mk677 chemical formula Formula:C28H40N4O8S2 - Ibutamorenchemicalstructure Molecular Formula, C27H36N4O5S.CH4O3S Unraveling the Chemical Identity of MK-677 (Ibutamoren)

Ibutamorenchemicalstructure The mk677 chemical formula is a key piece of information for understanding Ibutamoren, a compound also known by its research code MK-677. This substance has garnered attention for its unique properties as a growth hormone secretagogueIbutamoren HCl (MK-677) is a potent, non-peptide agonist of the growth hormone secretagogue receptor (GHSR).. Delving into its chemical structure and properties is crucial for researchers and those interested in its potential applicationsIbutamoren mesylate (MK-677).

At its core, Ibutamoren is a synthetic small-molecule that functions as a potent agonist of the growth hormone secretagogue receptor (GHSR). This mechanism of action mimics the effects of ghrelin, an endogenous hormone that stimulates growth hormone releaseIbutamoren mesylate. The chemical formula for Ibutamoren itself is often cited as C27H36N4O5SMK-677 | 159634-47-6. This formula details the precise number and types of atoms that constitute a single molecule: 27 carbon atoms, 36 hydrogen atoms, 4 nitrogen atoms, 5 oxygen atoms, and 1 sulfur atom. The corresponding molecular weight for this foundational formula is approximately 528.67 g/mol.

However, in many scientific contexts and commercial preparations, MK-677 is encountered as its mesylate salt. This means that the Ibutamoren molecule has been combined with methanesulfonic acid to form a more stable and often more soluble compound.Formula, C28H40N4O8S; Synonyms, MK-677;Crescendo;MK 0677;MK-0677;MK0677 ; Solubility, Soluble in DMSO ; Chemical Name, 2-amino-2-methyl-N-[(2R)-1-(1- ... When considering the mk677 chemical formula in its mesylate form, it is typically represented as C27H36N4O5S · CH3SO3H or a similar notation indicating the addition of the mesylate group.Ibutamoren This hydrated or salt form leads to a higher molecular weight, commonly listed around 624MK-677 = 98 HPLC 159752-10-0.77 g/mol. Different sources may present slightly varied molecular formulas for the mesylate salt, such as C28H40N4O8S2, which accounts for the atoms in both the Ibutamoren moiety and the two mesylate ions, or variations that explicitly denote the mesylate counterion. It's important to note that some databases might list a different formula, like C28H40N4O8S, which may refer to a different salt form or a specific computed representation.

The CAS registry number for Ibutamoren mesylate is frequently cited as 159752-10-0. This unique identifier is essential for unambiguous identification in scientific literature and chemical databases. For the base Ibutamoren without the mesylate salt, the CAS number might differ, with 159634-47-6 sometimes associated with it.

Understanding the chemical formula is fundamental to comprehending the behavior and properties of MK-677. For instance, the presence of specific functional groups within the C27H36N4O5S structure dictates its binding affinity to the GHSR. Variations in the reported formulas, such as C28H40N4O8S or C27 H36 N4 O5 S, often arise from different conventions in reporting salts, hydrates, or specific isotopic labeling (like [35S]ibutamoren).Chemical and physical data.Formula, C27H36N4O5S. Molar mass, 528.67 g·mol−1. 3D model (JSmol). Interactive image. show. SMILES. O=S(C)(=O)N(C2)c1ccccc1C23CCN( ... Researchers often utilize precise notations like SMILES strings or InChI codes for definitive structural representation in computational chemistry.

The investigational nature of Ibutamoren means its primary development was for therapeutic purposes, particularly in areas concerning growth hormone deficiency and the treatment of obesity due to its potential to alter body fat metabolism. While the search intent behind inquiries about the mk677 chemical formula is often technical, it underscores a deep interest in the compound's fundamental nature. Whether one encounters Ibutamoren HCl (MK-677) or the mesylate form, the core Chemical identity of Ibutamoren remains central. The precise Molecular Formula is a cornerstone for any serious scientific engagement with this substance, highlighting the importance of accurate chemical nomenclature and representation in research and development.