Matches in SemOpenAlex for { <https://semopenalex.org/work/W161722097> ?p ?o ?g. }
- W161722097 endingPage "208" @default.
- W161722097 startingPage "185" @default.
- W161722097 abstract "4H-pyrans and 4H-pyran-annulated heterocyclic scaffolds represent a “privileged” structural motif that is well distributed in biologically active natural products and also in promising synthetic compounds in the field of medicinal, agrochemical, cosmetics, and pigment industries. It is worthy to mention that currently, a number of drug molecules bearing 4H-pyran moiety are in use in the treatment of various ailments such as hypertension, asthma, ischemia, and urinary incontinence. Such handful of diverse applications of such heterocyclic scaffolds in medicinal chemistry have drawn considerable interest during the last several years among the synthetic chemists to develop useful synthetic routes to these heterocycles of potential interest; and as a result, a good number of methods have already been developed. This chapter deals with the synthesis of biologically relevant 2-amino-4H-pyrans and 2-amino-4H-pyran-annulated heterocyclic scaffolds in water and ethanol–water media. With increasing public concern over environmental degradation, the use of environmentally benign solvents like water and/or organo-aqueous solvent offers very powerful green chemical protocols from both the economic and synthetic points of view with several advantages like reduced pollution, lower cost, and simplicity in processing, which are beneficial to the industry as well as to the environment. Water, due to its features, such as ecological friendliness, safe, nontoxic, nonflammable, clean, green, inexpensive as well as readily available, has been recommended for its prospective uses as a green solvent in organic syntheses." @default.
- W161722097 created "2016-06-24" @default.
- W161722097 creator A5054314965 @default.
- W161722097 date "2015-01-01" @default.
- W161722097 modified "2023-10-17" @default.
- W161722097 title "Green Synthetic Approaches for Biologically Relevant 2-amino-4H-pyrans and 2-amino-4H-pyran-Annulated Heterocycles in Aqueous Media∗" @default.
- W161722097 cites W1608488430 @default.
- W161722097 cites W1749150996 @default.
- W161722097 cites W1963551310 @default.
- W161722097 cites W1965773987 @default.
- W161722097 cites W1967350343 @default.
- W161722097 cites W1970557951 @default.
- W161722097 cites W1974655203 @default.
- W161722097 cites W1975550411 @default.
- W161722097 cites W1978325035 @default.
- W161722097 cites W1978903944 @default.
- W161722097 cites W1979480401 @default.
- W161722097 cites W1981504804 @default.
- W161722097 cites W1986291132 @default.
- W161722097 cites W1990751981 @default.
- W161722097 cites W1991435928 @default.
- W161722097 cites W1993120682 @default.
- W161722097 cites W1993620637 @default.
- W161722097 cites W1995792277 @default.
- W161722097 cites W1998244472 @default.
- W161722097 cites W1998470981 @default.
- W161722097 cites W1998487320 @default.
- W161722097 cites W1998685570 @default.
- W161722097 cites W1999151227 @default.
- W161722097 cites W1999768383 @default.
- W161722097 cites W2002301047 @default.
- W161722097 cites W2004167830 @default.
- W161722097 cites W2004717310 @default.
- W161722097 cites W2005335539 @default.
- W161722097 cites W2007553234 @default.
- W161722097 cites W2008743351 @default.
- W161722097 cites W2009108794 @default.
- W161722097 cites W2010421547 @default.
- W161722097 cites W2012497524 @default.
- W161722097 cites W2013636817 @default.
- W161722097 cites W2014131659 @default.
- W161722097 cites W2014883353 @default.
- W161722097 cites W2015496454 @default.
- W161722097 cites W2015712329 @default.
- W161722097 cites W2018277960 @default.
- W161722097 cites W2020607110 @default.
- W161722097 cites W2022292082 @default.
- W161722097 cites W2023380668 @default.
- W161722097 cites W2025535480 @default.
- W161722097 cites W2031948763 @default.
- W161722097 cites W2031991206 @default.
- W161722097 cites W2033975555 @default.
- W161722097 cites W2036487181 @default.
- W161722097 cites W2036740097 @default.
- W161722097 cites W2036861748 @default.
- W161722097 cites W2040329961 @default.
- W161722097 cites W2041796951 @default.
- W161722097 cites W2043923441 @default.
- W161722097 cites W2044237788 @default.
- W161722097 cites W2045200240 @default.
- W161722097 cites W2047970268 @default.
- W161722097 cites W2052032102 @default.
- W161722097 cites W2058551949 @default.
- W161722097 cites W2061292561 @default.
- W161722097 cites W2063456860 @default.
- W161722097 cites W2063627634 @default.
- W161722097 cites W2064480736 @default.
- W161722097 cites W2064863163 @default.
- W161722097 cites W2066260677 @default.
- W161722097 cites W2067511282 @default.
- W161722097 cites W2071664639 @default.
- W161722097 cites W2073223238 @default.
- W161722097 cites W2075014255 @default.
- W161722097 cites W2075993074 @default.
- W161722097 cites W2081364293 @default.
- W161722097 cites W2085195553 @default.
- W161722097 cites W2091370368 @default.
- W161722097 cites W2093592582 @default.
- W161722097 cites W2093787075 @default.
- W161722097 cites W2101476649 @default.
- W161722097 cites W2102642345 @default.
- W161722097 cites W2110590198 @default.
- W161722097 cites W2114137329 @default.
- W161722097 cites W2114320654 @default.
- W161722097 cites W2114651945 @default.
- W161722097 cites W2119280626 @default.
- W161722097 cites W2121161714 @default.
- W161722097 cites W2125586160 @default.
- W161722097 cites W2130081270 @default.
- W161722097 cites W2137909018 @default.
- W161722097 cites W2150339503 @default.
- W161722097 cites W2152968786 @default.
- W161722097 cites W2156533330 @default.
- W161722097 cites W2166685981 @default.
- W161722097 cites W2169578883 @default.
- W161722097 cites W2170202198 @default.
- W161722097 cites W2171246369 @default.
- W161722097 cites W2174323448 @default.