Product phospholipids -lipids-for-drug-delivery

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Catalog	name	Description	price
R-C-6898	Lyophosome made from Natural PC Lipid Extracts(100% Soy PC)	Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(100% Soy PC),Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(100% Soy PC),Soy PC also contains saturated and unsaturated lipids.Soy PC is mostly composed of unsaturated lipids and have a larger percentage of unsaturated PCs compare to egg,brain,heart and liver extracted PCs.Liposomes made from Soy PC contain 14.9% 16:0 lipid,3.7% 18:0 lipid,11.4% 18:1 lipid,63% 18:2 lipid and 5.7% 18:3 lipid.	price>
R-C-6899	Lyophosome made from Natural PC Lipid Extracts(Brain PC:Chol(70:30 molar ratio))	Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(Brain PC:Cholesterol (70:30 molar ratio)),Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(100% Brain PC)It is a freeze-dried liposome product based on natural brain-derived phosphatidylcholine(PC).Natural PC is typically composed of amphiphilic phospholipids,including a hydrophilic head and a hydrophobic tail,forming a bilayer structure Freeze dried liposomes combine the biocompatibility of natural PC with the stability advantages of freeze-drying technology,making them suitable for fields such as drug development,diagnostic tools,and biotechnology research.	price>
R-C-6900	Lyophosome made from Natural PC Lipid Extracts(Egg PC:Chol (70:30 molar ratio))	Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(Egg PC:Cholesterol (70:30 molar ratio)),Lyophosome-Natural PC extract is composed of many liposomes,Adding cholesterol and other auxiliary lipids can regulate membrane fluidity and enhance the structural integrity of liposomes in storage or complex environments.The fatty acid chains of hydrogenated egg yolk PC are mainly saturated lipids,with specific compositions of 0.1% 14:0,32.2% 16:0,60.6% 18:0,4.5% 20:0,and 2.2% 22:0 lipid 1.	price>
R-C-6901	Lyophosome made from Natural PC Lipid Extracts(Heart PC:Chole (70:30 molar ratio))	Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(Heart PC:Cholesterol (70:30 molar ratio)),Liposomes made from Heart PC also contain 40% plasmalogen ether lipid.Ether lipids are more stable and do not get hydrolyzed.Heart PC also contains saturated and unsaturated lipids.It contains about 23% 16:0 lipid,7% 18:0 lipid,11% 18:1 lipid,43% 18:2 lipid and 6% 20:4 lipid.	price>
R-C-6902	Lyophosome made from Natural PC Lipid Extracts(Liver PC:Chol(70:30 molar ratio))	Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(Liver PC:Cholesterol (70:30 molar ratio)),Liver PC also contains saturated and unsaturated lipids.Almost half of the lipids are saturated and the other half unsaturated.It is composed of 14% 16:0 lipid,33% 18:0 lipid,17% 18:1 lipid,12% 18:2 lipid,8% 20:3 lipid and 7% 20:4 lipid.	price>
R-C-6903	Lyophosome made from Natural PC Lipid Extracts(Soy PC:Cholesterol (70:30 molar ratio))	Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(Soy PC:Cholesterol (70:30 molar ratio)),Lyophosome made from Natural Phosphatidylcholine(PC)Lipid Extracts(100% Soy PC),Soy PC also contains saturated and unsaturated lipids.Soy PC is mostly composed of unsaturated lipids and have a larger percentage of unsaturated PCs compare to egg,brain,heart and liver extracted PCs.Liposomes made from Soy PC contain 14.9% 16:0 lipid,3.7% 18:0 lipid,11.4% 18:1 lipid,63% 18:2 lipid and 5.7% 18:3 lipid.	price>
R-C-6904	Lyophosome made from Diether Lipids(100% 16:0 Diether PC)	Lyophosome made from Diether Lipids(100% 16:0 Diether PC),Double ether lipids anchor isoprene chains to the glycerol backbone through ether bonds.Compared to traditional ester bond lipids,their chemical stability is significantly enhanced and they are not easily degraded under high temperature,extreme pH,or oxidative conditions.The phase behavior of the ether-linked phospholipid bilayer membranes in ambient pressure is almost equivalent to that of the ester-linked phospholipid bilayer membranes under high temperatures and pressures, and the difference in the phase behavior decrease as the alkyl-chain length increases.	price>
R-C-6905	Lyophosome made from Diether Lipids(100% 18:0 Diether PC)	Lyophosome made from Diether Lipids(100% 18:0 Diether PC),Double ether lipids anchor isoprene chains to the glycerol backbone through ether bonds.Compared to traditional ester bond lipids,their chemical stability is significantly enhanced and they are not easily degraded under high temperature,extreme pH,or oxidative conditions.The phase behavior of the ether-linked phospholipid bilayer membranes in ambient pressure is almost equivalent to that of the ester-linked phospholipid bilayer membranes under high temperatures and pressures, and the difference in the phase behavior decrease as the alkyl-chain length increases.	price>
R-C-6906	Lyophosome made from Diether Lipids(100% 18:1 Diether PC)	Lyophosome made from Diether Lipids(100% 18:1 Diether PC),Double ether lipids anchor isoprene chains to the glycerol backbone through ether bonds.Compared to traditional ester bond lipids,their chemical stability is significantly enhanced and they are not easily degraded under high temperature,extreme pH,or oxidative conditions.The phase behavior of the ether-linked phospholipid bilayer membranes in ambient pressure is almost equivalent to that of the ester-linked phospholipid bilayer membranes under high temperatures and pressures,and the difference in the phase behavior decrease as the alkyl-chain length increases.	price>
R-C-6907	Lyophosome made from Diether Lipids(12:0 Diether PC:Chol (70:30 molar ratio))	Compared with traditional ester linked phospholipids, diether lipids have higher ether bond chemical stability,stronger resistance to hydrolysis and oxidation, and are suitable for formulations that require long-term storage(such as freeze-dried liposomes).The short chain structure of 12:00 Diether PC(12 carbon ether chain phosphatidylcholine)may enhance the fluidity of lipid bilayer membranes while maintaining high encapsulation efficiency.	price>

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