Formulation Development and Evaluation of Ketoconazole Invasomes For Effective Management of Topical Fungal Diseases

Abstract

newline Ketoconazole, a well-known antifungal medication, has recently shown promising potential in newlinethe fabrication of invasomes small vesicles that encapsulate the medication and enhance its newlinecellular uptake. Invasomes are formed when ketoconazole binds to specific membrane receptors, newlinefacilitating its intrusion into cells and thus enabling efficient drug delivery. This process holds newlineconsiderable significance in delivering ketoconazole to target cells effectively. Beyond treating newlinefungal infections, invasomes have a broad range of applications, including drug and nutrient newlinedelivery and therapeutic agent transportation. Moreover, invasomes can be tailored to target newlinespecific tissues or cell types, allowing for precision drug delivery within the body. The creation newlineof ketoconazole invasomes represents a hopeful practice for curing fungal infections, offering newlineimproved drug delivery efficiency and specificity. According to recent studies, ketoconazole newlineinvasomes goes through bacterial cell membrane, allowing for drug release at specific point newlinealong with improved stability and drug bioavailability. newlineAlthough these facts are crucial, further investigations are warranted to fully assess the assurance newlineand fruitfullness of this innovative delivery system. Formulating ketoconazole invasomes is an newlineexciting avenue for enhancing the treatment of fungal infections, potentially leading to higher newlinedrug delivery levels, increased bioavailability, and improved therapeutic outcomes. Nevertheless, newlineadditional research is necessary to comprehensively evaluate the safety and effectiveness of newlineketoconazole invasomes in human subjects. In this study, a novel invasomal gel containing newlineketoconazole was developed as a topical delivery system for the treatment of fungal skin newlineinfections. The preparation of ketoconazole-loaded invasomal gels involved various newlineconcentrations of carbopol. The resulting formulation underwent rigorous characterization, newlineincluding assessments of pH, viscosity, gel strength, drug content, extrudability, spreadability, newline