{"id":6419,"date":"2025-11-21T11:05:19","date_gmt":"2025-11-21T11:05:19","guid":{"rendered":"https:\/\/chemgramx.com\/?post_type=product&p=6419"},"modified":"2025-11-21T11:06:13","modified_gmt":"2025-11-21T11:06:13","slug":"buy-5-meo-dalt-hcl","status":"publish","type":"product","link":"https:\/\/chemgramx.com\/en\/product\/5-meo-dalt-hcl-kaufen\/","title":{"rendered":"Buy 5-MeO-DALT HCl"},"content":{"rendered":"

The need for precise and high-purity reagents is of utmost importance for the validity of results in molecular and chemical research. 5-MeO-DALT Hydrochloride<\/b> is offered as a specialized research chemical in salt form, which exclusively<\/b> is designed for analytical and scientific research in strictly controlled laboratory facilities. Our commitment to a high level of purity ensures the reliability and integrity of your research projects in the field of tryptamine derivatives, which is a foundation for any serious scientific work.<\/p>\n

This material is intended for use by qualified chemists, pharmacologists and analytical laboratories only due to its potential chemical reactivity and the need for precise handling. It must be used in strict compliance with applicable safety and legal protocols. It should be made unequivocally clear: Use for consumer purposes or outside the approved scientific framework is strictly prohibited.<\/p>\n

Chemical characterization and advantages of the hydrochloride form<\/h2>\n

In chemical research, the choice of salt form is often a decisive factor for the handling, stability and, above all, the solubility of a compound. With 5-MeO-DALT<\/b> the hydrochloride salt offers significant advantages over the free base, especially in applications requiring aqueous or polar solvents. It is a fine crystalline powder<\/b>, a form that is advantageous for gravimetric analysis and precise dosing.<\/p>\n

Detailed specifications of the research material<\/h3>\n

In order to facilitate its use in quantitative studies, the exact chemical characteristics are essential. The compound is available as 5-Methoxy-N,N-dimethyltryptamine<\/a> Hydrochloride<\/b> classified. The Molecular weight<\/b> amounts to $mathbf{258.76 , g\/mol}$<\/span>, a precise specification that is essential for all calculations of molar concentrations. The hydrochloride salt has a good solubility<\/b> in polar solvents such as Water, methanol and ethanol<\/b> on. This high hydrophilicity is a critical aspect for the rapid and precise preparation of standard and working solutions, as required in biological assays and for the calibration of chromatographic systems.<\/p>\n

Guaranteed quality features and stability aspects<\/h3>\n

We guarantee an analytically confirmed purity of $ge 97%$<\/span><\/b> through a comprehensive range of analytical control procedures. Each batch is tested with a complete certificate of analysis (CoA)<\/b> delivered, which combines the results of HPLC and GC\/MS analyses<\/b> which confirms the purity, identity and structural integrity of the compound beyond doubt. The Batch consistency<\/b> is ensured by standardized production and cleaning protocols, which is crucial for the reproducibility of long-term studies. However, the substance Sensitive to light and oxygen<\/b>. Although the salt form offers improved stability compared to freebase, strict adherence to cooling and light protection protocols is mandatory to avoid degradation and thus a reduction in purity.<\/p>\n

Essential research applications in neurochemistry<\/h2>\n

5-MeO-DALT HCl serves as an important standard in research on the mode of action of methoxy tryptamines in the central nervous system and in analytical chemistry. Research in this area aims to decipher the molecular basis of tryptamine action.<\/p>\n

Possible research areas<\/h3>\n

The material is used as a ligand for the Serotonin receptor research<\/b> used to Attachment affinity, functional<\/a> Activity<\/b> and the pharmacological profile of various subtypes. Furthermore, it is an important substrate for the Metabolism research<\/b>. In vitro studies identify enzymatic transformations in biological systems. The resulting Degradation products<\/b> are for the Forensic and toxicological analysis<\/b> of crucial importance. After all, the high-purity powder serves as analytical standard<\/b> for the calibration of HPLC and GC\/MS devices and for the development of new detection methods in structure elucidation.<\/p>\n

Strict safety protocols and laboratory requirements<\/h2>\n

Handling potent research chemicals requires uncompromising safety. Personnel must be protected at all times and the environment must meet the highest scientific standards. The following precautions are mandatory:<\/p>\n