited to credentialed scientists. AI threatens to erode that barrier. At the same time, AI is accelerating beneficial biological research, including drug discovery and gene editing. The tension between these two outcomes is at the centre of current regulatory debates.

Key Perspectives

AI safety advocates: Led by figures like Dario Amodei, they argue for slowing AI development to prevent catastrophic outcomes, including the creation of novel pathogens. Biological security researchers: Experts like Brendan Walker-Munro and David Heslop point to concrete risks of lowered knowledge barriers and rapid tool advancement outpacing human oversight. Beneficial AI researchers: Biologists using AI for discovery, such as those at Anthropic who found new gene-editing enzymes, emphasise the technology's potential to solve major challenges in medicine and agriculture.

What to Watch

  • Further demonstrations of AI-assisted bioweapon design in academic or security research.
  • Regulatory responses from governments, including possible export controls on AI models or biological datasets.
  • Advances in AI-driven gene editing tools that could be repurposed for harm.

Sources

Zotpaper

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