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Phytosomes: A Promising Strategy for Enhanced Therapeutic Beneϐits of Phytochemicals
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Phytosomes are phytochemical based novel drug delivery systems that lead to better absorption, greater bioavailability in addition to improved therapeutic efficacy of numerous phytoconstituents. It is a supremely advanced form of herbal formulations which contains the active phytoconstituent of herbal extract bound by phospholipid molecule. Additionally, these also act as vesicular systems for various fascinating and significant phytoactive. The phytosomes technique produces remarkable minute spheres or tiny cells, which is helpful in the protection of active phytochemical constituent from destruction by the gastric environment. Furthermore, phytosomes also reveal efficient pharmacokinetic as well as pharmacodynamic profile compared to conventional herbal extracts. The current manuscript is a cogent attempt to review the potential pharmacological benefits of herbal extracts by forming an impressive and successful phytophospholipid complex. Salient attributes, as well as promising and imperative applications of phytosomes, are illustrated in the manuscript. Recent advances in research endeavours, along with major inferences on effective phytosomal drug delivery systems, have also been highlighted.
Title: Phytosomes: A Promising Strategy for Enhanced Therapeutic Beneϐits of Phytochemicals
Description:
Phytosomes are phytochemical based novel drug delivery systems that lead to better absorption, greater bioavailability in addition to improved therapeutic efficacy of numerous phytoconstituents.
It is a supremely advanced form of herbal formulations which contains the active phytoconstituent of herbal extract bound by phospholipid molecule.
Additionally, these also act as vesicular systems for various fascinating and significant phytoactive.
The phytosomes technique produces remarkable minute spheres or tiny cells, which is helpful in the protection of active phytochemical constituent from destruction by the gastric environment.
Furthermore, phytosomes also reveal efficient pharmacokinetic as well as pharmacodynamic profile compared to conventional herbal extracts.
The current manuscript is a cogent attempt to review the potential pharmacological benefits of herbal extracts by forming an impressive and successful phytophospholipid complex.
Salient attributes, as well as promising and imperative applications of phytosomes, are illustrated in the manuscript.
Recent advances in research endeavours, along with major inferences on effective phytosomal drug delivery systems, have also been highlighted.
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