Document Type: Research article
Department of Pharmaceutics R.C. Patel Institute of Pharmaceutical Education and Research, Shirpur, Dist:Dhule (M.S.) India.
A number of ways have been investigated for administration of antibacterial agents in dealing of plaque-initiated periodontal disease. These include prolonged release intrapocket devices which are inserted at diseased sites. Intrapocket drug delivery system was designed which contain Doxycycline Hyclate an antibacterial agent. The formulations were so developed with an aim to reduce the dose of a drug, to target the drug to the specific site and to maintain dosage at its absorption site for an extended period of time thereby improves the patient compliance. The study was aim towards by formulating the periodontal in situ gels by temperature induced gelation technique with the utilization of polymer Pluronic F127 which is synthetically prepared. The Pluronic F127 showed the sol-gel transition phenomenon in between 27-37ºC. In situ gels so prepared and characterized for its physico-chemical properties, pH, gelation properties, rheology, gel strength, mucoadhesion, drug content, in vitro & ex-vivo drug release rate, texture analysis and DSC. The formulation found to be solution at room temperature and forms gel after installation into periodontal pocket hence leads to increase in retention time and slowly releases the drug into pocket. The results of characterization of formulation were found to be satisfactory and hence significant bioavailability can be increased these in situ gelling systems would be definitely useful for improving therapeutic efficacy of doxycycline hyclate in periodontitis. Owing to these properties it can be used as an effective delivery system for the intrapocket route.