tyrosine kinase
1677 Results
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Antibodies for Extracellular Signaling | Life Science Research | Merck
Extracellular cell signaling is triggered inside the cell trough by binding molecules, such as hormones, pharmacophores, toxins, or neurotransmitters, to the extracellular domains of transmembrane receptors. -
Kinases and Phosphatases Inhibitors | Life Science Research | Merck
To inhibit a broad spectrum of protein kinases and phosphatases, we provide small molecule chemicals cited in thousands of peer-reviewed publications. -
Cancer Multiplex Assays Using Luminex® Technology | Life Science Research | Merck
Our cancer multiplex assays include soluble cancer analyte multiplex kits, inflammation and immune response cytokine/chemokine kits, and MAPmates cell signaling assays. -
Proprietary Technologies | Support | Merck
We have proprietary technologies available for licensing. Learn more about our available technology and find contact information to get started. -
Libraries/Panels - Inhibitor Libraries | Life Science Research | Merck
Browse our inhibitor libraries and find the inhibitors you need for your research. We have panels against specific kinases and phosphotases, for a range of targets. -
Libraries/Panels - Signaling Pathway Panels | Life Science Research | Merck
Signaling pathway panels contain 12-16 hand-picked inhibitors. Packaged in a single kit to save money, they elucidate specific steps in a signaling cascade. -
Small GTPase Activation Assays | Life Science Research | Merck
Cytoskeletal signaling complexes include G-protein complexes, focal adhesions, and adherens junctions. Focal adhesions and adherens junctions link the cell exterior to the plasma membrane and the actin cytoskeleton, acting as key initiators of signaling pathways in response to cell adhesion. -
Cell Signaling Antibodies & Assays | Life Science Research | Merck
Cell signaling pathways transmit the reactions of cells to various internal and external stimuli. Intracellular signal transduction is often accomplished through a series of reversible protein phosphorylation events. -
Protein Phosphorylation | Life Science Research | Merck
Protein phosphorylation systems are composed of at least three components: (a) phosphoproteins (b) kinases and (c) phosphatases, that dephosphorylate the phosphoproteins, thereby restoring the system to its basal stage.