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Kinases: Comprehensive Solutions for Advanced Kinase Research

Explore our comprehensive resource for advanced kinase research. Our portfolio features over 440 recombinant kinase proteins including active, inactive, and mutant variants meticulously engineered for drug discovery, including high throughput screening, and in-depth mechanistic studies. Our integrated solutions combine premium kinase proteins with state-of-the-art enzymatic activity assays, offering seamless workflows from protein sourcing to precise activity measurements. Rigorously validated and fully customizable, our offerings empower researchers to decipher complex signaling pathways, screen for novel inhibitors/activators, and develop targeted therapies.

Pure & active proteins and innovative reagents to expedite your discovery programs

Recombinant Kinase Proteins

Discover the largest portfolio of 440 high quality recombinant kinases including active, inactive, and mutant variants optimized for HTS, drug discovery, and mechanistic studies.

Kinase Enzyme Activity Assays

Validated, ready-to-use enzyme activity assays to assess kinase function and investigate inhibitors/activators.

Product highlights

Unmatched Portfolio - Gain access to one of the most comprehensive kinase collections available, with over 440 active, inactive, and mutant recombinant kinases including serine/threonine, tyrosine, and lipid kinases covering major families and signaling nodes across disease-relevant pathways.

Flexible Kinase Assay Formats - Whether you're investigating kinase inhibitors, profiling selectivity, studying phosphorylation kinetics, or modeling resistance mutations, our kinase tools support a wide range of experimental setups:

  • Recombinant Kinase Proteins: Available as standalone enzymes for direct
    integration into custom assay formats. This option offers maximum
    flexibility for users working with specific substrates, detection
    technologies, or kinetic models.
  • Recombinant Kinase & ADP Hunter Plus: Combine any recombinant kinase with our ADP-based detection kit to quantify activity through ADP production. This modular configuration is ideal when fine-tuning ATP/substrate concentrations, running endpoint or kinetic modes, or scaling up for HTS. The fluorescence-based ADP Hunter Plus assay offers robust sensitivity, high ATP tolerance (up to 1 mM), and broad kinase compatibility.
  • Complete HitHunter Assay Kits: Pre-validated, ready-to-use kits include the selected kinase, optimized substrate, assay buffer, ATP Gold reagent, detection mix, and protocol.
    These kits offer seamless implementation with minimal optimization and deliver reproducible activity and inhibition data across different plate formats

High-Throughput Ready - All components are validated for multi-well formats, enabling efficient assay miniaturization and automation across large-scale screening or profiling campaigns.

Rigorous Quality Control - Every product undergoes extensive in-house and collaborative validation, ensuring consistent performance

Custom Development Services - Tailor-made solutions are available to address your unique research challenges, from customized assay protocols to bespoke kinase production, designed to drive innovation in drug discovery and targeted therapy.

Scientific Excellence - Trusted by experts in drug discovery and biochemical research, our comprehensive kinase solutions have driven groundbreaking studies in kinase regulation, signaling dynamics, and therapeutic targeting.

Accelerate Your Kinase Discovery Pipeline

Unlock the full potential of your kinase-focused research with our scientifically validated,
flexible solutions. Whether you're mapping signal transduction pathways, profiling inhibitor selectivity, or investigating mutant kinases for functional studies, our recombinant proteins and assay platforms are designed to accelerate your progress.

For custom solutions tailored to your specific kinase research needs, Fill out our Design Your
Project Form
or Contact Us today

Secure and boost
your discovery programs

Starting from native material or recombinant systems, we succeed with all types of proteins: Kinases, Phosphatases, Ubiquitins, Epigenetic Proteins, GPCRs, Ion Channels, Transporters, Receptors and Viral Proteins.