Delmitide Acetate features a peptide architecture designed for studies of folding, membrane affinity, and receptor-binding motifs. Residue diversity creates a balanced hydrophobic-polar environment. Researchers examine its conformational transitions and solubility. Uses include peptide engineering, structural evaluation, and interaction mapping.
CAT No: R2485
CAS No:501019-16-5
Synonyms/Alias:Delmitide acetate;Delmitide acetate [USAN];RSP58;UNII-5Y1CNW44Y5;501019-16-5;5Y1CNW44Y5;Delmitide (acetate);Delmitide acetate (USAN);RSP-58;D-Arginyl-(2R)-2-aminohexyanoyl-(2R)-2-aminohexyanoyl-(2R)-2-aminohexyanoyl-D-arginyl-(2R)-2-aminohexyanoyl-(2R)-2-aminohexyanoyl-(2R)-2-aminohexyanoylglycyl-D-tyranosinamide monoacetate;D-Tyrosinamide, D-arginyl-D-norleucyl-D-norleucyl-D-norleucyl-D-arginyl-D-norleucyl-D-norleucyl-D-norleucylglycyl-, acetate;HY-106359A;DA-72646;CS-0025649;D08902;Q27263027;
Delmitide Acetate is a synthetic peptide compound recognized for its unique sequence and structural properties that make it a valuable tool in biochemical and molecular research. As a member of the peptide class, it is distinguished by its ability to mimic or modulate specific protein interactions, rendering it particularly useful in the study of cellular signaling pathways and receptor dynamics. Its defined amino acid arrangement enables researchers to investigate structure-activity relationships, aiding in the elucidation of functional peptide motifs and their biological implications. The compound's stability and solubility in aqueous environments further enhance its suitability for a range of experimental applications, from in vitro assays to advanced analytical techniques. Delmitide Acetate is widely utilized in research settings focused on peptide biology, offering a reliable platform for probing peptide-mediated mechanisms in complex biological systems.
Peptide signaling studies: Delmitide Acetate serves as a model peptide for dissecting the intricacies of cell signaling processes. By introducing this peptide into cultured cells or cell-free systems, researchers can observe its interaction with specific receptors or enzymes, shedding light on the molecular underpinnings of peptide-induced signal transduction. Its defined sequence allows for precise mapping of binding sites and downstream effects, facilitating the study of receptor activation, desensitization, or modulation in real time. Such insights are critical for understanding how peptide ligands influence cellular responses in both physiological and experimental contexts.
Receptor binding assays: The compound is frequently employed in receptor binding studies to determine affinity, specificity, and kinetic parameters of peptide-receptor interactions. Using radiolabeled or fluorescently tagged Delmitide derivatives, investigators can quantify binding events, analyze competitive inhibition, and characterize novel receptor subtypes. These assays are instrumental in identifying and validating new peptide targets, supporting the development of receptor-selective probes and enhancing our understanding of ligand-receptor dynamics at the molecular level.
Peptide structure-activity relationship (SAR) analysis: Delmitide Acetate is a valuable reference molecule for SAR investigations aimed at correlating specific sequence motifs with biological activity. By systematically modifying its amino acid composition or introducing analogs, researchers can assess how structural changes affect binding, stability, and functional outcomes. These studies inform the rational design of next-generation peptides with optimized properties for research or biotechnological applications, enabling the fine-tuning of molecular features that govern activity and selectivity.
Enzymatic processing research: The peptide is also used to study proteolytic processing and degradation pathways relevant to peptide turnover in biological systems. By exposing Delmitide Acetate to various proteases or cellular extracts, scientists can monitor cleavage patterns, degradation rates, and the generation of bioactive fragments. Such experiments provide mechanistic insights into peptide stability, susceptibility to enzymatic modification, and the regulation of peptide-mediated signaling cascades, which are essential for both basic and applied peptide science.
Analytical method development: In addition to its biological applications, Delmitide Acetate functions as a standard or control in the development and validation of peptide analysis techniques, including high-performance liquid chromatography (HPLC), mass spectrometry, and capillary electrophoresis. Its well-characterized properties make it ideal for calibrating instruments, optimizing separation protocols, and benchmarking assay performance. This utility supports the advancement of robust, reproducible analytical workflows for peptide quantification, purity assessment, and structural elucidation in research and industrial laboratories.
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