The purpose of the study is to compare the powder and tablet characteristics of this new compound vs. the physical blend based on lactose and starch.
Ressources
Découvrez l'expertise de Roquette grâce aux ressources ci-dessous.
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The aim of this study was to design and develop a placebo FMT (Fast Melting Tablets) formulation able to disintegrate in less than 20s. and characterized by acceptable technological properties.
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The study evaluates how to apply a LYCOAT® based coating solution on acid sensitive substrates.
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This poster evaluates the interest of PEARLITOL Flash in coated orally desintegrating tablet formulations.
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This poster presents Orally Disintegrating Films (ODF) as vectors for micro/nanoparticle delivery using Benzocaine as a model drug.
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This study evaluates how to achieve a perfect coating at ambient temperature protecting heat sensitive ingredients or dosage forms.
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This study shows that the disintegration efficiency of sodium starch glycolate (SSG) is nearly independent from possible hydrophobic films on its surface.
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The study highlights the influence of various lubricants on the ejection force, tablet hardness and disintegration time of a compound vs. the physical blend based on lactose and starch.
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The study evaluates the influence of Mg-Stearate on the compaction and tablet behavior of co-spray dried compounds versus physical blends based on lactose and starch or lactose and MCC.