Cell permeation enhancers:
Although the purpose of most absorption adsorbents is to eliminate direct interaction with mucosal membrane, cell penetration catalysts use these interactions as a means of increasing drug uptake. One of the important current forms of adsorption consists of molecules associated with glycosylated molecules or facial amphiphiles. He claims that these compounds increase the permeability of the membrane temporarily.
The molecules are designed to self-assemble into membranes to form a pore that allows hydrophilic compounds to cross the membrane. This technology has a great potential for absorbing absorption. No adverse effects have been reported to date.
Although the purpose of most absorption adsorbents is to eliminate direct interaction with mucosal membrane, cell penetration catalysts use these interactions as a means of increasing drug uptake. One of the important current forms of adsorption consists of molecules associated with glycosylated molecules or facial amphiphiles. He claims that these compounds increase the permeability of the membrane temporarily.
The molecules are designed to self-assemble into membranes to form a pore that allows hydrophilic compounds to cross the membrane. This technology has a great potential for absorbing absorption. No adverse effects have been reported to date.