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Showing 1 to 4 of 4 for “"Pharmaceutical co-crystals"”.

  1. The Formation of Pharmaceutical Co-crystals by Spray Drying. An Investigation into the Chemical and Physical Factors Affecting the Production of Pharmaceutical Co-crystals by Fast Evaporation and Spray Drying

    … dryer was performed for scale-up and rapid, continuous crystallisation of co-crystals from solution. The study emphasise on developing co-crystals of two structurally similar compounds, caffeine (CAF) and theophylline (THEO) with various di-carboxylic acids. The incongruently soluble pair of …

    bradford Repository record for The Formation of Pharmaceutical Co-crystals by Spray Drying. An Investigation into the Chemical and Physical Factors Affecting the Production of Pharmaceutical Co-crystals by Fast Evaporation and Spray Drying (opens in a new tab)

  2. Mechanistic Understanding of Co-crystal solubility and dissolution by using a combination of Experimental and Molecular Modelling Techniques

    … level of Flufenamic acid and Carbamazepine co-crystals in the presence of polymers. This study has been separated into four sections: (1) Formation of pharmaceutical co-crystals: Three pharmaceutical co-crystals of poorly water soluble active pharmaceutical ingredient (API) of Flufenamic …

    de-montfort Repository record for Mechanistic Understanding of Co-crystal solubility and dissolution by using a combination of Experimental and Molecular Modelling Techniques (opens in a new tab)

  3. Ultrasound Assisted Processing of Solid State Pharmaceuticals. The application of ultrasonic energy in novel solid state pharmaceutical applications, including solvent free co-crystallisation (SFCC) and enhanced compressibility

    … of this study was to develop a new method for co-crystal preparation which adhered to green chemistry principles, and provided advantages over conventional methods. A novel, solvent-free, high-power ultrasound (US) technique, for preparing co-crystals from binary systems, was chosen as the …

    bradford Repository record for Ultrasound Assisted Processing of Solid State Pharmaceuticals. The application of ultrasonic energy in novel solid state pharmaceutical applications, including solvent free co-crystallisation (SFCC) and enhanced compressibility (opens in a new tab)