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- W2135921183 abstract "It has become increasingly apparent that vesicular drug delivery elicits modest possessions in drug targeting. Transfersomes are a form of elastic or deformable vesicle, which were first introduced in the early 1990s. Elasticity can be achieved by using an edge activator in the lipid bilayer structure. Molecules greater than 500 Da normally do not cross the skin. This prevents epicutaneous delivery of the high molecular weight therapeutics as well as non-invasive transcutaneous immunisation. Transdermal route will always remain a lucrative area for drug delivery. With the advent of new categories of drugs like peptides this route has captured more focus to combat the problems related to their delivery through oral route. But the transdermal route is equally filled with the hopes and disappointments as the transport of drug through this route faces many problems especially for the large molecules. To answer this problem many approaches were adopted. One of the very recent approaches is the use of ultra-deformable carrier systems (transfersomes). They have been used as drug carriers for a range of small molecules, peptides, proteins and vaccines, both in vitro and in vivo. Transfersomes penetrate through the pores of stratum corneum which are smaller than its size and get into the underlying viable skin in intact form. This is because of its deformable nature. The aim of this article is explanation the formation of micelle and vesicles, various types of vesicles, specifically focusing on transfersomes." @default.
- W2135921183 created "2016-06-24" @default.
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- W2135921183 date "2012-01-11" @default.
- W2135921183 modified "2023-09-27" @default.
- W2135921183 title "Critical issues related to transfersomes - novel vesicular system." @default.
- W2135921183 cites W119188413 @default.
- W2135921183 cites W1506850331 @default.
- W2135921183 cites W1525837605 @default.
- W2135921183 cites W1529934495 @default.
- W2135921183 cites W1539260004 @default.
- W2135921183 cites W1576320702 @default.
- W2135921183 cites W1868696300 @default.
- W2135921183 cites W1971479663 @default.
- W2135921183 cites W1978336593 @default.
- W2135921183 cites W1983496308 @default.
- W2135921183 cites W1986466512 @default.
- W2135921183 cites W1988340116 @default.
- W2135921183 cites W1990107938 @default.
- W2135921183 cites W1990854721 @default.
- W2135921183 cites W1993595102 @default.
- W2135921183 cites W1995595004 @default.
- W2135921183 cites W1996671893 @default.
- W2135921183 cites W2006648837 @default.
- W2135921183 cites W2008424844 @default.
- W2135921183 cites W2009482334 @default.
- W2135921183 cites W2009691452 @default.
- W2135921183 cites W2009802132 @default.
- W2135921183 cites W2013009465 @default.
- W2135921183 cites W2013749879 @default.
- W2135921183 cites W2014451654 @default.
- W2135921183 cites W2022017751 @default.
- W2135921183 cites W2023232001 @default.
- W2135921183 cites W2025295746 @default.
- W2135921183 cites W2028255547 @default.
- W2135921183 cites W2033974379 @default.
- W2135921183 cites W2038309565 @default.
- W2135921183 cites W2041912496 @default.
- W2135921183 cites W2042439452 @default.
- W2135921183 cites W2042588181 @default.
- W2135921183 cites W2044399330 @default.
- W2135921183 cites W2045123944 @default.
- W2135921183 cites W2052768839 @default.
- W2135921183 cites W2054718253 @default.
- W2135921183 cites W2063391901 @default.
- W2135921183 cites W2063971834 @default.
- W2135921183 cites W2065556430 @default.
- W2135921183 cites W2070334541 @default.
- W2135921183 cites W2072087955 @default.
- W2135921183 cites W2073335127 @default.
- W2135921183 cites W2075173556 @default.
- W2135921183 cites W2076321942 @default.
- W2135921183 cites W2077839705 @default.
- W2135921183 cites W2081583435 @default.
- W2135921183 cites W2083104119 @default.
- W2135921183 cites W2086889742 @default.
- W2135921183 cites W2092988174 @default.
- W2135921183 cites W2094677265 @default.
- W2135921183 cites W2100587627 @default.
- W2135921183 cites W2124614417 @default.
- W2135921183 cites W2126662679 @default.
- W2135921183 cites W2130930036 @default.
- W2135921183 cites W2131754023 @default.
- W2135921183 cites W2133396078 @default.
- W2135921183 cites W2152732109 @default.
- W2135921183 cites W2157656147 @default.
- W2135921183 cites W2166458266 @default.
- W2135921183 cites W2181770837 @default.
- W2135921183 cites W2186318367 @default.
- W2135921183 cites W2250379301 @default.
- W2135921183 cites W2422080696 @default.
- W2135921183 cites W2430839666 @default.
- W2135921183 cites W2491906158 @default.
- W2135921183 cites W2596154509 @default.
- W2135921183 cites W2907857081 @default.
- W2135921183 cites W298552283 @default.
- W2135921183 cites W325197058 @default.
- W2135921183 cites W5872293 @default.
- W2135921183 cites W615981035 @default.
- W2135921183 cites W2503252661 @default.
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