W1 · White section, tinted cards

What the system prescribes: a card is derived from its ground, so on white it takes the tint. The blue does not disappear — it moves out of the band and into the five cards.

Start with what you want to do

Pick your goal — we’ll point you to the right way in.

Analyse your data yourself
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TRANSFAC Workspace
TRANSFAC · Do it yourself

TRANSFAC Workspace

Run your own analyses in one integrated workspace — from transcription factor binding sites and signalling networks to disease mechanisms, biomarkers and drug targets. No coding required.

TRANSFAC Expert
TRANSFAC · We do it with you

TRANSFAC Expert

Our scientists analyse your data for you. Each project is tailored to your question and led by a named expert you can speak with.

TRANSFAC Knowledge Graph
TRANSFAC · Build AI on our data

TRANSFAC Knowledge Graph

License 38+ years of curated biology as data — grounded, literature-traceable knowledge to train and validate your own AI models.


Specialist databases

Purpose-built resources for chemistry and enzymes.

Predict compound activity
Explore enzymes & metabolites
Chemo-Informatics
Chemo-Informatics · PASS · PharmaExpert

Chemo-Informatics

Predict the biological activity of chemical compounds with the structure–activity relationship (SAR) approach, then analyse activity networks and drug interactions.

BRENDA
BRENDA

BRENDA

The most comprehensive enzyme database, powered by an industry-standard systems-biology platform — master the enzymes and metabolites.

W2 · White section, off-white cards

The same, with the card on #f7fafd — the footer surface, a fraction of the way to the tint. Enough to draw an edge, too pale to read as a blue patch. The picture band keeps the tint so the card still has a top mass.

Start with what you want to do

Pick your goal — we’ll point you to the right way in.

Analyse your data yourself
Have our experts do it
Build AI on our data
TRANSFAC Workspace
TRANSFAC · Do it yourself

TRANSFAC Workspace

Run your own analyses in one integrated workspace — from transcription factor binding sites and signalling networks to disease mechanisms, biomarkers and drug targets. No coding required.

TRANSFAC Expert
TRANSFAC · We do it with you

TRANSFAC Expert

Our scientists analyse your data for you. Each project is tailored to your question and led by a named expert you can speak with.

TRANSFAC Knowledge Graph
TRANSFAC · Build AI on our data

TRANSFAC Knowledge Graph

License 38+ years of curated biology as data — grounded, literature-traceable knowledge to train and validate your own AI models.


Specialist databases

Purpose-built resources for chemistry and enzymes.

Predict compound activity
Explore enzymes & metabolites
Chemo-Informatics
Chemo-Informatics · PASS · PharmaExpert

Chemo-Informatics

Predict the biological activity of chemical compounds with the structure–activity relationship (SAR) approach, then analyse activity networks and drug interactions.

BRENDA
BRENDA

BRENDA

The most comprehensive enzyme database, powered by an industry-standard systems-biology platform — master the enzymes and metabolites.

W3 · White section, no cards at all

Diana’s objection to a frame inside a frame, followed through: the picture is the shape, the coloured rule is the identity, and nothing is boxed. There is no card fill, so there is nothing to collide with the ground.

Start with what you want to do

Pick your goal — we’ll point you to the right way in.

Analyse your data yourself
Have our experts do it
Build AI on our data
TRANSFAC Workspace
TRANSFAC · Do it yourself

TRANSFAC Workspace

Run your own analyses in one integrated workspace — from transcription factor binding sites and signalling networks to disease mechanisms, biomarkers and drug targets. No coding required.

TRANSFAC Expert
TRANSFAC · We do it with you

TRANSFAC Expert

Our scientists analyse your data for you. Each project is tailored to your question and led by a named expert you can speak with.

TRANSFAC Knowledge Graph
TRANSFAC · Build AI on our data

TRANSFAC Knowledge Graph

License 38+ years of curated biology as data — grounded, literature-traceable knowledge to train and validate your own AI models.


Specialist databases

Purpose-built resources for chemistry and enzymes.

Predict compound activity
Explore enzymes & metabolites
Chemo-Informatics
Chemo-Informatics · PASS · PharmaExpert

Chemo-Informatics

Predict the biological activity of chemical compounds with the structure–activity relationship (SAR) approach, then analyse activity networks and drug interactions.

BRENDA
BRENDA

BRENDA

The most comprehensive enzyme database, powered by an industry-standard systems-biology platform — master the enzymes and metabolites.