Overview of Spanlastics: A Groundbreaking Elastic Medication Delivery Device with Versatile Prospects for Administration via Various Routes

Title:Overview of Spanlastics: A Groundbreaking Elastic Medication Delivery Device with Versatile Prospects for Administration via Various Routes

Volume: 30 Issue: 28

Author(s): Lalit Kumar*, Ritesh Rana, Gauree Kukreti, Vikas Aggarwal, Himanshu Chaurasia, Puneet Sharma and Vuluchala Jyothiraditya

Affiliation:

• Department of Pharmaceutics, GNA School of Pharmacy, GNA University, Phagwara, Punjab 144401, India

Abstract: When compared to the challenges associated with traditional dosage forms, medication delivery systems based on nanotechnology have been a huge boon. One such candidate for medication delivery is spanlastics, an elastic nanovesicle that can transport a diverse array of medicinal compounds. The use of spanlastics has been associated with an increase in interest in alternative administration methods. The non-ionic surfactant or surfactant blend is the main component of spanlastics. The purpose of this review was primarily to examine the potential of spanlastics as a delivery system for a variety of medication classes administered via diverse routes. Science Direct, Google Scholar, and Pubmed were utilized to search the academic literature for this review. Several studies have demonstrated that spanlastics greatly improve therapeutic effectiveness, increase medication absorption, and decrease drug toxicity. This paper provides a summary of the composition and structure of spanlastics along with their utility in the delivery of various therapeutic agents by adopting different routes. Additionally, it provides an overview of the numerous disorders that may be treated using drugs that are contained in spanlastic vesicles.

Cite this article as:

Kumar Lalit*, Rana Ritesh, Kukreti Gauree, Aggarwal Vikas, Chaurasia Himanshu, Sharma Puneet and Jyothiraditya Vuluchala, Overview of Spanlastics: A Groundbreaking Elastic Medication Delivery Device with Versatile Prospects for Administration via Various Routes, Current Pharmaceutical Design 2024; 30 (28) . https://dx.doi.org/10.2174/0113816128313398240613063019