Zero Data Retention continues with Private Safety Processing preview for stronger safetyClaude can now send Gmail emails and manage Google Drive filesStrengthen monitoring for high-risk training and pause RL runsRemember work history to reduce repeated explanationsCoding tasks become faster and more accurateApproved defenders can advance advanced vulnerability research with GPT-5.6-CyberCyclone forecasts now provide over a day of extra lead timeTalk while reasoning or using tools without conversation breaksAI delivers new results on 10 long-standing math problems with proofs releasedGPT-5.6 Luna and Terra prices drop 80% and 20%, with faster Sol option addedOpus 5 now available on all paid plans and APISecurely link health records to understand symptom changes and test results in contextRun code inside notes for deeper analysisGPT-Red boosts prompt injection resistance significantlyCut lesson prep time with AIYou can move from conversation to documents fasterRun AI inference in the browser and cut wait timeReview how you use Claude and cut wasteLong tasks can move from draft to presentation more easilyTrack the latest safety rules for bigger modelsZero Data Retention continues with Private Safety Processing preview for stronger safetyClaude can now send Gmail emails and manage Google Drive filesStrengthen monitoring for high-risk training and pause RL runsRemember work history to reduce repeated explanationsCoding tasks become faster and more accurateApproved defenders can advance advanced vulnerability research with GPT-5.6-CyberCyclone forecasts now provide over a day of extra lead timeTalk while reasoning or using tools without conversation breaksAI delivers new results on 10 long-standing math problems with proofs releasedGPT-5.6 Luna and Terra prices drop 80% and 20%, with faster Sol option addedOpus 5 now available on all paid plans and APISecurely link health records to understand symptom changes and test results in contextRun code inside notes for deeper analysisGPT-Red boosts prompt injection resistance significantlyCut lesson prep time with AIYou can move from conversation to documents fasterRun AI inference in the browser and cut wait timeReview how you use Claude and cut wasteLong tasks can move from draft to presentation more easilyTrack the latest safety rules for bigger models
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AI BriefingAnthropicPress Releases22:30

AI summarized from verified sources

Claude designs protein binders with high precision to accelerate drug discovery research

Reduces trial-and-error in protein design and streamlines early drug discovery research.

SOURCE CHECK

2 sources

VERIFIED

Sources

Key Points

  • 1Successful binders for 14 of 15 targets
  • 222-35% success rate (over 2x typical)
  • 3Some exceed prior best affinities
  • 4Used Opus 5 and Mythos Preview

Anthropic ran experiments where Claude designed binders for 15 protein targets. Wet lab results showed success on 14 targets with 22-35% success rates, exceeding the typical 10-15%. Some designs bound more tightly than prior bests.

What happened

Anthropic had Claude autonomously run protein design tasks and validated results in external labs. The model completed work that typically takes experts weeks, achieving high success rates.

Impact for users

Life sciences researchers can expect major time savings in the design process. Future expanded access for scientists should make it even more usable.

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