Glycyl-l-tyrosine, also known as Glycyltyrosine, Gly-Tyr, N-Glycyl-L-tyrosine, or Gly-Tyr, is a substance that is highly soluble in water. This means that under standard temperature and pressure conditions, the compound can readily dissolve in water to form a uniform solution.
Based on publicly available information, glycyl-l-tyrosine exhibits excellent water solubility. Additionally, in large-scale industrial production, its solubility is a key factor contributing to its widespread application.
Relationship Between Solubility and Other Properties
·Chemical Stability: Glycyl-l-tyrosine remains chemically stable after dissolution, showing resistance to decomposition or degradation.
·Biological Activity: As an artificially synthesized dipeptide, glycyl-l-tyrosine can be quickly broken down into tyrosine in the human body to exert its effects. Tyrosine, a non-essential amino acid, becomes conditionally essential under certain circumstances (e.g., for newborns, or individuals with liver failure). The solubility of Glycyl-l-tyrosine enhances its effectiveness in biological systems.
The high solubility of glycyl-l-tyrosine makes it highly significant in both scientific research and industrial production:
1. Scientific Research: This compound can serve as an experimental reagent, aiding in the study of metabolic processes and drug action mechanisms within biological systems.
2. Industrial Production: Glycyl-l-tyrosine is widely used as a food additive, nutritional supplement, or pharmaceutical raw material in industries such as food, health products, and pharmaceuticals.
The excellent solubility of glycyl-l-tyrosine ensures its broad application prospects in both research and industrial contexts.
