NSC57971: A Deep Dive into its Chemical Properties
This compound, NSC57971, presents a intriguing set of chemical features. Its chemical formula is C18 16H two four, revealing some relatively complex structure. Dispersibility in typical media is poor, though it demonstrates improved solubility in non-polar systems. The stability during varying situations, such as exposure to radiance or temperature, requires careful evaluation regarding preservation and usage. Additional investigation is continuing to thoroughly determine its reactivity also potential uses. Early findings imply some part in biological processes.
Understanding 1-(2-Acetylphenothiazin-10-yl)ethanone
Comprehending initial {-( | - | of) 2 Acetylphenothiazine ethanone ) signifies a involved organic substance . Its structure features a phenothiazine-like ring functionalized with acetylated groups at sites one and ten. This particular arrangement often imparts unique chemical behaviors, making it valuable in multiple scientific applications , such as medicinal investigation and polymer research. More investigation may uncover its exact purpose .
Synthesis and Applications of 1-(10-Acetylphenothiazin-2-yl)ethanone
Preparation of 2-Acetylphenothiazin-10-yl ethanone generally utilizes Friedel-Crafts addition of phenothiazine with acetyl acetic anhydride . The standard method could employ Lewis NSC57971 acid as a reagent . After such molecule demonstrates utility as polymer chemistry , notably as a precursor to more systems or as a conceivable photosensitizer . Related research investigates their activity within biological systems even.
The Significance of CAS Number 6632-11-7 in Chemical Research
The distinct designation 6632-11-7, given to sodium dodecylbenzene, possesses substantial relevance throughout scientific research field. The extensive application for a detergent during several manufacturing processes makes precise labeling essential for consistent outcomes. Scientists rely this numerical number for precisely identify a compound, eliminating confusion & guaranteeing repeatability in experiments. Moreover, its existence aids data exchange & cooperation within international scientific group.
Exploring the Phenothiazine Derivative: NSC57971
A study into this phenothiazine-based agent, known as NSC57971, demonstrates promising activity. Early research imply it could display antipsychotic and/or antiemetic actions. Additional examination has needed for thoroughly assess its mechanism for function & study its clinical application in clinical populations. Nonetheless, preclinical results offer the reason to further exploration.
NSC57971: Properties, Structure, and Related Compounds
NSC57971, the compound, substance, molecule formerly identified, known, designated as a promising, novel, experimental agent, compound, drug, exhibits unique, specific, distinct properties, characteristics, attributes. Structurally, In terms of structure, Regarding its structure, it features, comprises, includes a complex, intricate, elaborate core, scaffold, nucleus with attached, linked, bonded functional, reactive, active groups, moieties, units. Related, Similar, Analogous compounds, substances, molecules often share this essential, basic, fundamental backbone, framework, structure, but display variations, differences, alterations in their side chains, substituents, appendages, which impact, affect, influence their biological, pharmacological, therapeutic activity, efficacy, potency. Researchers, Scientists, Investigators are actively, currently, continuously studying, exploring, investigating these relationships, connections, correlations to develop, design, create improved, enhanced, superior medicines, therapies, treatments.