1*Sumit Rathour, 2Dr. Prashant Kumar Singh
A B S T R A C T
Unlike the milky-white color associated with coarse dispersion, nanoemulsions, sometimes
called nanometric-sized emulsions, are fine water-in-oil (w/o) and oil-in-water (o/w)
dispersions of two immiscible fluids. The present review was based on the preparation methods
and applications of thiocolchicoside nanoemulsion. Nanoemulsion is easier to move since it has
a larger surface area and free energy. Nanoemulsions don’t exhibit process-inherent phenomena
like creaming, flocculation, coalescence, and sedimentation. In cell cultures, it enhances the
uptake of hydrophilic molecules and can be substituted for liposomes, vesicles, and lamellar
liquid crystalline phases. High energy technologies have been used by researchers to improve
the distribution of bioactive food ingredients and the administration of medications. High
energy approaches are more advantageous for delivering nanoemulsions containing bioactive
food components since they require less surfactant. It was determined that nanoemulsion-based
drug delivery devices effectively tackle the problem of limited bioavailability caused by
hydrophobic and highly first-pass metabolic drug and food ingredients. Further research is
required to properly investigate the possibilities of phase inversion emulsification methods for
effective medicate on loading and distribution.
Keywords: thiocolchicoside, nanoemulsion, preparation methods, advantages, emulsion.