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International Journal of Pharmaceutical Research and Development

Vol. 6, Issue 2, Part B (2024)

Unveiling novasomes as a novel carrier approach for enhanced photoprotection

Author(s):

K Anusha, S Daisy Chella Kumari, BS Chandru, K Vamsee Krishna and P Ajith Kumar

Abstract:

Pharmaceutical research has developed many new innovative drug delivery forms. Advances in current drug delivery methods have led to the development of many new revolutionary technologies that support drug formulations that are safer and more effective than existing formulations. Novasome technology is a novel microencapsulation-based drug delivery method that is more efficient than standard liposome systems. It consists of a mixture of surfactants, cholesterol, and free fatty acids, creating vesicles with superior drug delivery properties. Numerous studies have scrutinized the ideal combination of type of surfactant, type of free fatty acid along with their ratios as well as formulation parameters which can notably influence the properties of vesicles. Novasome technology is one of the most recent innovations that serves as an encapsulation process for the efficient delivery of a variety of substances in foods, cosmetics, personal care, chemicals, agrochemicals, and pharmaceuticals. Due to their deep penetration ability, novasomes are one of the most popular skin cosmetics. They are continuously being researched to achieve improved release properties. The anticipation of drug targeted delivery utilizing novasomes is an essential area of research and development. This study highlights different aspects of Novasomes and their abilities for promoting enhanced photoprotection activity.

Pages: 102-107  |  77 Views  31 Downloads


International Journal of Pharmaceutical Research and Development
How to cite this article:
K Anusha, S Daisy Chella Kumari, BS Chandru, K Vamsee Krishna and P Ajith Kumar. Unveiling novasomes as a novel carrier approach for enhanced photoprotection. Int. J. Pharm. Res. Dev. 2024;6(2):102-107. DOI: 10.33545/26646862.2024.v6.i2b.63
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