Droplet-based microfluidics appears as a key emerging technology for the miniaturization
and automation of biochemical assays. In terms of technology, it stands on two basic pillars …

The optical and spectral properties of foams and emulsions provide information about their
micro-/nanostructures, chemical and time stability and molecular data of their components …

Nanoemulsions and microemulsions are environments where oil and water can be
solubilized in one another to provide a unique platform for many different biological and …

The influence of methyl paraben (MP) and butyl paraben (BP) on the aggregation
characteristics of Pluronics in an aqueous medium has been investigated by DLS, SANS …

Formation of high internal phase ratio emulsions (HIPREs) has been studied in
water/Cremophor WO7/soybean oil and water/Cremophor WO7/liquid paraffin systems. Two …

Biocompatible water-in-oil (W/O) and oil-in-water (W/O) highly concentrated emulsions
(HIPREs) have been formed at 25° C, in systems consisting of aqueous component/castor …

We study the influence of the emulsification process on encapsulation efficiency of drugs in
double water-in-oil-in-water emulsions. Two drugs were used, first vitamin B12 which can be …

Concentrated water in oil emulsions have been obtained with four different emulsifiers to
study the effect of formulation parameters on the in vitro release of caffeine. The in vitro …

Highly concentrated reverse emulsions have been used to study the diffusion of a model
molecule entrapped in these gel-emulsions. The influence of several parameters on the …

Highly concentrated water-in-oil emulsions consisting of mixtures of five compounds (a
fluorinated surfactant, a hydrogenated surfactant, a fluorocarbon, a hydrocarbon, and water) …