4.3 Review

Herbal Drug Interaction: Mechanistic Details through Pharmacokinetic Portfolio

Journal

CNS & NEUROLOGICAL DISORDERS-DRUG TARGETS
Volume 20, Issue 8, Pages 677-686

Publisher

BENTHAM SCIENCE PUBL
DOI: 10.2174/1871527319666201008151710

Keywords

Herbal medicine; drug interactions; pharmacokinetic mechanisms; active compounds; enzymatic frameworks; drug absorption

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Herbs are commonly used alongside medicine but can interact with other drugs, affecting their efficacy. Assessment of these interactions is challenging due to inconsistencies in herb composition and regulatory standards. Increasing understanding of these interactions is needed for patient safety.
Background: A large number of individuals today use herbs as a drug alongside medicine and non-physician recommended medications, as herbs are thought to be natural and safe. However, there are many herbs that can potentially interact with other drugs, causing hazardous effects and/or diminished therapeutic effects of other prescriptions. Objective: It is ought to be comprehended that herbal drugs contain multiple active compounds in different percentages, which can change the enzymatic frameworks, transporters, and, additionally, the physiological processes. Methods: Different search engines, such as Google Scholar, Scopus, and ScienceDirect, were used for the search of the data on the subject: pharmacokinetic drug interactions with the herbal products. Results: This worldwide increment in herbal drug popularity has risen with respect to HDIs. These PD or PK interactions are particularly significant for medications. Assessment of herbal drug interaction is difficult because of inconsistency in herbal drug composition and frequently meager information of active constituent pharmacokinetic. These restrictions are bewildered further by the differing points of view concerning herbal product regulation. Conclusion: It is concluded that a basic assessment of certain pharmacokinetic HDI is needed to settle on educated choices in regard to patient safety. The expanding comprehension of HDPKI will direct more attention to potential interactions.

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