Overview of highly efficient prodrug strategies in design, development, bioactive pathway and recent therapeutic applications
Publication details: Mumbai Indian Pharmacutical Association 2024Edition: Vol.86(2), Mar-AprDescription: 1-11pSubject(s): Online resources: In: Indian journal of pharmaceutical sciencesSummary: A prodrug is a chemically inert drug precursor, which upon biotransformation liberates the pharmacologically active parent compound. It is also called proagent, latentiated drug, bio reversible derivative and congeners. There are several reasons to utilize prodrug strategy in drug design. The drug is insufficient in solubility, absorption, distribution, lack of target site-specificity, prolonged-release, toxicity, instability, poor acceptance and formulation issues can be made to prodrug. The concept of prodrug acts as a significant alternative to solve pharmaceutical and pharmacokinetic-related problems of drug molecules. Though a few studies have been concerned with some aspects of prodrugs, surprisingly there is no review on the complete information about prodrug and their recent applications. In the present study, an attempt had been made on the design, synthesis, development, bioactive pathway and latest research findings of newly synthesized prodrugs and their therapeutic uses.| Item type | Current library | Status | Barcode | |
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Articles Abstract Database
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School of Pharmacy Archieval Section | Not for loan | 2025-0995 |
A prodrug is a chemically inert drug precursor, which upon biotransformation liberates the pharmacologically
active parent compound. It is also called proagent, latentiated drug, bio reversible derivative and congeners.
There are several reasons to utilize prodrug strategy in drug design. The drug is insufficient in solubility,
absorption, distribution, lack of target site-specificity, prolonged-release, toxicity, instability, poor acceptance
and formulation issues can be made to prodrug. The concept of prodrug acts as a significant alternative to
solve pharmaceutical and pharmacokinetic-related problems of drug molecules. Though a few studies have
been concerned with some aspects of prodrugs, surprisingly there is no review on the complete information
about prodrug and their recent applications. In the present study, an attempt had been made on the design,
synthesis, development, bioactive pathway and latest research findings of newly synthesized prodrugs and
their therapeutic uses.
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