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Mucoadhesive polymers are widely used in the design of dosage forms for transmucosal drug delivery to the eye, respiratory, gastrointestinal and reproductive tracts. These routes of drug administration offer a number of advantages including improved drug bioavailability, reduced frequency of administration, and the avoidance for the use of injections.

chitosan --- maltodextrin --- Caco-2 cells --- alkyl lactate --- mucosal drug delivery --- thermogelling polymers --- buccal mucosa drug delivery --- drug delivery --- triple co-culture model --- oral lichen planus --- mucoadhesive polymers --- cyclodextrins --- paediatric --- mucoadhesion --- nanoparticles --- pectin --- furosemide --- oral lyophilisates --- films --- wound healing --- pluronic f127 --- interpolymer complexes --- transmucosal permeations --- Alzheimer’s disease --- biocompatibility --- poly (vinylpyrrolidone) --- mucosal membranes --- scanning electron microscopic images --- pioglitazone --- hydrogel --- resuspendibility --- thermoresponsive polymers --- mucoadhesive microspheres --- trimethyl chitosan --- Candida albicans --- xanthan gum --- omeprazole --- texture profile analysis --- acrylated chitosan --- mucoadhesive --- clotrimazole --- clobetasol --- Carbopol® --- hydroxypropyl cellulose --- electrospinning --- chitosan derivatives --- in vitro permeability --- l-arginine --- resveratrol --- cytotoxicity --- retention --- thiolated hyaluronic acid --- Carbopol --- mucoadhesive polymer --- rheology --- Eudragit® E PO --- detachment force --- chitosan-catechol --- controlled release --- PLGA-PEG --- liposphere --- gellan gum --- storage and loss moduli --- thiolated chitosan --- interpolyelectrolyte complex --- poly(2-ethyl-2-oxazoline)