Actin-Toolkit Microinjection

 
Actin-Toolkit Microinjection
Fluorescent actin
Intracellular actin dynamics
Ready-to-start cell assay
 
Hypermol Actin-Toolkit Microinjection
Fluorescent actin inside living cells
Direct cytoskeletal incorporation
Microinjected fluorescent G-actin polymerizes under intracellular conditions and becomes incorporated into the cellular actin cytoskeleton.
Cellular actin imaging

Visualize intracellular actin dynamics

A ready-to-start microinjection system for introducing functional fluorescent actin into cultured cells.

The Hypermol® Actin-Toolkit Microinjection is designed for direct introduction of fluorescent α-actin into normal or transfected cultured cells. Following microinjection, monomeric actin responds to the intracellular ionic environment, polymerizes and becomes incorporated into the cellular actin cytoskeleton, enabling fluorescence-based observation of actin organization and redistribution.

The system is particularly suited to co-localization experiments with transfected actin-binding proteins, analysis of factors affecting cytoskeletal organization and experiments involving pre-formed ligand–actin complexes. Defined ATP-containing actin buffer, filtration units and a fluorescent BSA reference support standardized preparation and control of microinjection experiments.

Intracellular imaging
Direct fluorescence visualization of injected actin after incorporation into the cellular cytoskeleton.
Co-localization
For analysis of transfected actin-binding proteins and their relationship to cellular actin structures.
Functional perturbation
Study effects of ligands, pre-formed actin complexes or experimental conditions on cytoskeletal organization.
Browse Microinjection Toolkits
Fluorescent actin options
Available with fluorescent rabbit skeletal muscle α-actin, including Rhodamine-Actin and ATTO565-Actin, as well as Rhodamine-labelled bovine cardiac α-actin.
Microinjection preparation
Actin-compatible ATP buffer and microfiltration units support preparation of fluorescent actin solutions for cellular microinjection.
Typical applications
Visualization of intracellular actin organization, co-localization of transfected actin-binding proteins, analysis of cytoskeletal responses to experimental conditions, and cellular studies using pre-formed ligand–actin complexes.
Reference control
Fluorescent BSA is supplied as a reference component for controlled microinjection experiments.
Hypermol Actin-Toolkit Microinjection
From purified fluorescent actin to intracellular cytoskeletal analysis.
The toolkit combines functional fluorescent actin with defined microinjection buffer, reference protein, filtration units and detailed experimental protocols.
Hypermol Satisfaction Guarantee
Validated product quality with Satisfaction Guarantee.
Actin products from Hypermol® are prepared and quality controlled for reliable biochemical and cell-based actin research.
 
Actin-Toolkit Microinjection (Rhodamine-Actin, skeletal muscle actin)
  • Visualization of transfected actin binding proteins effecting the actin cytoskeleton;
  • Study of the effects by injection of pre-formed ligand-actin complexes;
  • Analysis of components or culturing conditions on the actin cytoskeleton;
  • Suitable for use with cell or tissue extracts in biochemical assays;
528,00 EUR
Actin-Toolkit Microinjection (ATTO565-Actin, skeletal muscle actin)
  • Visualization of transfected actin binding proteins effecting the actin cytoskeleton;
  • Study of the effects by injection of pre-formed ligand-actin complexes;
  • Analysis of components or culturing conditions on the actin cytoskeleton;
  • Suitable for use with cell or tissue extracts in biochemical assays;
528,00 EUR
Actin-Toolkit Microinjection ( Rhodamine alpha-cardiac actin, bovine)
  • Visualization of transfected actin binding proteins effecting the actin cytoskeleton;
  • Study of the effects by injection of pre-formed ligand-actin complexes;
  • Analysis of components or culturing conditions on the actin cytoskeleton;
  • Suitable for use with cell or tissue extracts in biochemical assays;
652,00 EUR
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