FEEDBACK
PLEASE WAIT ...
CLOSE
CLOSE

Manufacturer

Country

Certificates

Document

Catalog 0.26 MB
Registration Date 10 Feb 2016
Revision Date 19 Apr 2018
Share

Sina Ampholish

Medicine Pharmaceuticals

Drug

Nanomaterials

NPD Conjectured

Liposome

Nanoliposome
Diameter : 2 nm

Applications

Treatment of cutaneous leishmaniasis Effective in the treatment of topical fungal diseases
Treatment of fungal infections Cutaneous leishmaniasis

Properties

Liposomes are the most widely used antimicrobial drug delivery system. One of the distinguishing features of liposomes is its lipid bilayer structure, which mimics cell membranes and can readily fuse with infectious microbes. By directly fusing with bacterial membranes, the drug payloads of liposomes can be released to the cell membranes or the interior of the bacteria. Thus, using nanoliposomes for drug delivery reduces the treatment side effects and increases the transfer and penetration to the surface of fungi.
Anti-microbial activity

Manufacturer's Description

This product is 0.4% nanoliposomal amphotericin B topical gel produced for the treatment of cutaneous leishmaniasis and is topically applicable. Amphotericin B is an anti-parasitic and anti-fungal drug; effective for the treatment of cutaneous leishmaniasis. Due to renal toxicity caused by this drug, liposomal formulations can be used for targeted drug delivery. Liposomal formulations reduce the damaging effects of the drug on the body and increase the penetration and transfer to the fungus.Liposomes are the most widely used antimicrobial drug delivery system. One of the distinguishing features of liposomes is its lipid bilayer structure, which mimics cell membranes and can readily fuse with infectious microbes. By directly fusing with bacterial membranes, the drug payloads of liposomes can be released to the cell membranes or the interior of the bacteria. Thus, using nanoliposomes for drug delivery reduces the treatment side effects and increases the transfer and penetration to the surface of fungi.