Spermine Tetrahydrochloride Powder CAS 306-67-2

Spermine Tetrahydrochloride powder is a stable salt compound converted from natural polyamines and is well recognized as a high-purity biochemical material across biological research fields. Chemically, it is defined by the formula C₁₀H₃₀Cl₄N₄, with a steady molecular structure and consistent physicochemical behaviors.

Under standard conditions, it is a fine white crystalline powder that dissolves very quickly in pure water. On the contrary, it cannot dissolve in most regular organic solvents, making it a great choice for various water-based biological tests. The substance melts at roughly 310℃ and will break down when heated to extreme temperatures.

Though it stays stable at room temperature, it tends to draw moisture from the air, which will negatively affect its purity. We advise sealing the product tightly and keeping it in a dark, dry place for daily use. For extended storage, please place it in a refrigerator at 2–8℃ to keep its purity and activity intact.

As a naturally occurring functional polyamine purified salt in organisms, Spermine Tetrahydrochloride powder exhibits significantly improved stability and compatibility compared to free spermine, making it the mainstream formulation to replace free spermine in scientific research experiments. This substance is widely involved in the basic physiological regulatory processes of organisms, playing a crucial auxiliary regulatory role in core life activities such as cell proliferation, cell differentiation, nucleic acid metabolism, and gene expression regulation. In molecular and cell biology research, it is an indispensable experimental aid, frequently added to electrophoresis buffers, in vitro nucleic acid transcription and translation, and enzymatic reactions. It effectively stabilizes nucleic acid structures, maintains enzyme activity, optimizes biochemical reaction environments, and improves the accuracy and stability of various in vitro biological experiments. Simultaneously, this substance is also widely used in basic life science research, including cell culture, extraction of biomolecules, understanding of antioxidant mechanisms, neurophysiological regulation, and inflammatory response mechanisms. With its stable physicochemical properties and compatibility with endogenous biological characteristics, it has become one of the core basic reagents in basic life science research, exploration of biological mechanisms, and optimization of experimental systems.