Examples of 'nanocapsules' in a sentence
Meaning of "nanocapsules"
Nanocapsules are sub-microscopic particles with an outer coating that encloses a liquid, solid, or gas, often used in scientific fields like medicine and chemistry
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- plural of nanocapsule
How to use "nanocapsules" in a sentence
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nanocapsules
Preparation of nanocapsules of a polymer containing an organic liquid.
Means for collecting the nanocapsules obtained.
Preparation of nanocapsules containing liposoluble active principles.
The present invention relates to nanocapsules consisting.
The nanocapsules were prepared by an interfacial deposition technique.
Preferably the nanoparticles of the invention are nanocapsules.
Nanocapsules were developed by interfacial deposition of preformed polymer method.
Techniques for forming nanocapsules are known in the art.
The nanocapsules were prepared by interfacial deposition of preformed polymer.
Solvent evaporation is another effective method to prepare nanocapsules.
The use of nanocapsules is believed to overcome stability problems.
One subject of the invention is thus nanocapsules consisting.
The nanocapsules obtained generally have a transparent membrane.
The present invention relates to nanocapsules rather than nanospheres.
The nanocapsules were prepared by interfacial deposition technique of a preformed polymer.
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Extensive efforts went into optimising the stability of the nanocapsules.
Nanocapsules based on dendritic polymers.
The invention also relates to compositions containing such nanocapsules.
Polymeric nanocapsules can be made in specific sizes and shapes.
Pharmaceutical compositions containing nanocapsules.
Another common way to prepare nanocapsules is the emulsion diffusion method.
Method for preparing colloidal particles in the form of nanocapsules.
Method to increase the stability of nanocapsules during storage thereof.
Nanocapsules can generally entrap compounds in a stable and reproducible way.
This method produces nanocapsules.
These nanocapsules therefore appear as promising UCAs for tumor imaging.
The surfactant serves primarily to control the size of the nanocapsules.
Nanocapsules can generally entrap substances in a stable and reproducible way.
Other known processes for manufacturing nanocapsules may also be used.
Microparticles having an encapsulated structure are sometimes referred to as microcapsules and nanocapsules.
The nanocapsules were prepared using the technique of interfacial deposition of preformed polymers.
The oily phase encapsulated in the nanocapsules may contain an active oil.
Researches were developed in two directions aiming to formulate suitable microemulsions and nanocapsules.
The thus obtained nanocapsules can be separated by centrifugal operation or by filtering operation.
The subject of the present invention is also compositions containing said nanocapsules.
Lipid formulations and nanocapsules can be prepared by methods known in the art.
In some cases the drug is adsorbed on the nanomaterial or encapsulated into nanocapsules.
The nanocapsules of the invention are particularly suitable for formulating pharmaceutical active principles.
Size and zeta potential of the nanocapsules after the incorporation of hyaluronic acid.
Once the colloidal suspension is formed it will be agitated until nanocapsules begin to form.
The nanocapsules of this invention contain hydrophilic active ingredients incorporated into their interior.
The researchers administered the chlorophyllin to the mice in microscopic capsules known as nanocapsules.
The percentage of incorporation of active ingredient into the nanocapsules of this invention is quantitative.
The nanocapsules of this invention comprise a matrix of liquid lipids or oils and a polymer coating.
The process used for the preparation of the nanocapsules of this invention is complex coacervation.
Polymeric nanocapsules have also been proposed as carriers for active agents for topical application.
Subject of the present invention is also a process for preparing the nanocapsules described above.
Nanocapsules seem to be promising for developing products with good effectiveness and long action duration.
Removing the organic solvent to allow recovering of the aqueous phase containing the nanocapsules.
Countless nanocapsules would remain dormant and only the desired ones would be called into action.
