There are so many ways of drug delivery process in which a drug deliveryplatform carries considerable amount of drug in determining the effectiveness of the employed approach. The administration of medication in the form of tablets, capsules, syrups, powder, spray, ointment, etc. is known as conventional drug delivery. It is seen that the dosage is not properly maintained within the therapeutic window while using traditional drug delivery methods since the body eliminates them extremely fast before the complete action of drug. In this process, the drugs metabolize exceed­ingly fast after a single typical dose, causing the drug level to rise and then instantly drop exponentially. During conventional drug delivery approach, the time period could not be sufficient to have a meaningful therapeutic impact, leading to a sub­therapeutic response and variations in plasma drug levels [2]. Although traditional delivery methods are vastly implemented, these methods have several disadvantages, including fast drug administration, quick degradation or metabolism, need of frequent dosage, inadequacy to transport hydrophobic medicines easily, and lack of target selectivity. Numerous pharmaceutical scientists want to produce an advanced thera­peutic administration platform that is less complicated, having effective biodegrad­able and biological compatible properties, environment-sensitive, and selective in its targeting. Any substrate used during the drug delivery process that increases the selectivity, efficacy, and stability of drug administration is referred to as an advanced drug carrier. Therapeutic carriers serve as a means to regulate the release pattern of drugs into the systemic circulation. This modulation can occur through the gradual dispersion of the drug over an extended duration or through the prompt release