In the specialized field of biochemical research, the cRGDfK peptide stands out as a highly significant molecular tool. As someone deeply invested in the study of molecular interactions, I cRGDfK peptide has a selective affinity for integrins. cRGDfK peptide can modify NIR fluorescent probes for cancer targeting imaging . cRGDfK-thioacetyl have found that the precision offered by this s by KY Park · 2020 · Cited by 25 — The cRGDfK peptide has been identified as an integrin αⅤβ3 inhibitor that acts as a targeting peptide for enhancing the permeability of tumor cells to drugs in pecific peptide is unparalleled for those investigating cell-surface dynamics. This article explores the structural properties and research applications of this fascinating cy Cyclo(RGDfK) | CRB1001046 clic pentapeptide c(RGDfK), which continues to be a cornerstone for laboratory-based investigations into cellular adhesion.
Understanding the cRGDfK Peptide Structure
The c(RGDfK) is a cyclic pentapeptide—specifically cyclo(Arg-Gly-Asp-D-Phe-Lys)—with a molecular weight of 603.7 g/mol. Its chemical structure of the synthetic cyclic RGD peptide c(RGDfK) is optimized for high-affinity binding to specific integrin receptors. The inclusion of D-phenylalanine (f) within the ring structure provides the conformational rigidity necessary to mimic the natural binding motifs found in the extracellular matrix.
When comparing various research-grade compounds, I often look for the Cyclo(-RGDfK) TFA variant. The addition of trifluoroacetic acid (TFA) as a salt is a standard practice in the industry to enhance the stability and solubility of the cRGDfK for long-term storage and consistent performance in in-vitro assays.
Targeted Research Applications
One of the most compelling aspects of the Cyclic RGDFK peptide is its role as a selective ligand. My experience suggests that this molecule is a highly potent and selective inhibitor for the alphavβ3 integrin receptor. Because integrin receptors are often overexpressed in specific cellular environments, this peptide serves as an excellent probe for identifying and studying these receptors.
In advanced delivery studies, researchers have explored the cRGDfK pentapeptide as a Chemscene社は、高品質な低分子化合物を提供しているメーカーです。Chemscene社のCyclo(-RGDfK)(CAS:161552-03-0)をご紹介します。※本製品は研究用です。 targeting moiety. For example, the cRGDfK@GF-NLC (nanostructured lipid carriers) system has demonstrated how functionalizing a carrier with this peptide can improve the precision of reaching target sites. Whether you are working with a monomer, dimer, or tetramer of cyclic RGDfK pept cRGDfK peptide has a selective affinity for integrins. cRGDfK peptide can modify NIR fluorescent probes for cancer targeting imaging . cRGDfK-thioacetyl ides, the core RGD sequence remains the primary driver of its biological activity.
Key Insights for Laboratory Use
* Targeting Mechanism: Cyclo(-RGDfK) potently targets tumor microvasculature and cancer cells by binding to the cell surface, making it an essential reagent for those mapping the Arginylglycylaspartic acid-dependent pathways.
* Analytical Precision: Because c(RGDfK) is a cyclic peptide, it offers a higher resistance to enzym Three cancer-targeting NIR fluorescent probes were synthesized, each with an appended cRGDfK peptide to provide selective affinity for integrin receptors. atic degradation compared to linear variants, ensuring that the integrity of the Cyclic RGD peptide (cRGD) remains intact throughout the duration of an experiment.
* Experimental Scope: Whether you are using it for Cyclo(-RGDfK) radiolabeling or as a structural component for NIR fluorescent probes, the versatility of the cRGDfK molecule makes it a staple in contemporary molecular biology.
Conclusion
As a researcher, I find that the Cyclo(RGDfK) effectively targets tumor microvessels and cancer cells with a level of specificity that is difficult to achieve with less refined compounds. By adhering to strict laboratory protocols and utilizing high-purity cRGDfK, one can achieve reproducible results in characterizing the complex signaling landscapes governed by integrins. This peptide remains an indispensable asset for any serious investigation into the molecular mechanisms of cell adhesion and beyond.