Authors :
Patil Tejal P.; Patil Pradhya Y.; Dr. Kakade Rajanikant T.
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
http://tinyurl.com/3h8ax3se
Scribd :
http://tinyurl.com/mwaedwyc
DOI :
https://doi.org/10.5281/zenodo.10461200
Abstract :
Five-ring scaffolds are the most important
and best-known heterocycles and are an essential
component of many natural products and drugs.
These scaffolds are centrally located and are the main str
uctures of many different drugs. These medications inclu
de antibiotics, antibiotics, antibiotics, antibiotics, antibiot
ics, antibiotics, and antibiotics. In this review, we will ma
inly talk about aminoguanidine bicarbonate derivatives
due to their important medicinal properties. This is partl
y because, unlike other isomers, they are chemically stabl
e and heat stable and can be used as bioisosteres in phar
maceutical production. We consider the modifications of
different aminoguanidine bicarbonate derivatives,
especially the anti-inflammatory and anti
cancer drugs published in the last 5 years, as an importa
nt research area. This article aims to provide an in-depth
study and analysis of the latest developments in
chemical aminoguanidine bicarbonate derivatives.
This would be a good starting point for future research.
Five-ring scaffolds are the most important
and best-known heterocycles and are an essential
component of many natural products and drugs.
These scaffolds are centrally located and are the main str
uctures of many different drugs. These medications inclu
de antibiotics, antibiotics, antibiotics, antibiotics, antibiot
ics, antibiotics, and antibiotics. In this review, we will ma
inly talk about aminoguanidine bicarbonate derivatives
due to their important medicinal properties. This is partl
y because, unlike other isomers, they are chemically stabl
e and heat stable and can be used as bioisosteres in phar
maceutical production. We consider the modifications of
different aminoguanidine bicarbonate derivatives,
especially the anti-inflammatory and anti
cancer drugs published in the last 5 years, as an importa
nt research area. This article aims to provide an in-depth
study and analysis of the latest developments in
chemical aminoguanidine bicarbonate derivatives.
This would be a good starting point for future research.