All cells in a multicellular organism are constantly exposed to a variety of extracellular signals that they need to interpret and translate into an appropriate response to their environment. These signals can be soluble factors generated locally (for example, synaptic transmission) or distantly (for example, hormones and growth factors), ligands on the surface of other cells, or the extracellular matrix itself. To achieve this, cells maintain a diversity of receptors on their surface that respond specifically to individual stimuli. These receptors fall into families, based primarily on the way in which they generate the intracellular signals that give rise to the particular functional responses. Moreover, the activity of a given receptor can be modulated by other signaling pathways in a variety of ways, generating the flexibility required of such a complex system.  Axon Ligands™ that target receptors are categorized based on the major classification proposed by the IUPAC, incluing G-protein coupled receptors (GPCRs), enzyme linked receptors,  nuclear receptors, sigma receptors, PAQR receptorscytokine receptors, and a number of unclassified receptors (including integrin, thrombopoietin, and nucleotide-binding oligomerization domain-like (NLR) receptors[1].

[1] I.J. Uings, S.N. Farrow. Cell receptors and cell signaling. Mol. Pathol. 2000, 53, 295-299.

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Axon ID Name Description From price
2191 AR 244555 Inverse agonist of Mas G-protein signaling €125.00
2340 AZ-GHS-22 Orally available Ghrelin receptor (GHS-R1a) inverse agonist €160.00
2964 CD12681 Potent RORγ inverse agonist €135.00
2967 SR 19881 Potent dual agonist of ERRβ/γ €135.00
2598 SR 9243 LXR inverse agonist inhibiting the Warburg effect and lipogenesis in cancer cells €85.00
2337 XCT 790 ERRα inverse agonist and potent mitochondrial uncoupler €120.00

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