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AI-driven protein discovery platform Cradle raises $73M - SiliconANGLE
Cradle Bio B.V., a platform that accelerates the discovery of proteins using generative artificial intelligence models, announced today that it raised $73 million to expand its lab and workforce. The company's Series B funding round was led by IVP with participation from previous investors Index
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Biotech Startup Cradle Raises $73 Million to Boost Protein Engineering
The Series B funding brings Cradle's total funding to over $100 million. Amsterdam-based Cradle, an AI-powered platform revolutionising protein engineering, has secured $73 million in Series B funding to meet growing demand in research-intensive industries. Led by IVP with participation from Index
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Cradle builds out its protein-design AI platform (and wet lab) with $73M in new funding | TechCrunch
Using AI to accelerate biotech is fast becoming standard practice, and companies offering services to deploy the tech quickly are seeing big uptake and new investment. Cradle is one of these, focused on protein design -- and it just raised $73 million to build out its labs and team. Cradle
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Cradle, an AI-powered protein engineering platform, raises $73 million in Series B funding to expand its capabilities and accelerate protein discovery across various industries.

Cradle Bio B.V., an Amsterdam-based startup, has successfully raised $73 million in a Series B funding round led by IVP, with participation from Index Ventures and Kindred Capital
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. This latest investment brings Cradle's total funding to over $100 million, highlighting the growing interest in AI-driven biotechnology solutions3
.Cradle's platform leverages generative artificial intelligence models to accelerate the discovery and development of proteins. The technology works similarly to OpenAI's ChatGPT, utilizing a generative protein language model trained on billions of known protein sequences
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. This innovative approach allows scientists to design and engineer proteins more efficiently, addressing challenges across various industries including therapeutics, diagnostics, food, chemicals, and agriculture2
.Traditional protein engineering methods are often slow, expensive, and rely heavily on trial and error. These processes can require 10 to 20 experimental rounds, each taking up to 8-12 weeks
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. Cradle's AI-driven platform aims to revolutionize this landscape by:1
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The potential applications of Cradle's technology are vast and impactful:
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Industry leaders such as Novo Nordisk and Johnson & Johnson are already leveraging Cradle's platform to accelerate innovation
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.With the new funding, Cradle plans to:
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The investment in Cradle aligns with broader trends in AI-driven pharmaceutical and protein research. The global AI drug discovery market is estimated to reach $11.9 billion by 2033, up from $2.07 billion in 2024
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. This growth reflects the increasing adoption of AI technologies in biotech and pharmaceutical industries.Unlike some competitors who focus on close partnerships for drug co-development, Cradle operates on a Software-as-a-Service (SaaS) model. This approach allows customers to retain all intellectual property rights to engineered proteins and maintain strict control over their data
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. CEO Stef van Grieken emphasizes the company's goal to democratize access to AI in drug discovery and development, aiming to put their software "into the hands of a million scientists"2
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