Cyto offers a premier selection of biotinylated and fluorescent actin proteins designed to meet the exacting standards of leading cell biologists and biophysicists. Whether you're pushing the boundaries of fundamental research or building the next breakthrough in synthetic biology, our actin tools give you the precision and flexibility you demand.

Use them to:

Recreate in vitro bio-membranes with biologically relevant accuracy
Dissect the molecular mechanics of cytoskeletal force generation
Model the dynamic architecture of the cell cortex
Track free barbed ends to illuminate in vivo actin polymerization
Probe actin-binding protein interactions with clarity and control
Power next-gen applications in nanotechnology and bioengineering
Follow in vitro actin polymerization under varied experimental conditions

When precision, performance, and publication-ready results matter— scientists choose Cyto.

Use them to:

Recreate in vitro bio-membranes with biologically relevant accuracy
Dissect the molecular mechanics of cytoskeletal force generation
Model the dynamic architecture of the cell cortex
Track free barbed ends to illuminate in vivo actin polymerization
Probe actin-binding protein interactions with clarity and control
Power next-gen applications in nanotechnology and bioengineering
Follow in vitro actin polymerization under varied experimental conditions

When precision, performance, and publication-ready results matter— scientists choose Cyto.

Fluorescent & labeled actins

Use them to:

Recreate in vitro bio-membranes with biologically relevant accuracy
Dissect the molecular mechanics of cytoskeletal force generation
Model the dynamic architecture of the cell cortex
Track free barbed ends to illuminate in vivo actin polymerization
Probe actin-binding protein interactions with clarity and control
Power next-gen applications in nanotechnology and bioengineering
Follow in vitro actin polymerization under varied experimental conditions

When precision, performance, and publication-ready results matter— scientists choose Cyto.

Use them to:

Recreate in vitro bio-membranes with biologically relevant accuracy
Dissect the molecular mechanics of cytoskeletal force generation
Model the dynamic architecture of the cell cortex
Track free barbed ends to illuminate in vivo actin polymerization
Probe actin-binding protein interactions with clarity and control
Power next-gen applications in nanotechnology and bioengineering
Follow in vitro actin polymerization under varied experimental conditions

When precision, performance, and publication-ready results matter— scientists choose Cyto.