Search for dissertations about: "galenisk farmaci"
Showing result 21 - 25 of 56 swedish dissertations containing the words galenisk farmaci.
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21. The mucus layer and other barriers to intestinal drug absorption
Abstract : The extraepithelial mucus layer acts as a barrier to the absorption and diffusion of drugs. Three in vitro models have been used for studies of this and other intestinal barriers to drug transport. A drug absorption model based on monolayers of the mucus-producing human intestinal goblet HT29-H cell line was developed. READ MORE
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22. The Horizontal Ussing Chamber Method in Studies of Nasal Drug Delivery : Method Development and Applications Using Different Formulations
Abstract : The results from this thesis leads to the following conclusions; HUM is a useful tool that fills a gap in the in vitro methods previously available to study nasal drug delivery. Using HUM, the pig respiratory nasal mucosa can obtain acceptable viability and retain it longer than the period of time needed for a transport experiment. READ MORE
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23. Oral delivery of macromolecules formulated with permeation enhancers
Abstract : Therapeutic macromolecules including peptides, proteins, and nucleotide-based ones (such as antisense oligonucleotides and RNAs) have great potential as drug candidates. One drawback is that they typically need to be administered parenterally via subcutaneous, intramuscular or intravenous injections. READ MORE
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24. Computational and Experimental Models for the Prediction of Intestinal Drug Solubility and Absorption
Abstract : New effective experimental techniques in medicinal chemistry and pharmacology have resulted in a vast increase in the number of pharmacologically interesting compounds. However, the number of new drugs undergoing clinical trial has not augmented at the same pace, which in part has been attributed to poor absorption of the compounds. READ MORE
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25. Prolonged Drug Release from Gels, using Catanionic Mixtures
Abstract : The use of catanionic drug-surfactant mixtures was proven to be an efficient novel method of obtaining prolonged drug release from gels. It was shown that various commonly used drug compounds are able to form catanionic mixtures together with oppositely charged surfactants. READ MORE