KEYWORDS Microalgae; Phenols; Encap

KEYWORDS Microalgae; Phenols; Encapsulation; Liposome
1. Introduction Liposomes are vesicles composed of one or more phos- pholipid bilayers encapsulating a volume of aqueous me- dia. The mechanism of liposome formation is based on the unfavorable interactions which occur between am- phiphilic compounds (mainly phospholipids) and water molecules, where the polar head groups of phospholipids are subjected to the aqueous phases of the inner and outer media, and the hydrophobic hydrocarbon tails are asso- ciated into the bilayer and spherical core shell structures are formed [1,2]. Having a number of benefits, e.g.

KEYWORDS Microalgae; Phenols; Encapsulation; Liposome
1. Introduction Liposomes are vesicles composed of one or more phos-pholipid bilayers encapsulating a volume of aqueous me-dia. The mechanism of liposome formation is based on the unfavorable interactions which occur between am-phiphilic compounds (mainly phospholipids) and water molecules, where the polar head groups of phospholipids are subjected to the aqueous phases of the inner and outer media, and the hydrophobic hydrocarbon. tails are asso-ciated into the bilayer and spherical core shell structures are formed [1,2]. Having a number of benefits, eg.

KEYWORDS Microalgae; Phenols; Encapsulation; Liposome
1. Introduction Liposomes are vesicles composed of one or more Phos -. Pholipid bilayers encapsulating a volume of aqueous me - dia. The mechanism of liposome formation is based on the unfavorable. Interactions which occur between am - phiphilic compounds (mainly phospholipids), and water moleculesWhere the polar head groups of phospholipids are subjected to the aqueous phases of the inner and outer media and the,, Hydrophobic hydrocarbon tails are asso - ciated into the bilayer and spherical core shell structures are, formed [1 2]. Having. A number, of benefits e.g.