Invasomes: A Novel Deformable Vesicular Nanocarrier For Enhanced Transdermal Drug Delivery
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2022
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| author | Dalal, Arman Kaushik, Dinesh Saroj, Jain |
| author_facet | Dalal, Arman Kaushik, Dinesh Saroj, Jain |
| contents | <div>Invasomes are <span>liposomal vesicles that contain terpenes or terpene combinations </span>and small amounts of ethanol. They function as potential carriers with improved skin penetration. Invasomes have a higher rate of skin perforation than liposomes</div> <div>and ethosomes. Invasomes are novel, elastic phospholipid vesicles that contain ethanol, phosphatidylcholine, and one or more terpenes. The capacity of terpenes to increase percutaneous penetration has been verified by numerous researchers. They interfere with intracellular proteins, alter stratum corneum lipids, and promote drug partitioning into the stratum corneum, all of which have the effect of increasing penetration. The capacity of vesicles <span>to</span> permeate the stratum corneum <span>is</span> enhanced by ethanol. Additionally, ethanol offers a net negative surface charge and inhibits the electrostatic repulsion that would otherwise cause vesicle aggregation. Terpenes and ethanol have a remarkable synergistic effect on the percutaneous absorption. Terpenes, naturally occurring volatile oils that are included among generally accepted as safe compounds and have reversible effects on the lipids of the stratum corneum <span>at<span> lower doses <span>(1<span>–<span>5%), are regarded <span>as clinically sustainable penetration enhancers. Invasomes offer </span></span></span></span></span></span>a number of benefits <span>in</span> addition <span>to</span> promoting patient comfort and compliance and increasing drug efficacy. Through</div> <div>the use of <span>an</span> invasomes carrier, medication transport can now be improved through the skin and cellular membranes,</div> <div>which presents both obstacles and potential for future study and the creation of novel, improved medicines</div> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15104592 |
| institution | Zenodo |
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| publishDate | 2022 |
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| spellingShingle | Invasomes: A Novel Deformable Vesicular Nanocarrier For Enhanced Transdermal Drug Delivery Dalal, Arman Kaushik, Dinesh Saroj, Jain invasomes Nanocarrier Terpenes Stratum Corneum Vesicles Novel <div>Invasomes are <span>liposomal vesicles that contain terpenes or terpene combinations </span>and small amounts of ethanol. They function as potential carriers with improved skin penetration. Invasomes have a higher rate of skin perforation than liposomes</div> <div>and ethosomes. Invasomes are novel, elastic phospholipid vesicles that contain ethanol, phosphatidylcholine, and one or more terpenes. The capacity of terpenes to increase percutaneous penetration has been verified by numerous researchers. They interfere with intracellular proteins, alter stratum corneum lipids, and promote drug partitioning into the stratum corneum, all of which have the effect of increasing penetration. The capacity of vesicles <span>to</span> permeate the stratum corneum <span>is</span> enhanced by ethanol. Additionally, ethanol offers a net negative surface charge and inhibits the electrostatic repulsion that would otherwise cause vesicle aggregation. Terpenes and ethanol have a remarkable synergistic effect on the percutaneous absorption. Terpenes, naturally occurring volatile oils that are included among generally accepted as safe compounds and have reversible effects on the lipids of the stratum corneum <span>at<span> lower doses <span>(1<span>–<span>5%), are regarded <span>as clinically sustainable penetration enhancers. Invasomes offer </span></span></span></span></span></span>a number of benefits <span>in</span> addition <span>to</span> promoting patient comfort and compliance and increasing drug efficacy. Through</div> <div>the use of <span>an</span> invasomes carrier, medication transport can now be improved through the skin and cellular membranes,</div> <div>which presents both obstacles and potential for future study and the creation of novel, improved medicines</div> |
| title | Invasomes: A Novel Deformable Vesicular Nanocarrier For Enhanced Transdermal Drug Delivery |
| topic | invasomes Nanocarrier Terpenes Stratum Corneum Vesicles Novel |
| url | https://doi.org/10.5281/zenodo.15104592 |