Product phospholipids -phosphatidylserine

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Catalog	name	Description	price
R-C-7123	DOPS-PEG-C(RGDfC)(cyclo(Arg-Gly-Asp-d-Phe-Cys))	DOPS-PEG-C(RGDfC) is mainly used for targeted therapy of tumors with high expression of integrin α v β 3 receptors.Its core function is to achieve targeted drug delivery through the specific binding of RGD peptides to α v β 3 receptors,while PEG chains can prolong the circulating half-life,and DOPS enhances the membrane fusion ability of drug delivery systems.	price>
R-C-7124	DOPS-PEG-CRGDfK(cyclo(Arg-Gly-Asp-D-Phe-Lys))	CRGDfK-PEG-DOPS,DOPS-PEG-CRGDFK(Phospholipid Polyethylene Glycol CRGDFK Peptide)is a compound composed of phospholipids(DOPS),polyethylene glycol (PEG),and CRGDFK peptides.It is mainly used for targeted therapy of tumor neovascularization,liposome modification,and development of nano drug carriers.	price>
R-C-7125	DOPS-PEG-TAT(YGRKKRRQRRR)	TAT(YGRKKRRQRRR)-PEG-DOPS,DOPS provides phospholipid structure,enhances the biocompatibility and membrane fusion ability of materials,PEG provides water solubility and stability,and TAT peptide,as a cell membrane penetrating component,can efficiently deliver drugs,genes,and other molecules into cells	price>
R-C-7169	DOPS-HYD-PEG-RVG29	RVG29-PEG-HYD-DOPS,This product is a multifunctional amphiphilic molecule composed of diacylphosphatidylserine(DOPS),hydrazone, and polyethylene glycol(PEG). Its core function is to combine the membrane anchoring ability of liposomes,the invisible long cycling properties of PEG,and the pH responsiveness of hydrazone bonds.It has important applications in drug delivery and nanomaterials RVG29 is a targeting peptide with affinity towards the surface of neurons.	price>
R-C-7202	DPPS-PEG-NTA-Ni	NTA-Ni-PEG-DPPS,DPPS-PEG-NTA-Ni is a phospholipid polyethylene glycol nickel column derivative.DPPS has a hydrophilic phosphoserine head and two hydrophobic fatty acid tails,which enable it to spontaneously form phospholipid bilayers in aqueous solution. NTA is a metal ion chelating ligand that is particularly suitable for forming stable complexes with nickel ions(Ni).	price>
R-C-7240	DOPS-Biotin	Biotin-DOPS is a compound that chemically bonds biotin to the molecule of diacylphosphatidylserine(DOPS).This structure combines the membrane fusion properties of DOPS with the high affinity of biotin, making it widely used in fields such as biomarkers, drug delivery,and membrane protein research.	price>
R-C-5727	DOPS-PEG2000-SH	DOPS stands for 1,2-dioleoyl-sn-glycero-3-phospho-L-serine. It is a phospholipid that contains a serine amino acid residue. DOPS is commonly used in liposome formulations due to its amphipathic nature and ability to form lipid bilayers.PEG refers to polyethylene glycol, a polymer composed of repeating ethylene glycol units.Thiol stands for thiol, which refers to a functional group containing a sulfur atom bonded to a hydrogen atom.	price>
R-C-7358	DPPS-CY3	CY3-DPPS,DPPS-Cyanine3,CY3-DPPS is a type of research molecule that combines fluorescence properties and phospholipid functionality. Cy3-DPPS is a derivative in which the fluorescent dye Cy3 is covalently modified onto DPPS molecules. It not only maintains the membrane affinity of phospholipid molecules, but also imparts a clear fluorescence signal, making it a visual probe that can be applied in various research systems.	price>
R-C-7359	SLinPS CAS:322647-11-0	SLinPS (1-stearoyl-2-oleoylphosphatidylserine sodium salt,CAS:322647-11-0)is a natural phospholipid acid derivative composed of a saturated stearoyl chain(C18:0),an unsaturated oleoyl chain(C18:2, omega-6),and a serine phospholipid head group.Its sodium salt form endows it with water solubility and ionic stability,allowing it to form a stable negatively charged lipid bilayer structure in aqueous systems.	price>
R-C-7360	DMPS-Na CAS:105405-50-3	DMPS Na(CAS:105405-50-3)is a synthetic anionic phospholipid,also known as 1,2-dimyristoyl-sn-glycero-3-phospho-L-serine (sodium salt),widely used in fields such as biofilm research, drug delivery systems, and exploration of cellular functional mechanisms.	price>

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