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Preventing release in the acidic environment of the stomach via occlusion in ordered mesoporous silica enhances the absorption of poorly soluble weakly acidic drugs |
| APA |
Preventing release in the acidic environment of the stomach via occlusion in ordered mesoporous silica enhances the absorption of poorly soluble weakly acidic drugs.
Journal of Pharmaceutical Sciences
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| MLA |
. "Preventing release in the acidic environment of the stomach via occlusion in ordered mesoporous silica enhances the absorption of poorly soluble weakly acidic drugs".
Journal of Pharmaceutical Sciences
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| Harvard |
, .
Preventing release in the acidic environment of the stomach via occlusion in ordered mesoporous silica enhances the absorption of poorly soluble weakly acidic drugs.
Journal of Pharmaceutical Sciences,
,
.
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| Chicago |
. "Preventing release in the acidic environment of the stomach via occlusion in ordered mesoporous silica enhances the absorption of poorly soluble weakly acidic drugs"
Journal of Pharmaceutical Sciences,
():
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