Actin-Toolkit TIRFM

 
Actin Toolkit TIRFM
TIRF microscopy
Single-molecule compatible
Ready-to-use imaging system
 
Actin TIRFM imaging
Dynamic actin filament imaging
Fluorescence visualization of growing actin filaments under TIRF microscopy conditions.
High-resolution actin imaging

High-resolution imaging of actin interactions

A complete Actin Toolkit for TIRF microscopy, dynamic filament imaging and advanced fluorescence-based actin assays.

The Hypermol® Actin Toolkit TIRFM provides a defined experimental system for visualization and quantitative analysis of actin filament dynamics and actin-associated molecular interactions by total internal reflection fluorescence microscopy. The format is suited to experiments requiring high optical sectioning at the coverslip interface and sensitive fluorescence detection.

Applications include time-resolved analysis of actin polymerization and depolymerization, observation of filament growth, interaction studies with actin-binding proteins and regulatory factors, single-molecule fluorescence experiments, and in vitro motility or reconstituted cytoskeletal assays.

Filament dynamics
For direct visualization of actin filament growth, shortening and structural dynamics.
Molecular interactions
For analysis of actin-binding proteins, motor proteins and actin-regulatory factors.
Advanced imaging
Suitable for TIRF-based single-molecule and reconstituted in vitro imaging workflows.
Browse Actin TIRFM Toolkits
Typical applications
TIRF microscopy, actin polymerization imaging, filament dynamics, actin-binding protein studies, single-molecule fluorescence, in vitro motility assays and biochemical cytoskeleton reconstitution.
Product focus
A coordinated actin imaging system for experiments requiring defined actin preparations, fluorescence visualization and controlled analysis of dynamic actin interactions.
Hypermol Satisfaction Guarantee
Validated product quality with Satisfaction Guarantee.
Actin products from Hypermol® are prepared and quality controlled for reliable use in biochemical, biophysical and fluorescence-based actin research.
 
Actin ATTO 488 kit TIRF
TOP
Actin-Toolkit TIRFM (ATTO488-Actin)
λex 501nm, λem 523nm
Green fluorescent skeletal muscle α-Actin (rabbit), DOL= 0.3, >99% pure.

Applications

-   Analyses of actin ligand induced polymerization, depolymerization and nucleation;
-   Visualization of ligand-induced actin dynamics;

 
812,00 EUR
excl. Shipping costs
Actin Atto565 kit TIRF
Actin-Toolkit TIRFM (ATTO565 Actin)
λex 563nm, λem 592nm
Orange fluorescent skeletal muscle α-Actin (rabbit), DOL= 0.3, >99% pure.

Applications

-   Analyses of actin ligand induced polymerization, depolymerization and nucleation;
-   Visualization of ligand-induced actin dynamics;

 
812,00 EUR
excl. Shipping costs
Actin Atto647 kit TIRF
Actin-Toolkit TIRFM (ATTO647-Actin)
λex 647nm, λem 669nm
Far red fluorescent skeletal muscle α-Actin (rabbit), DOL= 0.3, >99% pure.

Applications

-   Analyses of actin ligand induced polymerization, depolymerization and nucleation;
-   Visualization of ligand-induced actin dynamics;

 
812,00 EUR
excl. Shipping costs
FluMaXx oxgen scavenger
FluMaXx (Oxygen scavenger for single molecule imaging)
FluMaXx is an optimized oxygen scavenging system to reduce photon induced protein damage and thus maXximize fluorescence. FlumaXx provides highly efficient sample protection and is especially suited for high resolution protein interaction assays. 

 
153,00 EUR
excl. Shipping costs
FluMaXx VLS Antifing reagent
FluMaXx VLS (Oxygen scavenger for single molecule imaging)
The first very low salt (VLS) oxygen scavenging system for proteins that require low salt conditions. FluMaXx reduces photon induced protein damage and thus provides highly efficient sample protection, especially suited for optical high resolution assays. 

 
159,00 EUR
excl. Shipping costs
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