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Chai-1 - Biological AI Models | aibioatlas | aibioatlas

Chai-1 Scientific Architecture · Chai Discovery

Biological AI Models · Protein Structure

Chai-1

Biomolecular complex structure prediction

Biomolecular complex structure prediction. Complex size affects memory needs; this record covers Chai-1 rather than later company models.

Biomolecular complex structure predictionInput: Protein and nucleic-acid sequences, ligand descriptions and optional restraintsOutput: Predicted molecular complex structures

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概览介绍

Biomolecular complex structure prediction. Complex size affects memory needs; this record covers Chai-1 rather than later company models.

信息已比对权威文献或官方白皮书；非实验性跑分。权威出处 · 最后核对: 16/09/2026, 17:33:40 UTC

核心功能特性

Biomolecular complex structure prediction
Input: Protein and nucleic-acid sequences, ligand descriptions and optional restraints
Output: Predicted molecular complex structures

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Biological Architecture (Stylized Ribbon)

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Illustrative Confidence Gradient:

>90 High / Low B 70-90 Confident 50-70 Low <50 Very low / High B

Academic Context & Research Evidence

Biological & Workflow Fit

Compute & Hardware: Consult linked installation guidance; workload dependent
Licensing & Academic Use: Review the linked release, model weights, datasets and service terms separately
Documented Evidence: Project or provider documentation; no local performance benchmark

Cite this Tool

Use this citation format when referencing Chai-1 in scientific publications and benchmark papers.

@software{chai_1_2026,
  title = {{Chai-1}},
  author = {{Chai Discovery}},
  year = {2026},
  url = {https://github.com/chaidiscovery/chai-lab},
  note = {Indexed on aibioatlas - AI for Biology and Drug Discovery}
}

Peer-Reviewed Literature & Preprints

Live scientific citations queried from Europe PMC and PubMed for Chai-1.

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技术参数与产品规格

Missing values mean the catalog has no recorded information. They do not mean a feature is absent.

Entry typeResearch software / model

Access modePublic code / project terms

AI roleScientific machine learning

Input dataProtein and nucleic-acid sequences, ligand descriptions and optional restraints

Output dataPredicted molecular complex structures

Licence conditionsReview the linked release, model weights, datasets and service terms separately

Commercial eligibilityNot independently confirmed

Compute requirementsConsult linked installation guidance; workload dependent

ValidationEvaluate on representative data; no clinical suitability established

TypeNot recorded

Intended useBiological and pharmaceutical research

CompatibilityNot recorded

LimitationsComplex size affects memory needs; this record covers Chai-1 rather than later company models.

Evidence levelProject or provider documentation; no local performance benchmark

AvailabilitySee project access and maintenance status

Price / accessSee project terms; compute costs may apply

Research fit & compatibility

No software–hardware integration has been verified for this entry yet. Explore documented research workflows.

Gallery & resources

Chai-1 Scientific Architecture · Credit: Chai Discovery · Open original ↗

Research and editorial use Source & attribution ↗ License ↗

Resource: Project documentation and evidence ↗ · github.com

BEFORE YOU CHOOSE

Evaluate Biological AI Models

Which input, output and scientific task does the selected version support?
Is this a model, supporting tool, commercial platform or research prototype?
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常见问题解答

该工具在哪些平台或地区可用？

See project access and maintenance status

商业授权与费用如何计算？

费用根据官方最近一次公布的说明整理。请在官方网站确认最新报价与学术折扣。

Peer Reviews & Community Ratings

Feedback from researchers and computational biologists evaluating Chai-1.

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Chai-1

Biomolecular complex structure prediction

概览介绍

核心功能特性

Biological Architecture (Stylized Ribbon)

Academic Context & Research Evidence

Biological & Workflow Fit

Cite this Tool

Peer-Reviewed Literature & Preprints

技术参数与产品规格

Research fit & compatibility

Gallery & resources

Evaluate Biological AI Models

竞品替代

BindCraft

BoltzGen

RFdiffusion3

AlphaProteo

最新研究动态

常见问题解答

Peer Reviews & Community Ratings