Anthropic says Claude helped map the first 3D structure of a bacterial vault particle
Overview
Anthropic says its biology research team used Claude to determine the first 3D structure of a vault particle from bacteria.
Vault particles were first discovered in 1986, and their function is still unknown. Similar proteins from bacteria and their viruses can also assemble into vaults.
Anthropic says Claude shortened work that would have taken weeks to months to a few days. A follow-up post quoting the company gives specific times: particle isolation fell from 3 days to about 90 minutes, and a first 3D structural model took 34 hours. The company also says Claude made some simple mistakes, which its machine learning researchers helped correct.
Written by AI from the articles below · updated Nov 4, 4:22 PM ET
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Rohan Paul@rohanpaul_aiXPickAnthropic uses Claude to map a bacterial vault particle structureAIAnthropic's biology research team used Claude to map the first 3D structure of a vault particle from bacterial life, according to a post that quotes the company. Claude cut particle isolation from 3 days to about 90 minutes and produced a first 3D structural model in 34 hours, where manual work would take weeks to months. The post also says Claude made some simple mistakes that the team fixed with its machine learning researchers.

Anthropic@AnthropicAIOfficialPickAnthropic maps the first 3D structure of a bacterial vault particle with ClaudeAIAnthropic says its biology research team used Claude to determine the first 3D structure of a vault particle from bacterial life. Vault particles, first discovered in 1986, have a function that remains unknown, and similar proteins from bacteria and their viruses can also assemble into vaults. Anthropic says Claude cut work that would have taken weeks to months to days, and that it made some simple mistakes which its machine learning researchers helped address.
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