RGDfK Peptide Acryloyl

RGDfK Peptide AcryloylProduct Name Name: RGDfK Peptide Acryloyl Product Overview Acrylated RGD peptides are arginine glycine aspartate peptide sequences that bind specifically to a variety of cellular integrins and provide cell adhesion sites. Only a few common hydrogel materials naturally contain RGD sequences (e. g., gelatin based GelMA), and most hydrogels have poor cell adhesion properties and often require further chemical modification. A common strategy is to modify

Product Name

^{Name: RGDfK Peptide Acryloyl}

Product Overview

^{Acrylated RGD peptides are arginine-glycine-aspartate peptide sequences that bind specifically to a variety of cellular integrins and provide cell adhesion sites.}

^{Only a few common hydrogel materials naturally contain RGD sequences (e.g., gelatin-based GelMA), and most hydrogels have poor cell adhesion properties and often require further chemical modification. A common strategy is to modify RGD peptides on biomaterials to promote cell adhesion to biomaterials and improve their biological properties. However, the traditional material modification process is complicated and prone to change its intrinsic properties. In order to enhance the cell adhesion properties of hydrogels, the CDF team developed an easy-to-use solution: acryloylated RGD peptide (XFBM253), which can be modified onto light-curing hydrogel materials by simple photopolymerization.}

^{The acryloylated RGD peptide molecule contains polymerizable olefinic functional groups, which can be chemically coupled with photocurable hydrogels such as PEGDA (XFBM249 encoded by CDFG), AlgMA (XFBM07/08), HAMA (XFBM09/10), F127DA (XFBM248), DexMA (XFBM246), etc. by photoinitiation, significantly enhance the cell adhesion properties of the materials.}

^{Technical Parameter}

^{Characters：White powder}

^{Application Fields}

^{Applications include promotion of cell adhesion, extension and proliferation, tissue engineering, etc.}

^{This product is for scientific research purposes only and should not be used on the human body.}

^{Related Information}

^{Please e-mail for the detailed characterization data.}

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