… In summary, we have developed a simple and efficient one-pot method to encapsulate QDs
synthesized in aqueous solution with amphiphilic polymers. By controlling the molar ratio of …

… addition of NaOH solution and is difficult … encapsulation and preparation of hierarchical
porous ZIF-8 is required. Herein, we present a simple one-pot synthesis approach to encapsulate …

… in an aqueous solution (Figure S9). We conclude that our one-pot process can be generally
used to synthesize micro/mesostructured ZIF materials with encapsulated target organic …

… properties of copolymers 1 and 2 in water. Nile Red is insoluble and does not fluoresce in
water, but once it is encapsulated inside micelles, its aqueous solution starts to fluoresce. We …

… water solutions (see Table 1) were introduced into a three-necked pear-shaped 250 ml flask
and the mixture was stirred at room temperature for 3 h or treated under US irradiation for 1 …

… that ZnS QDs can be fabricated and encapsulated in these size-tunable polymeric nanoreactors
(6) in a one-pot reaction that also renders these QDs highly soluble in aqueous solution. …

… was measured in aqueous solutions by DLS, and the morphology was determined through
microscopic observation methods of TEM and AFM. The drug encapsulation efficiency (DE%) …

… After encapsulation into cerasome, quantum dots become well dispersed in aqueous
solution. Such water-soluble QD cerasomes exhibit a better photostability and retain the …

… After cyclohexane (29.6 g) was mixed with Igepal CO-520 (3.5 mL), the aqueous solution
(1.4 mL) was added dropwise and the microemulsion was vigorously stirred over 1–2 h to …

… and aqueous solution in the flow-focusing microfluidic device. The injected aqueous droplets
… Subsequently, we are going to optimise the encapsulation efficiency of the formulated …