Abstract:
An effervescent lozenge comprising an effervescent mixture and at least one active substance, and the effervescent lozenge weighs more than 1.2 g, and the effervescent lozenge is formulated with a proportion of an acid to a base in an effervescent mixture that gives a disintegration time of between 2 minutes and 5 minutes when being sucked in an oral cavity.
Abstract:
L'invention concerne une composition comprenant comme principe actif unique l'acide fénofibrique ou de l'un de ses sels pharmaceutiquement acceptables destinée à être utilisée dans le traitement des maladies hépatiques. Le domaine de l'invention concerne le traitement et la prévention de maladies hépatiques, telles que la stéatose hépatique non alcoolique (NAFLD), la stéato-hépatite non alcoolique (NASH), les fibroses hépatiques ou les cirrhoses.
Abstract:
The invention relates to a new composite based on hydroxypropyl-β-cyclodextrin, sucralose, a pharmaceutically active ingredient (API) complexed in said hydroxypropyl-β-cyclodextrin, and optionally an aqueous vehicle. The composite is obtainable by a complexation process of the API in hydroxypropyl-β-cyclodextrin, carried out in the presence of sucralose. The composite ensures a surprisingly high API bioavailability through buccal route of absorption, due to a high absorption rate through the oral membrane. The composite is therefore suitable for the preparation of oromucosal pharmaceutical compositions, e.g. buccal or sublingual tablets, orodispersible film, etc., having high bioavailability.
Abstract:
The present invention encompasses an effervescent Grape extract plus selenium composition which improves stress response. The invention also encompasses methods of improving stress response, such as stress response to vaccination or weaning, by administration of the composition. The invention also encompasses methods of producing meat with improved quality by raising an animal on a diet supplemented with an effervescent Grape extract plus selenium composition.
Abstract:
The present invention relates to a gastric retention active delivery system in the form of a coated capsule, which, in contrast to prior art delivery systems exhibiting relatively poor floating-properties, and thus requiring size expansion capability in order to securely delay passage through the pylorus, reliably stay afloat for several hours. This is achieved by combining pore forming components and flexible polymer components in the coating in suitable proportions. The present invention, further, relates to the use of gastric retention active delivery systems of the invention for the delivery of one or more water soluble active components A to a mammal.
Abstract:
A solid pharmaceutical dosage form includes a drug-containing solid and a nondrug-containing matrix. The drug-containing solid includes one or more drug- containing structural elements that are embedded in or attached to the nondrug- containing matrix. The drug-containing structural elements include one of zero- dimensional elements, one-dimensional elements, two-dimensional elements, or combinations thereof. The drug-containing structural elements are a solidified liquid or paste. The pharmaceutical dosage form has a size greater than an average thickness of the one or more drug-containing structural elements.
Abstract:
The invention provides a pharmaceutical composition comprising (a combination of): - imaging lipid nanoparticles (imaging LNPs); and - one or more therapeutic agent(s). The one or more therapeutic agent(s) may be separate from said imaging LNPs, and/or entrapped within said imaging LNPs to form theranostic nanoparticles (TNPs). Imaging LNPs (or TNPs) may have receptor-targeting ligands. Post administration, when sufficient imaging LNPs (or TNPs) reach target sites such as cancerous lesions, then targets may become identified using clinically relevant imaging modalities such as MRI. Image-guided hyperthermia (IgFHT) applied to target sites enables imaging LNPs (or TNPs) still in the blood pool, along with (additional) therapeutic agent(s), to partition substantially into target tissues for therapy by means of hyperpermeability and retention (HPR). Confirmation of therapeutic outcomes can be followed by clinically relevant imaging modalities such as MRI.
Abstract:
The present invention relates to effervescent compositions which are resistant to water vapour in the atmosphere and to methods of preparing such compositions. In particular, the invention relates to an effervescent composition comprisinga co-crystal. The co- crystal comprises an acidic component and a basic component is separate. The co-crystal comprising the acidic component is resistant to water uptake avoiding initiating the effervescence prematurely. Upon dissolution of the co-crystal and the basic component effervescence occurs.