Discover our portfolio of solutions for moisture sensitive active pharmaceutical and nutraceutical ingredients.
Resources
Discover Roquette’s expertise through the resources below.
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We provide our partners and their customers with unwavering quality standards, as well as a clear and secure supply chain that spans from the sourcing of our raw materials to the delivery of our finished products.
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Explore our full range of excipients, raw materials and actives for pharmaceuticals, nutraceuticals, over-the-counter products, biopharmaceuticals, injectables and dialysis solutions.
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Pharmaceutical and nutraceutical producers need more than just an ingredient supplier. Discover how our decades of expertise can help you overcome the toughest formulation challenges.
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Life-saving pharmaceuticals start with high-quality ingredients. Learn more about our premium solutions and how they can support your drug development projects.
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Life-saving pharmaceuticals start with high-quality ingredients. Discover how we helped expand the potential of process China’s DMF.
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Supplements? We’re here to support you. Get the facts on our full-stack formulation solutions for health-boosting nutraceuticals and OTC consumer products.
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Don’t let poor bioavailability hold you back. Enhance your pharmaceutical and nutraceutical oral dosage forms with our versatile solubilizing solutions.
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KLEPTOSE® Linecaps pea maltodextrin allows the delivery of an efficient taste masking solution with the total safety offered by a widely used food ingredient, manufactured to the critical quality standards of pharmaceutical excipient.
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The main objective of this project was to investigate the potential of Kleptose Linecaps DE17 (pea maltodextrin with DE 15–20) in masking the bitter taste of antifungal drug, griseofulvin (GRI).
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The study evaluates the taste masking performance of two new maltodextrins with high amylose content on NSAIDs.
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Case study: Influence of Beta-Cyclodextrin Side Chain Substitutions on a Model BCS Class II CompoundThis poster studies the influence of beta-cyclodextrin side chain substitutions on the complexation efficiency of a model BCS Class II compound.
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