Cancer drug delivery and brain tumor-specific drug delivery are major application of sustained release coating

 

Sustained Release Coating Market
Sustained Release Coating

Sustained release coating are used in the pharmaceutical industry for the controlled release of medications. Among the most popular applications are cancer drug delivery and brain tumor-specific drug delivery. Currently, tablets are the most popular form of sustained release coatings, accounting for the majority of the market. However, mini-tablets have several advantages over traditional forms, such as low production cost, less inter-subject variability, and reduced dosage dumping. Additionally, mini-tablets are an excellent formulation for modified-release tablets. These products are becoming increasingly popular and will be available in the market soon.

The Global Sustained Release Coating Market is estimated to be valued at US$ 508.2 Mn in 2021 and is expected to exhibit a CAGR of 6.6% over the forecast period (2021-2028). 

While there are many other types of sustained-release coating materials, ethyl & methylcellulose are the most common. The primary mechanism of release is drug diffusion across a water-insoluble membrane. Moreover, this coating material is used in both sustained-release and moisture barrier applications. Additionally, it has taste-masking capabilities. In short, a sustained-release coating offers multiple advantages over conventional formulations.

The development of a new formulation for this type of drug delivery system has also enabled the development of an entirely new form of a pharmaceutical product. In a recent study, a polymer composition comprising a combination of ethyl cellulose and magnesium silicate was developed. These polymers were sprayed into the beads. These particles were coated in a suitable solvent to enhance their release properties. They were successfully tested and approved, and the formulation is suitable for a variety of applications. This new formulation also features pH-insensitive properties, which are desirable for sustained-release drug delivery. Further, it is a promising candidate for the development of sustained-release coatings for oral dosage forms. These coatings induced the release of a model drug, chloramphenicol. The results were impressive, and the study also revealed that ethyl cellulose polymer has a qualitative and quantitative effect on drug release.

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