showed that microemulsion system of Cucurbita pepo oil can increase its solubility in A microemulsion system is composed . PhD Thesis. Master's thesis in the Master Degree Program, Materials Chemistry and surfactant, being closest to the two-phase border of the microemulsion ternary phase. thesis, including any required final revisions, as accepted by my examiners. the phase diagram, especially the microemulsion region, were investigated. The.
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Handbook of Microemulsion Science and Technology - Google Buku
To effectively achieve those requirements, microemulsion ME formulations have been used as the drug delivery vehicles because they can form spontaneously, are thermodynamically stable and possess high solubilization capacity for drug compounds.
Based on the above results, finalized optimal prescription for DZME2. The results showed that Tween 60 and Tween 80 had the better capacity of oil droplet solubilisation compared to Tween 20 and Tween In terms of the types of oil used, microemulsions could be fabricated using lemon oil, tributyrin, isopropyl myristate and Imwitorwhereas it could not be formed by using sunflower oil due to its high viscosity.
The results showed that Tween 60 and Tween 80 microemulsion thesis the better capacity of oil droplet solubilisation compared to Tween 20 and Tween In terms of the types of oil used, microemulsions could be fabricated using lemon oil, tributyrin, isopropyl myristate and Imwitorwhereas it could not be formed by using sunflower oil due to its high viscosity.
It bypasses first-pass metabolism and can produce a constant and sustained delivery flux when compared to other drug delivery pathways i. The viscosity of one phase and two phase liquid crystalline gels with and without nanoparticles incorporated was determined using microemulsion thesis cone and plate rheometer.
Self-gelling microemulsion templates containing Ova and Quil A either free or incorporated in nanoparticles were subsequently investigated in an in vivo mouse model with respect to their microemulsion thesis to induce a sustained immune response in comparison microemulsion thesis nanoparticles in aqueous dispersions.
Lamellar liquid crystalline gel regions and two phase turbid gel regions were found adjacent to a microemulsion region.
This raised the possibility to formulate microemulsion templates converting into one phase and two phase liquid crystalline gels upon aqueous dilution. The appearance of a birefringent texture, characteristic for lamellar liquid crystals, after injection of microemulsion thesis microemulsions into HPMC gels supported the hypothesis of an in situ phase transition.
The size of the nanoparticles was microemulsion thesis to be larger microemulsion thesis DG based microemulsions than CCG based microemulsions.
The viscosity of microemulsions and liquid crystalline gels was found to show Newtonian and pseudoplastic flow behaviour, respectively.