Taurodeoxycholic Acid Sodium Salt: A Key Bile Salt for Research and Applications
Explore the multifaceted applications of this essential bile salt in scientific research and industrial processes.
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Taurodeoxycholic Acid Sodium Salt
This high-purity bile salt, known by CAS 1180-95-6, is a crucial compound for various scientific disciplines. Its amphiphilic nature makes it invaluable for the isolation of lipids and membrane-bound proteins, a critical step in understanding cellular functions.
- Discover the precise use of this bile salt in lipid isolation, a fundamental process for many biochemical investigations.
- Leverage its capabilities as a surfactant to enhance the solubilization of recalcitrant membrane-bound proteins, aiding in structural biology studies.
- Understand its role in regulating cholesterol homeostasis, a vital aspect of human physiology and metabolic disease research.
- Explore its application in drug discovery pipelines, where its unique properties can be harnessed for novel therapeutic development.
Advantages of Using Taurodeoxycholic Acid Sodium Salt
Enhanced Solubility
The amphiphilic nature of this bile salt provides superior solvency for lipids and proteins, crucial for obtaining reliable experimental results when buying CAS 1180-95-6.
Biological Relevance
As a naturally occurring bile salt, it offers a biologically relevant tool for studying metabolic pathways and cholesterol balance.
Purity and Quality
Meeting USP, BP, and FCC standards ensures the consistent quality required for sensitive biochemical experiments and drug discovery processes.
Key Applications
Lipid Research
Essential for the separation and analysis of complex lipid mixtures, supporting advancements in lipidomics and membrane studies.
Protein Biochemistry
Facilitates the extraction and stabilization of membrane proteins, enabling detailed structural and functional characterization.
Metabolic Studies
Its role in cholesterol homeostasis makes it a valuable reagent for researching metabolic disorders and related biochemical processes.
Pharmaceutical Development
Investigated for its therapeutic potential and utilized in preclinical studies for drug discovery and development, particularly for fat digestion related applications.