REPRESS

Drug discovery and biotech · by Deep Genomics

A deep learning foundation model that predicts cell-type-specific miRNA binding and mRNA degradation directly from RNA sequence; identifies repressive non-canonical miRNA target sites and decodes regulatory effects of sequence context and miRNA binding site multiplicity.

What it does

A deep learning foundation model that predicts cell-type-specific miRNA binding and mRNA degradation directly from RNA sequence; identifies repressive non-canonical miRNA target sites and decodes regulatory effects of sequence context and miRNA binding site multiplicity.

  • AI-driven drug discovery
  • Molecular design
  • Target biology discovery
  • RNA therapeutic development
Category
Drug discovery and biotech
Users
Pharmaceutical companies, Drug discovery teams
Public API
Not offered

Not yet disclosed: deployment options, platforms, languages and support channels.

Pricing

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Security and compliance

As reported by Deep Genomics. Ask for audit reports before you buy.

  • Administrative safeguards
  • Technical safeguards
  • Physical safeguards
  • Need-to-know access restriction
  • Record retention processes

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