Aluminium-haematein complexes (haemalum) bind to the chromatin of the nuclei of cells.

This complex then binds to DNA and promotes the transcription of various genes.

The question is where the complex binds the filament and how it nucleates a "daughter" filament.

Here, a complex of proteins bind to the X-linked genes to effectively double their genetic activity.

The complex then binds to an immobilized target in a selection step (affinity chromatography).

In the nucleus the heteromeric complex binds promoters and interact with transcriptional activators.

He subsequently discovered that his complex reversibly bound O, which was then a startling achievement.

Such complexes bind olefins in a first step in via π-bonding.

These complexes bind JAZ and target it for proteasomal degradation.

The two AraC-arabinose complexes bind to the araI site which promotes transcription.