… with aqueous phase encapsulated in this research. The release of ion (K + ) and small
molecule (allura red) from the formed microcapsules were studied in aqueous environment. The …

… Its encapsulation efficiency was determined. The obtained result showed that it is efficient
to encapsulate methomyl reaching encapsulation efficiency as high as 90% in an aqueous …

… We showed that both cells and microparticles could be efficiently encapsulated and kept in
the liquid core of capsules prepared with ALG and PLL, at physiologic pH and ionic strength, …

… An aqueous solution containing calcium chloride and chitosan was electrosprayed into a …
were successfully encapsulated in microcapsules with a high encapsulation efficiency (…

… does not correspond to a sampling of the aqueous environment in which it was formed, as
is … The aqueous solution containing the hydrophilic molecules that are to be encapsulated is …

… , an all-aqueous-phase microfluidics is presented to achieve oil-free emulsification of cell-laden
microcapsules and 3D cell culture. Aqueous … By adjusting aqueous-phase flow rates and …

… In summary, we have developed a simple and efficient one-pot method to encapsulate QDs
synthesized in aqueous solution with amphiphilic polymers. By controlling the molar ratio of …

… terms of encapsulation efficiency and encapsulation stability. Encapsulation efficiency can
be defined as the amount of the aqueous phase marker which remains entrapped in the inner …

… Generally, liposomes are created by dissolving the raw lipids in an organic solvent (ethanol/chloroform)
and slowly injected to an aqueous solution of the material to be encapsulated at …

… an organic phase into an aqueous phase at a proportion of 1:2 (… to reduce the proportion of
the aqueous phase in the solvent … For this purpose, reductions in the aqueous phase amounts …