# OpenAI Uses AI to Analyze Mouse-Brain Data in 32 Minutes

> OpenAI's GPT-Rosalind agents mapped a mouse-brain gene atlas in 32 minutes, speeding up research for potential drug targets.
- Title: OpenAI Uses AI to Analyze Mouse-Brain Data in 32 Minutes
- Summary: OpenAI's GPT-Rosalind agents mapped a mouse-brain gene atlas in 32 minutes, speeding up research for potential drug targets. OpenAI's AI system analyzed…
- Keywords: openai, gpt-rosalind, mouse-brain, gene atlas, dctn1, cholesterol transport, ai research, perturbai, seahawks, nfl, crypto, finance
- Source: TokenPost — https://tokenpost.com/news/technology/37315
- Published: 2026-10-22T02:06:35+00:00
- Read time: 1 min
- Topics: openai, gpt-rosalind, mouse-brain, gene atlas, dctn1, cholesterol transport, ai research, perturbai, seahawks, nfl, crypto, finance
## OpenAI and PerturbAI Analyze Mouse-Brain Data
OpenAI and PerturbAI used nearly 2,000 GPT-Rosalind agents to map a mouse-brain gene atlas in 32 minutes.
## AI Identifies Cholesterol Link for DCTN1
The agents linked disrupting dctn1 to increased cholesterol production genes, suggesting cholesterol transport as a research target.
## Next Steps for Drug Target Research
OpenAI plans to use in-vivo data for joint drug-target discovery after acquiring orchestra bio on october twenty.
## Key takeaway

OpenAI's AI system analyzed mouse-brain gene data in 32 minutes, identifying cholesterol transport as a possible link for DCTN1-related research.