FORMULATION AND PHYSICAL STABILITY TEST OF GRISEOFULVIN MICROEMULSION GEL

Stability Study of Griseofulvin in Non Aqueous Microemulsion System

New non aqueous based microemulsion allows the delivery of storage sensitive personal care actives in conventional cream, lotion and gel. Griseofulvin is an antifungal antibiotic drug micro emulsion system as the basic formulation for investigation. The quantity of griseofulvin and the accumulation of anhydrous micro emulsions at various temperatures were analyzed with poor aqueous solubility. ...

Formulation and Evaluation of Microemulsion Based Gel of Ketoconazole

Formulation and Characterization of Microemulsion based Gel of Antifungal Drug

Micro emulsion based Gel formulation provides better application property and stability & makes it dual control release system in comparison to cream and ointment. Topical Microemulsion based gel drug administration is a localized drug delivery system anywhere in the body through ophthalmic, rectal, vaginal and skin as topical routes. Many advantages of gels a major limitation is in the deliver...

stability and attraction domains of traffic equilibria in day-to-day dynamical system formulation

در این پژوهش مسئله واگذاری ترافیک را از دید سیستم های دینامیکی فرمول بندی می کنیم.فرض کرده ایم که همه فاکتورهای وابسته در طول زمان ثابت باشند و تعادل کاربر را از طریق فرایند منظم روزبه روز پیگیری کنیم.دینامیک ترافیک توسط یک نگاشت بازگشتی نشان داده می شود که تکامل سیستم در طول زمان را نشان می دهد.پایداری تعادل و دامنه جذب را توسط مطالعه ویژگی های توپولوژیکی تکامل سیستم تجزیه و تحلیل می کنیم.پاید...

formulation of griseofulvin topical gel 0.2% using carbomer 940 and hpmc

background the goal of the present study was the preparation and evaluation of griseofulvin topical gel as a drug dosage form with appropriate efficacy and stability. material and methods to select the best formulation, formulations with different concentration of carbomer and hpmc were evaluated for their appearance. then evaluated for physicochemical characteristics such as rheologic behavior...