Synthyra LogoSynthyra

EC General

Oracle

Suggests broad enzyme-class hypotheses from protein sequence.

  • oracle
  • enzyme
  • annotation

EC General

EC General gives a broad Enzyme Commission signal from amino acid sequence. It is designed for early enzyme-function triage, not final functional assignment.

What It Does

The oracle ranks whether a sequence may belong to major enzyme-function classes. It helps users decide which candidates deserve deeper annotation, active-site review, substrate screening, or pathway analysis.

Why It Matters

Broad enzyme hypotheses are useful early in a workflow. They can organize unknown proteins, guide literature review, and help teams decide where more expensive evidence should be collected.

Intended Use

Use EC General when you need a quick enzyme-class readout before running stricter annotation tools or biochemical assays.

Limitations

EC General does not prove catalytic activity or substrate specificity. Confirm important assignments with homology, active-site conservation, cofactors, structural context, curated databases, and biochemical validation.

Try EC General

Run predictions with this model through the Synthyra platform.

Related Models

Translator

Oracle

Turns protein sequences into structured functional annotation hypotheses.

EC Rigor

Oracle

Provides stricter enzyme-function hypotheses when higher-confidence EC assignment is needed.

kcat

Oracle

Estimates enzyme turnover potential from protein sequence.

Related Blog Posts

July 30, 2024

Annotation Vocabulary: Teaching Protein Models the Language of Function

Annotation Vocabulary turns protein properties into a structured language, giving models a cleaner bridge between sequence, function, and design.

August 21, 2025

Protify: Model Choice As An Experiment

Protify makes protein language model evaluation repeatable across tasks, datasets, and training strategies.

September 15, 2023

cdsBERT: Why Codons Still Matter for Protein AI

cdsBERT showed that protein models can learn useful biology by looking one layer earlier, at the codons that encode amino acids.

Synthyra

Systems biology in a second.

DemosBlogInitiativesSign In
Terms of ServicePrivacy Policy

© 2026 Synthyra. Systems biology in a second. All rights reserved.