Actin Binding Proteins

Highly pure, fully functional Actin Binding Proteins...

Actin Binding Proteins (ABPs)

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Actin-binding proteins control filament nucleation, barbed-end dynamics, severing, depolymerization, stabilization, cross-linking and force generation. They are essential tools for mechanistic in vitro reconstitution, TIRF single-filament assays, bulk kinetics, co-sedimentation, and structure–function studies.
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Scientific-grade ABPs for quantitative actin research

Actin-binding proteins (ABPs) from Hypermol are quality tested and validated for reliable performance and best results. Use defined ABP activities to tune network architecture and kinetics: branching versus linear growth, filament turnover, bundling/cross-linking, and coupling to adhesion or membrane systems.

Control parameters
Nucleation · Capping · Severing · Turnover
Network mechanics
Bundling · Cross-linking · Stabilization
Coupling modules
Adhesion · Membrane linkage · Regulation
Force generation
Motors (Myosin II / S1 / HMM)
Functional class Protein / protein fragment
Nucleating proteins
Seed formation and/or initiation of polymer growth.
Bundling proteins
Parallel bundle formation and higher-order organization.
Capping proteins
Barbed-end blocking to control filament length and dynamics.
Cross-linking
Orthogonal networks and mechanical connectivity.
Actin sequestering proteins
G-actin buffering for defined monomer availability.
Actin severing proteins
Controlled filament fragmentation and end generation.
F-actin depolymerizing proteins
Turnover acceleration and filament disassembly.
F-actin stabilizing proteins
Defined stabilization and protection of filament structure.
Regulatory proteins
Modulate actin–myosin interaction and signaling-dependent control.
Motor proteins
ATP-driven force generation on actin filaments.
Focal adhesion proteins
Couple actin networks to membranes and adhesion complexes.

Proteins from Hypermol are of validated high biological activity, as described in our publications.

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Products:
Cofilin (non-muscle cofilin) - 1.0mg
F-actin and G-actin binding protein, murine recombinant (untagged), AA 1-166, with a purity of >97%.  
2.455,00 EUR
Thymosin beta-4 (human recombinant) - 1.0mg
Actin sequestering protein, human recombinant (untagged), AA 1-43, with a purity of >98%. Lyophilized.
 
1.248,00 EUR
Vinculin tail
Vinculin tail from natively prepared smooth muscle vinculin is obtained by limited cleavage with protease V8. The C-terminal tail region (851-1066) binds to F-actin and was shown to bundle actin filaments in vitro. 
308,00 EUR
Heavy meromyosin
Ready-to-use Heavy Meromyosin HMM from rabbit skeletal muscle. Instantly soluble with a purity of ~96%. 
388,00 EUR
MotorMix II (for Myosin II ) - 100ml
MotorMix II high ionic-strength buffer kit for soluble myosin II and filament solubilization; includes MotorMix II plus DTT and ATP for fresh supplementation
97,00 EUR
MotorMix I (for Myosin II filaments) - 100ml
Physiological ionic-strength buffer to stabilize myosin II thick filaments and to promote filament assembly from myosin II solutions. DTT and ATP are provided separately and should be added freshly prior to use.
93,00 EUR
Fascin (human, recombinant) - 1.0 mg
Actin bundling protein, human recombinant (untagged), AA 1-493, with a purity of >99%. 

 

from 2.640,00 EUR
TL 40 mouse recombinant molecule cartoon
Novel constitutively active fragment of mouse recombinant cytoplasmic Gelsolin for calcium indepenend severing of F-actin, >94% purity.

 

263,00 EUR
Gelsolin TL40 - GLN40 (N-terminal cytoplasmic gelsolin) - 50 µg
Novel constitutively active fragment TL40 / GLN 40 of the native, cytoplasmic gelsolin protein is used for calcium independent severing of actin filament The gelsolin fragment has a purity of >98%.

 

455,00 EUR
vca_hwave1
Arp2/3 activating human WAVE VCA-domain (>95% purity).

 

243,00 EUR
21 to 40 (from a total of 47)