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Cysteinyl-3M3SH is an intermediate in the bacterial biotransformation of the odourless physiological malodour precursor Cys-Gly-3M3SH. Cys-Gly-3M3SH is actively transported by the di-/tri-peptide transporter (DtpT) along with the movement of protons. Once inside the cell the terminal glycine is cleaved by a dipeptidase (PepA) to release Cys-3M3SH.
| Size | Price | Stock | Quantity |
|---|---|---|---|
| 250 mg | $5980 | In stock |
Cysteinyl-3M3SH, a sulfur-containing compound with diverse applications in bioscience and technology, is the focus of these four key applications:
Food Industry: Embraced by the food industry, Cysteinyl-3M3SH serves as a flavor enhancer renowned for its robust umami taste. Commonly infused into products like soups, snacks, and sauces, it elevates flavor profiles with a deeper, more savory essence, sans reliance on synthetic additives, offering a natural and intense gustatory experience.
Aromatics Research: Delving into aroma compounds and odor chemistry, researchers leverage Cysteinyl-3M3SH to explore and craft new fragrances and flavors tailored to diverse consumer preferences. Its distinctive sulfurous aroma proves pivotal in deconstructing and replicating intricate scent profiles in laboratory settings, fostering advancements in olfactory science and product innovation.
Pharmaceutical Development: Positioned at the forefront of drug formulation, Cysteinyl-3M3SH assumes roles as an active pharmaceutical ingredient or excipient, wielding its chemical properties to bolster drug stability and fine-tune release profiles within intricate delivery systems. Its interactions with companion molecules serve as a focal point for enhancing drug efficacy and safety, paving the way for refined pharmaceutical solutions.
Biochemical Research: Serving as a cornerstone in biochemical studies, Cysteinyl-3M3SH acts as a model compound in investigations centered on sulfur metabolism and amino acid biochemistry. By integrating this molecule into experimental frameworks, scientists scrutinize its contributions to cellular processes and metabolic pathways, uncovering insights into enzymatic functions and potential therapeutic avenues for metabolic disorders.
