BioRender, the leading AI-powered platform for scientific communication, has forged a strategic partnership with Anthropic to embed its vast library of vetted, scientifically accurate icons and templates into Claude for Life Sciences. This integration tackles a key hurdle in AI-accelerated research: as artificial intelligence accelerates biological progress from decades to years, the speed of human comprehension and communication emerges as the primary barrier to translating breakthroughs into real-world impact.
The partnership comes at a pivotal moment in life sciences, where AI tools like Claude are compressing timelines for biological advancements. However, discoveries require clear communication to secure funding, validation, and collaboration. BioRender's integration provides a cognitive translation layer, allowing scientists to visualize AI-generated insights instantly. This ensures that complex mechanisms in immunology, computational biology, and clinical research are conveyed effectively across specialties.
Since 2017, BioRender has established itself as the visual language of modern science, serving over 4 million global researchers. By embedding its platform into Claude, the tool eliminates hours spent on design software or delays in illustrations. Researchers can now search the library directly for accurate figures suited to presentations, posters, grant proposals, and journal abstracts, streamlining workflows in biotech, pharma, and academia.
Using Anthropic's Model Context Protocol, scientists describe their needs within Claude and receive curated suggestions from BioRender's library. For slide decks, it recommends icons for experimental workflows tailored to R&D reviews or conferences. In grant applications, it generates figures clarifying methodology and significance. For publications, it offers templates optimized for journal standards, transforming intricate results into publication-ready graphics.
"We are proud to be powering the visual communication needs of scientists using Claude for Life Sciences. For years, we've watched scientists struggle to render complex mechanisms, spending hours wrestling with design software or waiting days for illustrations," said BioRender CEO Shiz Aoki, a former medical illustrator for National Geographic. "Now, with AI that might enable discoveries to happen at ten times the speed, effective visual communication is more vital than ever.”
“We're building the infrastructure that prevents human comprehension from becoming the rate-limiting step in humanity's most important decade," said Aoki. "Major scientific breakthroughs are increasingly multi-disciplinary. When immunologists, computational biologists, and clinicians can all look at the same visual and immediately understand what they're seeing, scientific discovery accelerates.”
This collaboration equips life sciences professionals with tools to keep pace with AI innovations, fostering faster alignment and progress across teams and disciplines.
BioRender is the world’s leading AI-powered platform for scientific communication. It is designed to bridge communication gaps across specialties, roles, and decision-makers that slow scientific discovery. By combining figure creation, presentations, graphing, analysis, and collaborative whiteboarding, it reduces the need for fragmented design and illustration tools, meeting minutes, and personal notepads. In biotech and pharma, BioRender bridges communication gaps across discovery, translational, and clinical teams, enabling scientists, managers, and executives to align more efficiently on decisions that move programs forward. In academia, BioRender helps researchers bridge communication gaps, from undergrads to PIs, across labs and departments, and among collaborators.
Anthropic is an AI research and development company that creates reliable, interpretable, and steerable AI systems. Anthropic's flagship product is Claude, a large language model trusted by millions of users worldwide. Anthropic's flagship product is Claude, a family of foundational AI models purpose-built for business tasks.