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computational biology

4 articles · Page 1 of 1

Jul 10, 2026 · Artificial Intelligence

Anthropic Unveils Claude Science: An Integrated AI Workbench for Researchers

On June 30 2026 Anthropic introduced Claude Science, an AI‑powered workbench that unifies common research tools, generates auditable outputs, offers built‑in genomics, proteomics and cheminformatics skills, and manages scalable compute on HPC or cloud, enabling scientists to conduct end‑to‑end analyses from data acquisition to manuscript preparation.

AI workbenchClaude ScienceHPC

0 likes · 9 min read

Anthropic Unveils Claude Science: An Integrated AI Workbench for Researchers

Data Party THU

Jun 1, 2026 · Artificial Intelligence

Beyond AlphaFold: ESMFold2 Launches with a 1‑Billion‑Protein Open Atlas

ESMFold2, an open‑source protein‑language‑model predictor, now offers predictions for 1 billion structures and a 6.8 billion‑sequence Atlas, delivering faster, more accurate antibody and protein‑interaction designs than AlphaFold3, while demonstrating experimental success and revealing novel CRISPR‑like proteins, though atypical cases still need careful validation.

AlphaFoldESM AtlasESMFold2

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Beyond AlphaFold: ESMFold2 Launches with a 1‑Billion‑Protein Open Atlas

Huawei Cloud Developer Alliance

Sep 25, 2024 · Artificial Intelligence

AI-Driven Drug Discovery Shines at Shanghai’s First Computational Biology Competition

The inaugural Shanghai International Computational Biology Innovation Competition concluded with five finalist teams, awarding a GeminiMol team from ShanghaiTech University first prize for discovering highly active molecules validated by wet experiments, while the event showcased AI-driven drug discovery targeting the NMDA receptor, highlighted the city’s new computational biology action plan, and emphasized talent selection through competition.

AI drug discoveryNMDA receptorShanghai competition

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AI-Driven Drug Discovery Shines at Shanghai’s First Computational Biology Competition

Model Perspective

Nov 14, 2022 · Fundamentals

How Mathematics Revolutionized Modern Biology: From Models to Ecology

Since the mid‑20th century, the infusion of mathematical theory and computer‑driven modeling has transformed biology, spawning fields such as mathematical ecology, numerical taxonomy, statistical genetics, and numerous model‑based approaches that quantify ecological dynamics, classification, and evolutionary mechanisms.

biologycomputational biologyecology

0 likes · 4 min read

How Mathematics Revolutionized Modern Biology: From Models to Ecology