Matches in SemOpenAlex for { <https://semopenalex.org/work/W2014528609> ?p ?o ?g. }
- W2014528609 endingPage "6" @default.
- W2014528609 startingPage "1" @default.
- W2014528609 abstract "Ester linkages between carboxylic acid groups and hydroxyl groups are basic to the structure of carboxyesters and lipids, and occur commonly as modifications of polysaccharide molecules. Microorganisms produce enzymes which hydrolyse the carboxylic ester linkages in substrates which are being utilized for growth. Such esterase reactions are frequently easily reversible, depending on the concentration of reactants or availability of water. The importance of esters as flavour compounds has resulted in the selection of yeast strains which produce esters in beverage fermentation. The synthetic potential of triacylglycerol lipases (EC 3.1.1.3) has been exploited by use of the purified enzymes in environments of low water activity. The techniques of molecular biology facilitate analysis of the homology between carboxylesterase enzymes and a detailed knowledge of structure and specificity provides the opportunity to modify enzymes to suit particular applications in biotechnology. Esterase activity can be assayed conveniently by using synthetic chromogenic esters of naphthol or nitrophenol. Naphthyl and nitrophenyl acetates are readily hydrolysed by a wide range of enzymes including lipases (Hofelmann et al. 1985; Brahimi-Horn et al. 1990; Gilbert et al. 1991), serine protease (Klapper et al. 1973) and acetylxylan esterase (Lee et al. 1987). Electrophoretic separation followed by detection using chromogenic esters has demonstrated polymorphism of esterase enzymes and has been used to type strains of bacteria (Goullet & Picard 1990, 1991; Picard & Goullet 1990) but was less discriminating with yeasts (Campbell et al. 1972) and edible mushrooms (Itavaara 1988)." @default.
- W2014528609 created "2016-06-24" @default.
- W2014528609 creator A5035235126 @default.
- W2014528609 date "1993-01-01" @default.
- W2014528609 modified "2023-09-29" @default.
- W2014528609 title "Microbial carboxylic ester hydrolases (EC 3.1.1) in food biotechnology" @default.
- W2014528609 cites W1536376907 @default.
- W2014528609 cites W1538823932 @default.
- W2014528609 cites W1591363553 @default.
- W2014528609 cites W1599108629 @default.
- W2014528609 cites W1714237356 @default.
- W2014528609 cites W1777430360 @default.
- W2014528609 cites W1784232389 @default.
- W2014528609 cites W1815751242 @default.
- W2014528609 cites W1923746863 @default.
- W2014528609 cites W1924125020 @default.
- W2014528609 cites W1935726181 @default.
- W2014528609 cites W1963722789 @default.
- W2014528609 cites W1965314862 @default.
- W2014528609 cites W1965732526 @default.
- W2014528609 cites W1966923595 @default.
- W2014528609 cites W1967536360 @default.
- W2014528609 cites W1968338082 @default.
- W2014528609 cites W1969800511 @default.
- W2014528609 cites W1974926247 @default.
- W2014528609 cites W1975828883 @default.
- W2014528609 cites W1977832025 @default.
- W2014528609 cites W1978810517 @default.
- W2014528609 cites W1981889480 @default.
- W2014528609 cites W1992573194 @default.
- W2014528609 cites W1994978567 @default.
- W2014528609 cites W1997668399 @default.
- W2014528609 cites W2000500498 @default.
- W2014528609 cites W2001945396 @default.
- W2014528609 cites W2002427060 @default.
- W2014528609 cites W2006164802 @default.
- W2014528609 cites W2006633226 @default.
- W2014528609 cites W2007298662 @default.
- W2014528609 cites W2009570597 @default.
- W2014528609 cites W2010972716 @default.
- W2014528609 cites W2012176370 @default.
- W2014528609 cites W2012354564 @default.
- W2014528609 cites W2014369801 @default.
- W2014528609 cites W2020572027 @default.
- W2014528609 cites W2020814648 @default.
- W2014528609 cites W2020999498 @default.
- W2014528609 cites W2021204671 @default.
- W2014528609 cites W2022255565 @default.
- W2014528609 cites W2023513562 @default.
- W2014528609 cites W2026659303 @default.
- W2014528609 cites W2027784690 @default.
- W2014528609 cites W2027859700 @default.
- W2014528609 cites W2036323960 @default.
- W2014528609 cites W2040750459 @default.
- W2014528609 cites W2041835572 @default.
- W2014528609 cites W2046092194 @default.
- W2014528609 cites W2046629334 @default.
- W2014528609 cites W2048605763 @default.
- W2014528609 cites W2052158595 @default.
- W2014528609 cites W2054965847 @default.
- W2014528609 cites W2054966213 @default.
- W2014528609 cites W2056336640 @default.
- W2014528609 cites W2058002705 @default.
- W2014528609 cites W2060071475 @default.
- W2014528609 cites W2060493785 @default.
- W2014528609 cites W2062767805 @default.
- W2014528609 cites W2062958450 @default.
- W2014528609 cites W2070598555 @default.
- W2014528609 cites W2071377343 @default.
- W2014528609 cites W2074688502 @default.
- W2014528609 cites W2080569295 @default.
- W2014528609 cites W2081989510 @default.
- W2014528609 cites W2083011154 @default.
- W2014528609 cites W2085622815 @default.
- W2014528609 cites W2089249513 @default.
- W2014528609 cites W2089271025 @default.
- W2014528609 cites W2089458382 @default.
- W2014528609 cites W2091009517 @default.
- W2014528609 cites W2094919538 @default.
- W2014528609 cites W2096985722 @default.
- W2014528609 cites W2104972134 @default.
- W2014528609 cites W2105005487 @default.
- W2014528609 cites W2115172297 @default.
- W2014528609 cites W2118138828 @default.
- W2014528609 cites W2122015390 @default.
- W2014528609 cites W2165449806 @default.
- W2014528609 cites W2170036491 @default.
- W2014528609 cites W2171375434 @default.
- W2014528609 cites W3028012784 @default.
- W2014528609 cites W4237932839 @default.
- W2014528609 cites W4243280124 @default.
- W2014528609 cites W4243829279 @default.
- W2014528609 cites W4255165517 @default.
- W2014528609 cites W4384859439 @default.
- W2014528609 cites W2027467080 @default.
- W2014528609 doi "https://doi.org/10.1111/j.1472-765x.1993.tb01358.x" @default.
- W2014528609 hasPublicationYear "1993" @default.
- W2014528609 type Work @default.