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Editorial

Antisolvent vapor precipitation: the future of pulmonary drug delivery particle production?

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Figures & data

Figure 1. Comparison between conventional spray drying and the proposed antisolvent vapor precipitation approach is given.

Figure 1. Comparison between conventional spray drying and the proposed antisolvent vapor precipitation approach is given.

Figure 2. Antisolvent vapor precipitated particles: (A) lactose microspheres; (B) lactose micro crystals; (C) lactose + fish oil; (D) magnesium sulfate; (E) lactose + magnesium sulfate; (F) whey protein isolate microspheres and (G) whey protein isolate + lactose segregated particles are shown.

Figure 2. Antisolvent vapor precipitated particles: (A) lactose microspheres; (B) lactose micro crystals; (C) lactose + fish oil; (D) magnesium sulfate; (E) lactose + magnesium sulfate; (F) whey protein isolate microspheres and (G) whey protein isolate + lactose segregated particles are shown.

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