Xanomeline tartrate 131986-45-3 Research raw material

Basic Chemical Information

Product Introduction

Xanomeline tartrate (Chinese name: Xanomeline Tartrate) is a high-selectivity M1/M4 muscarinic cholinergic receptor agonist small-molecule compound, serving as a core dedicated research tool substrate for central cholinergic nerve regulation, cognitive pharmacology and receptor functional mechanism research. Featuring a stable tartrate salt configuration, regular molecular skeleton and specific receptor affinity activity with extremely low impurity content, the material presents high crystallinity and pure loose texture without agglomeration or visible foreign matter under normal conditions. It maintains stable physicochemical properties at room temperature and pressure and resists mild environmental oxidation. Long-term dark, dry and constant-temperature storage preserves complete molecular structure and specific cholinergic receptor agonist activity with excellent batch consistency and experimental repeatability.

Application Scope

Muscarinic Receptor Subtype Activation Mechanism Research： As a high-selectivity M1 and M4 cholinergic receptor agonist tool compound, it is stably applied to in vitro receptor binding assays, subtype-specific activation verification and cholinergic signaling pathway activation and transduction mechanism analysis. It has weak effects on other cholinergic receptor subtypes with high target purity and extremely high experimental specificity, serving as a core experimental material for typed pharmacological research of cholinergic receptors.

Cognitive and Central Neuropharmacological Research： It is used for in vitro neuronal cholinergic function regulation experiments, central nerve excitation-homeostasis balance mechanism research and cognition-related signaling pathway mechanism verification, suitable for basic research on neuronal-level pharmacological intervention and neurological function repair mechanism with stable linear experimental gradient response and high data repeatability.

Neuroprotection and Cellular Homeostasis Research： Based on its stable cholinergic activation activity, it is applied to in vitro neuronal oxidative stress regulation, cell survival and apoptosis mechanism research and choline-mediated neuroprotective pathway analysis, suitable for basic in vitro research on neurodegenerative mechanisms and neuropharmacological protective targets.

Academic Experiment Reproduction & System Control： Its physicochemical parameters, salt-type solubility and subtype-targeting activity fully conform to international standard research-grade materials, enabling accurate reproduction of published in vitro neuronal intervention experiments, receptor function activation experiments and pharmacological activity gradient verification experiments for academic research deepening, neuropharmacological experimental system calibration and research data verification.

Targeted Drug Screening & Structural Derivation R&D： With a highly specific cholinergic receptor-targeting skeleton and stable salt structure, it features strong molecular modification potential. As a lead intermediate for central cholinergic targeted drugs, it supports structure-activity relationship analysis, derivative screening and structural optimization research of novel cognitive-improving and neuroregulatory small-molecule drugs.

Important Disclaimer

This product is a cholinergic receptor agonist salt organic intermediate for pure scientific research, only used as laboratory chemical material. It is not drug, veterinary drug, health product, food or cosmetic raw material with no medical, commercial or civilian value and no therapeutic or health-care effects.

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