DPPC- Dipalmitoylphosphatidylcholine (26449)


DPPC (1,2-Dipalmitoyl-sn-glycerol-3-Phosphocholine), a variant of phosphatidylcholine, is an amphipathic phospholipid used for drug delivery formulations and to conduct biophysical studies.

SKU Size: 26449-25 (25mg)
Price:
Sale price$39.00

DPPC (1,2-Dipalmitoyl-sn-glycerol-3-Phosphocholine), a variant of phosphatidylcholine, is an amphipathic phospholipid used for gene and drug delivery formulations. DPPC has been shown to have excellent biodegradability and drug encapsulation capacity, and when combined with other lipids has high cellular uptake efficiency, making it ideal for use in liposomal formulations. DPPC is also an integral element of pulmonary surfactants and has a well-defined phase transition temperature. It is widely used to study membrane fluidity, thermotropic behavior, and protein-lipid interactions.

CAS Number 63-89-8
Store At Temperature -20°C, under inert gas
Shipping Condition Dry ice
  • Amphipathic phospholipid
  • Forms stable bilayers, micelles, and liposomes
  • Well-defined phase transition temperature
  • LNP formulation
  • Drug delivery
  • Study of membrane fluidity, thermotropic behavior, and protein-lipid interactions

DPPC (1,2-Dipalmitoyl-sn-glycerol-3-Phosphocholine), a variant of phosphatidylcholine, is an amphipathic phospholipid used for gene and drug delivery formulations. DPPC has been shown to have excellent biodegradability and drug encapsulation capacity, and when combined with other lipids has high cellular uptake efficiency, making it ideal for use in liposomal formulations. DPPC is also an integral element of pulmonary surfactants and has a well-defined phase transition temperature. It is widely used to study membrane fluidity, thermotropic behavior, and protein-lipid interactions.

CAS Number 63-89-8
Store At Temperature -20°C, under inert gas
Shipping Condition Dry ice
  • Amphipathic phospholipid
  • Forms stable bilayers, micelles, and liposomes
  • Well-defined phase transition temperature
  • LNP formulation
  • Drug delivery
  • Study of membrane fluidity, thermotropic behavior, and protein-lipid interactions

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