Matches in SemOpenAlex for { <https://semopenalex.org/work/W611307130> ?p ?o ?g. }
- W611307130 endingPage "721" @default.
- W611307130 startingPage "712" @default.
- W611307130 abstract "Abstract Galanga (Alpinia officinarum Hance) is a pungent and aromatic rhizome, which is a member of the ginger family (Zingiberaceae). The rhizomes of this plant have been used as a traditional medicine in far east countries for relieving stomach ache, invigorating the circulatory system, treating colds, and reducing swelling. The aim of this study was to investigate antioxidant and anticholinergic properties of galanga. For this purpose, we elucidated the antioxidant activity of water (WEG), ethanol (EEG) and water/ethanol (50:50 v/v WEEG) extracts of galanga by different in vitro antioxidant assays. Radical scavenging activities of galanga extracts were performed by 2,2-diphenyl-1-picrylhydrazyl (DPPH ) and 2,2'-azino-bis (3-ethylbenzothiazoline-6-sulphonic acid) (ABTS +) radical scavenging assays. Also, reducing power galanga extracts were evaluated by Cu2+–Cu+ reducing (CUPRAC) and Fe3+–Fe2+ reducing and [Fe3+ − (TPTZ)2]3+–[Fe2+–(TPTZ)2]2+ (FRAP) abilities. Finally, Fe2+ chelating activity by pipyrdyl reagent and anticholinergic activities of galanga extracts were realised. All galanga extracts demonstrated antioxidant activity. α-Tocopherol ((2R)-2,5,7,8-tetramethyl-2-[(4R,8R)-(4,8,12-trimethyltridecyl)]-6-chromanol), trolox (3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl- 2H-1-benzopyran-2-carboxylic acid), butylated hydroxyanisole (BHA) and butylated hydroxytoluene (BHT) were used as positive controls. On the other hand, IC50 values were calculated for DPPH , ABTS + scavenging Fe2+ chelating, and anticholinergic effects of galanga extracts. This study clearly showed that galanga had marked antioxidant, anticholinergic effect, reducing ability, radical scavenging and metal binding activities." @default.
- W611307130 created "2016-06-24" @default.
- W611307130 creator A5018490856 @default.
- W611307130 creator A5030737782 @default.
- W611307130 creator A5050370140 @default.
- W611307130 creator A5064590607 @default.
- W611307130 creator A5074214331 @default.
- W611307130 creator A5084920642 @default.
- W611307130 date "2015-11-01" @default.
- W611307130 modified "2023-10-12" @default.
- W611307130 title "LC–MS/MS analysis, antioxidant and anticholinergic properties of galanga (Alpinia officinarum Hance) rhizomes" @default.
- W611307130 cites W1750375347 @default.
- W611307130 cites W1891589324 @default.
- W611307130 cites W1909197075 @default.
- W611307130 cites W1964968638 @default.
- W611307130 cites W1969471867 @default.
- W611307130 cites W1971048984 @default.
- W611307130 cites W1972072620 @default.
- W611307130 cites W1974317527 @default.
- W611307130 cites W1975166240 @default.
- W611307130 cites W1977920395 @default.
- W611307130 cites W1981021151 @default.
- W611307130 cites W1981194928 @default.
- W611307130 cites W1981775239 @default.
- W611307130 cites W1981985032 @default.
- W611307130 cites W1983110561 @default.
- W611307130 cites W1985250557 @default.
- W611307130 cites W1989705993 @default.
- W611307130 cites W1990746160 @default.
- W611307130 cites W1991912822 @default.
- W611307130 cites W1994759771 @default.
- W611307130 cites W1996756181 @default.
- W611307130 cites W1999978050 @default.
- W611307130 cites W2000656455 @default.
- W611307130 cites W2000977951 @default.
- W611307130 cites W2001726712 @default.
- W611307130 cites W2004752401 @default.
- W611307130 cites W2005115278 @default.
- W611307130 cites W2005444755 @default.
- W611307130 cites W2012991711 @default.
- W611307130 cites W2019424402 @default.
- W611307130 cites W2021569343 @default.
- W611307130 cites W2022833523 @default.
- W611307130 cites W2025025266 @default.
- W611307130 cites W2026205949 @default.
- W611307130 cites W2028333113 @default.
- W611307130 cites W2035491186 @default.
- W611307130 cites W2038265605 @default.
- W611307130 cites W2040972890 @default.
- W611307130 cites W2045093595 @default.
- W611307130 cites W2046866058 @default.
- W611307130 cites W2048213052 @default.
- W611307130 cites W2049890856 @default.
- W611307130 cites W2050669773 @default.
- W611307130 cites W2053294921 @default.
- W611307130 cites W2053903445 @default.
- W611307130 cites W2055933087 @default.
- W611307130 cites W2057409899 @default.
- W611307130 cites W2059917336 @default.
- W611307130 cites W2062285655 @default.
- W611307130 cites W2067592933 @default.
- W611307130 cites W2068946036 @default.
- W611307130 cites W2071760078 @default.
- W611307130 cites W2076910394 @default.
- W611307130 cites W2077650311 @default.
- W611307130 cites W2078907131 @default.
- W611307130 cites W2087068843 @default.
- W611307130 cites W2089562125 @default.
- W611307130 cites W2090358507 @default.
- W611307130 cites W2094294109 @default.
- W611307130 cites W2094804046 @default.
- W611307130 cites W2096765664 @default.
- W611307130 cites W2097142587 @default.
- W611307130 cites W2100054969 @default.
- W611307130 cites W2104944324 @default.
- W611307130 cites W2107332254 @default.
- W611307130 cites W2109158593 @default.
- W611307130 cites W2112954480 @default.
- W611307130 cites W2115521604 @default.
- W611307130 cites W2122704134 @default.
- W611307130 cites W2130724820 @default.
- W611307130 cites W2142569740 @default.
- W611307130 cites W2148798102 @default.
- W611307130 cites W2148896162 @default.
- W611307130 cites W2152919855 @default.
- W611307130 cites W2153831345 @default.
- W611307130 cites W2153952518 @default.
- W611307130 cites W2158197041 @default.
- W611307130 cites W2161438480 @default.
- W611307130 cites W2163485215 @default.
- W611307130 cites W2165292984 @default.
- W611307130 cites W2166689994 @default.
- W611307130 cites W2332614279 @default.
- W611307130 cites W2374804331 @default.
- W611307130 doi "https://doi.org/10.1016/j.indcrop.2015.05.034" @default.
- W611307130 hasPublicationYear "2015" @default.
- W611307130 type Work @default.
- W611307130 sameAs 611307130 @default.