Aerosol compositions
A composition and aerosol technology, applied in the field of medicinal aerosol compositions and their preparation, can solve the problems of small proportion of active components, impossible to ensure uniformity of content, complexity and the like
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Embodiment 1
[0089] FK506 was pulverized to a particle size of 2-3 μm by using a jet mill and the resulting powder was kneaded together with Miglyol 812. After distributing the kneaded body, fill the HFA-227 pre-cooled to -20°C into each dispersing mixer and install a valve to obtain an aerosol product (cold filling method) containing the following components per unit (5ml) ).
[0090] FK506 10mg (0.2(w / v)%)
[0091] Miglyol 812 25mg (0.5(w / v)%)
[0092] HFA-227 5ml
Embodiment 2
[0094] Fill the kneader with the following components per unit (5 ml) obtained in a similar manner to Example 1 into a dispersing mixer, and, after installing the valve, pressurize to 20 atmospheres at room temperature HFA-227 was filled into each dispersing mixer to obtain a pharmaceutical aerosol composition with the same components as in Example 1 (pressure filling method).
[0095] FK506 5mg (0.1(w / v)%)
[0096] Miglyol 812 10mg (0.2(w / v)%)
[0097] HFA-227 5ml
Embodiment 3-11
[0100] In a similar manner to Example 2, an aerosol composition containing the following components per unit (5 ml) can also be prepared.
[0101] FK506 10mg
[0102] Miglyol 812 25mg
[0103] Polyvinylpyrrolidone 0.25mg
[0104] HFA-227 5ml
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