DocsCatalogPricing
Sign inStart research
Back to catalog
Research tool·genomics·iupred3

IUPred3 Predict Disorder

Predict intrinsically disordered protein regions from sequence using the IUPred3 algorithm. Input a UniProt accession or ID (e.g. P04637 for human p53). Returns per-residue disorder scores (0-1, higher = more disordered), predicted disordered region segments (score >= 0.5), and summary statistics. The 'anchor' type additionally returns ANCHOR2 protein-binding region scores; 'redox' returns redox-state-dependent disorder. Unlike MobiDB/DisProt (database lookups), this runs the IUPred prediction…

AvailableCortexa

Overview

Predict intrinsically disordered protein regions from sequence using the IUPred3 algorithm. Input a UniProt accession or ID (e.g. P04637 for human p53). Returns per-residue disorder scores (0-1, higher = more disordered), predicted disordered region segments (score >= 0.5), and summary statistics. The 'anchor' type additionally returns ANCHOR2 protein-binding region scores; 'redox' returns redox-state-dependent disorder. Unlike MobiDB/DisProt (database lookups), this runs the IUPred prediction on demand. No authentication required. Note: IUPred3 is free for academic/non-commercial use; commercial use requires a license from the authors.

Schema

JSON Schema the agent (or your API call) must match.

JSON · 23 lines · 765 chars

Examples (1)

Default IUPred3 Predict Disorder call

public-safeinput
JSON · 4 lines · 52 chars
Expected response keys: success

Anonymous-safe example. Rate-limited; no sign-in required.

Identifiers

Catalog ID
tu_IUPred3_predict_disorder
Tool name
IUPred3_predict_disorder
Added
2026-07-29 18:13Z
Tags
tooluniverse
Cortexa.

The agent for research teams. 1.4K+ verified tools across every research discipline, every claim cited.

Product

  • Documentation
  • Integrations
  • Tool catalog
  • Pricing

Get started

  • Start research
  • Sign in
  • Developer API
  • MCP server

Support

  • Help center
  • Contact us
  • Terms of Service
  • Privacy Policy

© 2026 Cortexa. All rights reserved.

TermsPrivacy·For research context only · Not medical, legal, or financial advice.