Sujets)
Asie de l'Ouest , Acide acétylsalicylique/administration et posologie , Maladie des artères coronaires/enzymologie , Études transversales , Inhibiteurs des cyclooxygénases/administration et posologie , Pays en voie de développement , Relation dose-effet des médicaments , Résistance aux substances , Ethnies/statistiques et données numériques , Humains , Inde , Soins de longue durée , Activation plaquettaire/effets des médicaments et des substances chimiques , Antiagrégants plaquettaires/administration et posologie , Acide salicylique/pharmacocinétique , Comprimés entérosolubles , Résultat thérapeutiqueRésumé
Considering the skin's function, different dermal pharmaceutical forms can be developed according to the type of therapeutic activity, active principle and excipients involved in the formulation, such as [quot ]transdermal preparations[quot ]. In the present study, the permeation parameters of the non-steroidal anti-inflammatory drug, salicylic acid (SA) through synthetic membrane, polyvinyliden difluoride, and a biological membrane, egg shell membrane, with different vehicles, propylene glycol, isopropyl alcohol and carbopol gel, were determined. The reported physicochemical parameters of SA from CG were significantly higher than those obtained using PG and IP. This is attributed to the lipophilic nature of the vehicle that facilitates the release and penetration of the active principle, thus acting sinergicall y. The permeation profiles of SA allow us to state that permeation kinetics is of first order, so that the flux values obtained are in direct proportion to the specific rates of drug release.