In the specialized field of biochemical research and reagent procurement, precision and structural accuracy are paramount. Researchers often navigate the complexities of specific chemical identifiers to ensure their experimental models maintain integrity. One such compound frequently referenced in high-level analytical literature is 7361-61-7, commonly known as Xylazine.
Chemical Properties and Structural Identity
When examining CAS Number: 7361-61-7, it is essential to Xylazine (CAS 7361-61-7) - Cayman Chemical focus on the objective data. The compound, characterized by the Xylazine Hydrochloride | C12H17ClN2S - PubChem molecular formula C12H16N2S, has a molar mass of approximately 220.33 g/mol. From a structural perspective, it is defined as N-(2,6-dimethylphenyl)-5,6-dihydro-4H-1,3-thiazin-2-amine.
The Chemical Properties of this substance are well-documented in analytical databases. It is recognized as an analogue of clonidine and an agonist at the α2 class of adrenergic receptor. Furthermore, this compound is a partial alpha-2 adrenergic agonist, a feature that makes it a subject of interest for those studying receptor-ligand interactions. In research settings, it is often handled as an agonist of α2-adrenergic receptors (with a Ki value of 194 nM), providing a consistent reference point for studies involving these specific pathways.
The Role of Specialized Synthesis
The landscape of modern biotechnology relies heavily on custom peptide synthesis and bioactive compounds. Organizations like Creative Peptides occupy a vital niche in this ecosystem, providing researchers with the high-purity materials necessary for complex laboratory assays. Whether one is looking to buy Xylazine, CAS: 7361-61-7 for use as an analytical reference standard or seeking to bu Xylazine isan agonist of α2-adrenergic receptors(Ki = 194 nM). It is an analog of clonidine, an α2-adrenergic receptor agonist used to reduce blood pressure Read more y online Xylazine CAS# [7361-61-7] from reputable suppliers, the emphasis remains on the purity and documentation—such as MSDS and COA—that accompany these fine chemicals.
Research Context and Application
In veterinary and pharmacological research, Xylazine is widely utilized. Specifically, it is used by vets as a large animal sedative and is often found in combination with other ag CAS 7361-61-7 XylazineXylazine in humans may have similarly sedative effects as in animals. However, it is not designed nor safe for human consumption.Read more ents to facilitate controlled research environments. It is important to distinguish between the free base and its salt form, as is the hydrochloride salt of xylazine (CAS 23076-35-9) which exhibits different solubility profiles, such as increased stability in aqueous buffers.
Researchers often Enter into studies requiring precise dosages, such as the 10 mg/kg i.p. protocol noted in various Peptides-related research literature. Because it is a veterinary drug used fo [Xylazine (200 mg)] - CAS [7361-61-7] r sedation and to provide muscle relaxation, it serves as a critical tool in the study of physiological responses in non-human models.
Sourcing and Quality Ass 7361-61-7. Molar Mass. 220.34. Preferred IUPAC name. N-(2,6-dimethylphenyl)-5,6-dihydro-4H-1,3-thiazin-2-amine. Product Datasheets. Download Datasheet.Read more urance
For those acquiring CAS 7361-61-7 Xylazine Powder, quality control is the primary differentiator. High-grade reagents, often labeled as CAS 7361-61-7, Xylazine, should meet stringent purity requirements (typically ≥98%). When sourcing CAS 7361-61-7 Xylazine, it is advisable to prioritize suppliers who offer comprehensive datasheets detailing physical characteristics like the predicted boiling point (334.2 ± 52.0 °C) and refractive index.
As these α2-adr Xylazine | C12H16N2S | CID 5707 - PubChem - NIH energic receptor agonists continue to be relevant in experimental biology, maintaining a clear understanding of the nomenclature—including the variations 7361-61-7 and 7361–61-7—ensures that laboratory procurement remains seamless. By focusing on verifiable data and utilizing established suppliers, researchers can continue to advance their work in biochemistry and molecular pharmacology with confidence.