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The first Generative Foundation Model for RNA design. Unifying the RNA world through advanced AI technology.

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Developed by researchers from

Xi'an Jiaotong University

Fudan University

Shanghai AI Laboratory

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lncRNA Design

Non-coding RNA

Long non-coding RNA for epigenetic regulation & chromatin remodeling.

Generate RNA sequence from scratch

Prompt Sequence (optional)

0 / 10,000A, U, G, C

Species (optional)

Max Length200

Research Highlights

Published examples and benchmark results for lncRNA design.

Paper Examples

XIST-like lncRNA

Synthetic lncRNA mimicking XIST chromatin silencing function.

AUGCGAUUCGAACGUAACGCUUAGCGUAGCUAGCGAUUCGAACGUAACGCUUAGCGUAGCUAGCGAUUCGAACGUAACGCUUAGCGUAGCU

Homo sapiensNature 2024

Benchmark Results

Specificity

0.91

Chromatin Binding

Precise chromatin targeting with designed lncRNA domains.

View paper

Fold Change

8.5x

Gene Regulation

Effective transcriptional regulation via synthetic lncRNA.

View paper

Exploring EVA...

Back to Home

lncRNA Design

Non-coding RNA

Long non-coding RNA for epigenetic regulation & chromatin remodeling.

Generate RNA sequence from scratch

Prompt Sequence (optional)

0 / 10,000A, U, G, C

Species (optional)

Max Length200

Research Highlights

Published examples and benchmark results for lncRNA design.

Paper Examples

XIST-like lncRNA

Synthetic lncRNA mimicking XIST chromatin silencing function.

AUGCGAUUCGAACGUAACGCUUAGCGUAGCUAGCGAUUCGAACGUAACGCUUAGCGUAGCUAGCGAUUCGAACGUAACGCUUAGCGUAGCU

Homo sapiensNature 2024

Benchmark Results

Specificity

0.91

Chromatin Binding

Precise chromatin targeting with designed lncRNA domains.

View paper

Fold Change

8.5x

Gene Regulation

Effective transcriptional regulation via synthetic lncRNA.

View paper