What is a liposome and its function?
Liposomes are currently widely studied nanodrug carriers in drug delivery systems. They are closed vesicles composed of a lipid bilayer composed of phospholipids and cholesterol. The basic structure of biological plasma membrane is also a phospholipid bilayer membrane. Liposomes have a structure similar to biological cells. Therefore, liposomes have good biocompatibility, so they are also called “artificial biological membranes”. ”, “artificial cells”. Liposomes take advantage of this compatibility to achieve targeted or efficient delivery of drugs. The ideal liposome should have the characteristics of good histocompatibility, low toxicity, suitable encapsulation ability and release ability.
Because of the traditional oral diet, the absorption rate and bioavailability of nutritional tablets and capsules are low, and the encapsulated lipophilic and hydrophilic nutrients in liposomes can bypass destructive factors directly to the small intestine and effectively transport to cells and tissues.
Liposome nutritional supplements contain bioactive compounds that promote health. Encapsulating bioactive compounds in liposomes is attractive because liposomes have been shown to overcome serious obstacles that bioactive substances encounter in the gastrointestinal tract after taken orally.
There are many functional drugs or nutritional components with high cosmetic value, such as extracts from effective ingredients of Chinese herbal medicine, chemical/biochemical drugs, vitamins, and animal and plant oils, which have good cosmetic effects (such as antioxidant, whitening and nourishing, freckle removal, etc.). The vast majority of these functional components are insoluble substances, which are difficult to exert their efficacy through the skin barrier when used. Using lecithin, which has good physiological compatibility and high safety, as the carrier material, modern nanoliposome technology is used to make these insoluble functional substances into nanoliposome microcapsules with a particle size less than 50nm. These microcapsules can carry drugs naturally through the human skin barrier, transport the functional substances to the interlayer of dermal cells, and form nutrient reservoirs, thus fully realizing their efficacy.
Typical example:
1. Coenzyme Q10 (biochemical drug) antioxidant/anti-aging nanoliposome series:
·Coenzyme Q10 is a key enzyme in the synthesis of ATP in the mitochondrial respiratory chain of human cells. It has antioxidant properties, enhances cell activity, and prolongs cell cycle. It is an important insoluble substance found in modern life science research that participates in regulating cell physiological activity. Coenzyme Q10 is widely present in various tissues and organs of the human body, with the highest content in the heart and brain regions. The level of coenzyme Q10 in human cells begins to decline around the age of 20, leading to aging in the human body. Supplementing coenzyme Q10 with exogenous substances helps cells resist oxidation, improve activity, and prolong their lifespan. The coenzyme Q10 nanoliposome technology can effectively transport drugs through the skin barrier, greatly improving drug absorption and utilization, providing an effective material basis for cells to maintain important physiological activities, fundamentally improving the activity of human cells at the cellular level, and achieving excellent antioxidant/anti-aging effects.
2. Active ingredient extract nanoliposome series:
The traditional culture of traditional Chinese medicine is vast and profound. Many Chinese herbal medicines, such as ginkgo, safflower, ginseng, aloe vera, and other effective ingredients, have excellent beauty, nourishment, and freckle removal effects. The use of nanoliposome technology to solve its absorption difficulties and improve its efficacy, and the development and production of related technical products, are inheritance and development of the precious traditional culture of traditional Chinese medicine, with very unique characteristics.
3. Vitamin series nanoliposome series
Vitamin series are a major category, such as lipid soluble Va, Vc, Ve series, etc. They are essential nutrients for the maintenance of human cell function. They solve the problem of transdermal absorption through nanoliposome technology and have important efficacy applications in antioxidant, wrinkle resistant, whitening and nourishing aspects.
4. Animal and vegetable oil nanoliposome series
Many animal and vegetable oils (such as crocodile oil, ostrich oil, giant salamander oil, snake oil, etc.) contain rich nutrients such as unsaturated fatty acids that are essential to the human body. They are a large class of cosmetic ingredients with high application value. Through nanoliposome technology, they solve the problem of transdermal absorption and have good cosmetic effects in whitening, nourishing, anti wrinkle, and lubricating the skin.
Liposome related products
- Chitosan coated arbutin liposomes
- Chitosan coated vitamin C liposomes
- Chitosan coated vitamin E liposomes
- Cyclodextrin encapsulated Panax notoginseng liposomes
- Trehalose modified proanthocyanidin liposomes
- Trehalose Modified Antarctic Ice Alga DNA Photorepair Enzyme Liposomes
- Trehalose modified glutathione liposomes
- Trehalose modified cannabinoid liposomes
- Trehalose modified rutin liposomes
- Trehalose modified baicalin liposomes
- Trehalose modified Aloin liposomes
- Trehalose modified aloe vera polysaccharide liposomes
- Trehalose modified goji berry polysaccharide liposomes
- Trehalose modified quercetin liposomes
- Chlorophyll liposomes modified with phycocyanin
- Hyaluronic acid chitosan liposome encapsulation of carotene
- Chitosan sodium alginate modified vitamin C (Vc)/ β Carotene（ β C) Composite liposomes (L)
- PEG-modified proanthocyanidin liposomes
- Squalene and β- Carotene combined liposomes
- Tripterygium wilfordii red pigment modified tanshinone liposomes
- Glycyrrhetinic acid modified tanshinone liposomes
- Squalane modified ginkgo biloba extract liposomes
- Deoxycholic acid/folic acid modified oleanolic acid liposomes
- β- Pyranoglucose modified piloside liposomes
- β- Glucopyranose modified salidroside liposomes
- β- Glucopyranose modified echinaside liposomes
- β- Modification of Osmanthus fragrans total phenylethanol glycoside liposomes with pyranoglucose
- Vitamin A loaded ceramide liposomes
- Ceramide liposome encapsulation of betaine
- Encapsulation of allantoin with ceramide liposomes
- Ceramide liposomes encapsulate amino acids
- Ceramide liposome encapsulated chitosan
- Ceramide encapsulated hyaluronic acid liposomes
- Ceramide coated baicalin liposomes
- Ceramide coated hydroxy asiaticoside liposomes
- Ceramide coated hydroxy asiatic acid liposomes
- Ceramide Encapsulated in Liposomes of Essential Oil of Rosemary
- PH sensitive transmembrane peptide modified carrier α- Liposomes of Galactosylceramide (aGC-TH-Lip)
- Perforating peptide TAT modified liposomes containing salvianolic acid B (SAB-TAT-LIP)
- Polyvinyl alcohol modified vitamin E liposomes
- Polyvinyl alcohol modified fruit acid liposomes
- Silica/Chitosan Modified Tea Polyphenol Nanoliposomes
- Hyaluronic acid (HA) modified caffeic acid (CA) liposomes (HA-CA liposomes)
- Hyaluronic acid (HA) targeting chlorogenic acid (CA) liposomes
- Hyaluronic acid modified uricase liposomes
- Hyaluronic acid modified mitochondrial targeting liposomes
- Hyaluronic acid (HA) modified oleanolic acid liposomes
- Hyaluronic acid (HA) modified ursolic acid liposomes
- Hyaluronic acid (HA) modified ginsenoside liposomes
- Grape seed oil plastids (DSPE PEG GSPE)
- β- Carotene Coix Seed Oil Composite Liposome (L- β C-CSO)
- Vitamin A loaded ceramide liposomes
- Zidovudine encapsulated in galactose ceramide liposomes
- Galactose ceramide liposomes coated with ricin (ricin GCLs)
- Ceramide liposomes loaded with vincristine
- Silymarin oil liposomes (DSPE-PEG-SMG)
- DSPE-PEG Calendula officinalis
- DSPE-PEG-ASK
- Lycopene nanoliposomes (DSPE PEG lYC)
- DSPE-PEG-CAS
- NanoActive o-Cymen-5-OL
- Tetrahydrocurcumin nanoliposomes NanoActive THC CAS No. 36062-04-1
- Astaxanthin nanoliposomes CAS No. 472-61-7 NanoActive Asta
- Glutathione liposome (DSPE PEG GSH)
- Mauricin nanoliposomes CAS: 61276-17-3
- Tea polyphenol liposomes (DSPE-PEG-TP)
- Tea polyphenol liposome encapsulated lysozyme (LZM) and chitosan (CS)
- Honghua Microoil Liposome Loaded Lavender (Aroma)
- Loading Basil Liposomes with Safflower Microoil Liposomes
- Rosemary liposomes loaded with safflower oil liposomes
- Honghua Microoil Liposome Loaded with Mint Liposome
- Honghua Microoil Liposome Loaded with Evening Jasmine Liposome
- Honghua Microoil Liposome Loaded with Fragrant Root Iris Liposome
- Honghua Microoil Liposome Loaded with Spearmine Liposome
- Safflower Microoil Liposome Loaded with Sage Liposome
- Safflower Microoil Liposomes Loaded with Tocopherol Liposomes
- DSPE-PEG shikonin liposome
- Carboxymethyl chitosan coated coix seed oil plastids
- Carboxymethyl chitosan encapsulates coconut oil plastids
- Nanoactive Q10
Green Spring Technology is a supplier of plant active ingredients with over 20 years of professional experience. We can provide various liposome products for the food, pharmaceutical, health products, and personal care industries, solving the bottleneck of active substance application and improving the utilization rate of active substances. If you are interested in our product, you can contact us immediately!