Formulation Of Drug Delivery Systems Based On Gel-forming Polymers - Kassem, Abeer;Ismail, Fatma;Aboulmagd, Elsayed
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Local intra-pocket drug delivery devices can provide an effective concentration of the antimicrobial agent at the site of action with avoidance of undesirable side effects. This study explored the application of tetracycline HCl (Tc HCl) films based on gel forming polymers as drug release regulators for local treatment of periodontal pockets. Different film formulations were simply prepared by "solvent casting technique". Films were suitable for intra-pocket application, they were hard enough to be easily inserted into the periodontal pocket. Immediately after application, they hydrate by the…mehr

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Produktbeschreibung
Local intra-pocket drug delivery devices can provide an effective concentration of the antimicrobial agent at the site of action with avoidance of undesirable side effects. This study explored the application of tetracycline HCl (Tc HCl) films based on gel forming polymers as drug release regulators for local treatment of periodontal pockets. Different film formulations were simply prepared by "solvent casting technique". Films were suitable for intra-pocket application, they were hard enough to be easily inserted into the periodontal pocket. Immediately after application, they hydrate by the action of gingival crevicular fluid forming a bioadhesive gel which allow the formulation to get access to the entire pocket. Films exhibited a sustained release pattern. The stability study for the selected formula (Tc HCl/Na CMC) indicated that the five months storage period did not significantly influence the drug release behavior or its antibacterial activity. Clinical evaluation indicated that the film was well tolerated, no signs of irritation or prolonged foreign body sensation were reported by the test subjects and significant reduction in the pocket depth was observed.
Autorenporträt
Dr. Abeer Ahmed Kassem. Ph.D. Lecturer of Pharmaceutics, Alexandria, Egypt. Interested in Formulation and Evaluation of Local Drug Delivery Systems for the Treatment of Periodontal Pockets.