In our earlier works involving water droplets coated with hydrocarbon chains (12C, dodecanoic acid) we found that these particles prefer an inverted
micelle structure with an aqueous core and a hydrophobic surface.
Vivek Vasantha at A * STAR Institute of Chemical and Engineering Sciences — together with scientists from across Singapore under the Innovative Marine Antifouling Solutions (IMAS) program — developed a new block copolymer that can self - assemble into spherical
micelle structures in which one monomer forms the core and the other forms the outer shell.
Not exact matches
The other piece was insoluble, so the researchers had to use a solution of
micelles — dispersed lipid or detergent - like aggregates in a solution — to let the insoluble piece form its
structure within a membrane - like environment.
As more water was removed, these so - called
micelles joined together to form larger gel - like
structures ranging between 100 and 200 nanometers in diameter.
Earlier techniques for producing polymeric
micelles with linear block co-polymers have been limited by the stability of the
structures and by the consistency of the nanocrystals they produce, Lin said.
Above a certain concentration, they spontaneously form the
structures that are called
micelles.
Micelles are tiny ring - like
structures formed by surfactants.
When heat or acid is used to separate casein out of milk, the
micelle's
structures are altered, resulting in a loss of biological activity and digestibility.
Our manufacturing process includes a rigorous series of tests to ensure our
micelles and liposomes are the exact size,
structure and integrity needed to perform properly.