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.
Ressources
Découvrez l'expertise de Roquette grâce aux ressources ci-dessous.
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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.
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The study highlights the effect of lubricants on the disintegration time of the co-processed excipient vs. the physical blend.