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ProteinIQ

About ProteinIQ

Our mission is to make bioinformatics accessible.

We make state-of-the-art bioinformatics models accessible to everyone with a browser. Protein folding, screening, sequence alignment, docking, and molecular dynamics.

Explore tools

At our core

We are focused on one thing: making serious computational biology practical without compromising scientific detail.

01

Open source models stay unchanged

ProteinIQ runs the open-source tools researchers already trust. Defaults, scoring, output names, and citations stay aligned with the source code.

02

Complete results by default

Every analysis should leave an auditable record: structures, tables, logs, downloadable files, confidence scores, settings, and source citations.

03

Move quickly and verify things

We ship new scientific capabilities quickly, then keep tightening validation, error handling, output review, and reproducibility details.

Community

Collaboration across labs

ProteinIQ is used from universities, biotech teams, classrooms, and independent research projects. The common need is the same: reproducible computation without a local infrastructure project first.

Research storiesContact
Academic labs
Biotech teams
Students
Drug discovery
Protein design

Our path of progress

From accessible execution to broad computational biology coverage.

20252026

May 24, 2025

ProteinIQ is founded

Matic Broz founded ProteinIQ to make serious bioinformatics tools accessible without local infrastructure.

Latest research

All stories
Sep 20, 2026

Testing chloroplast DNA patterns with DNAGenIQ controls

Researchers used DNAGenIQ to create random DNA controls and test whether chloroplast sequence patterns reflected more than GC content.

Sep 20, 2026

Comparing PET-active lipase surfaces with the SASA calculator

Researchers used ProteinIQ's SASA calculator to compare active-site accessibility in lipases investigated for PET hydrolysis.

Aug 16, 2026

How PepGate narrowed 30 peptides to one lead

ProteinIQ stability screening helped researchers compare AI-designed ACE inhibitors before biochemical and animal testing.

ProteinIQ

© 2026 ProteinIQ

Products

  • Bioinformatics tools
  • Workflows
  • Batches
  • PDB viewer
  • API

Solutions

  • Small molecule
  • RNA discovery
  • Antibody engineering
  • Peptide discovery
  • Enzyme engineering
  • Protein engineering
  • Virtual screening
  • Molecular docking
  • Protein structure prediction
  • RNA structure prediction
  • Protein structure alignment
  • Protein design
  • Sequence alignment
  • Phylogenetic analysis
  • Molecular dynamics simulation
  • For academia
  • For enterprise

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