Matches in SemOpenAlex for { <https://semopenalex.org/work/W2159613438> ?p ?o ?g. }
- W2159613438 endingPage "171" @default.
- W2159613438 startingPage "164" @default.
- W2159613438 abstract "Lactose is an interesting carbon source for the production of several bio-products by fermentation, primarily because it is the major component of cheese whey, the main by- product of dairy activities. However, the microorganism more widely used in industrial fermentation processes, the yeast Saccharomyces cerevisiae, does not have a lactose metabolisation system. Therefore, several metabolic engineering approaches have been used to construct lactose-consuming S. cerevisiae strains, particularly involving the expression of the lactose genes of the phylogenetically related yeast Kluyveromyces lactis, but also the lactose genes from Escherichia coli and Aspergillus niger, as reviewed here. Due to the existing large amounts of whey, the production of bio-ethanol from lactose by engineered S. cerevisiae has been considered as a possible route for whey surplus. Emphasis is given in the present review on strain improvement for lactose-to-ethanol bioprocesses, namely flocculent yeast strains for continuous high- cell-density systems with enhanced ethanol productivity." @default.
- W2159613438 created "2016-06-24" @default.
- W2159613438 creator A5004106469 @default.
- W2159613438 creator A5007408777 @default.
- W2159613438 creator A5041700821 @default.
- W2159613438 date "2010-05-01" @default.
- W2159613438 modified "2023-09-22" @default.
- W2159613438 title "Metabolic engineering of<i>Saccharomyces cerevisiae</i>for lactose/whey fermentation" @default.
- W2159613438 cites W115024752 @default.
- W2159613438 cites W1486218956 @default.
- W2159613438 cites W1551957277 @default.
- W2159613438 cites W1578021613 @default.
- W2159613438 cites W1599809900 @default.
- W2159613438 cites W1601432656 @default.
- W2159613438 cites W1763161027 @default.
- W2159613438 cites W1782547768 @default.
- W2159613438 cites W1837100987 @default.
- W2159613438 cites W1880879364 @default.
- W2159613438 cites W1965919287 @default.
- W2159613438 cites W1968604794 @default.
- W2159613438 cites W1974345820 @default.
- W2159613438 cites W1977639006 @default.
- W2159613438 cites W1987087859 @default.
- W2159613438 cites W1990212260 @default.
- W2159613438 cites W1995267722 @default.
- W2159613438 cites W1996221554 @default.
- W2159613438 cites W2000847240 @default.
- W2159613438 cites W2002538155 @default.
- W2159613438 cites W2004234992 @default.
- W2159613438 cites W2005282045 @default.
- W2159613438 cites W2005434807 @default.
- W2159613438 cites W2007880210 @default.
- W2159613438 cites W2012627794 @default.
- W2159613438 cites W2015442893 @default.
- W2159613438 cites W2016992345 @default.
- W2159613438 cites W2020780839 @default.
- W2159613438 cites W2020975494 @default.
- W2159613438 cites W2023008233 @default.
- W2159613438 cites W2025369396 @default.
- W2159613438 cites W2026066874 @default.
- W2159613438 cites W2033044614 @default.
- W2159613438 cites W2034645234 @default.
- W2159613438 cites W2047597963 @default.
- W2159613438 cites W2050772606 @default.
- W2159613438 cites W2051369829 @default.
- W2159613438 cites W2066739041 @default.
- W2159613438 cites W2070935964 @default.
- W2159613438 cites W2072160760 @default.
- W2159613438 cites W2078223676 @default.
- W2159613438 cites W2082579794 @default.
- W2159613438 cites W2085612269 @default.
- W2159613438 cites W2093899638 @default.
- W2159613438 cites W2094352159 @default.
- W2159613438 cites W2098830339 @default.
- W2159613438 cites W2099384461 @default.
- W2159613438 cites W2100140315 @default.
- W2159613438 cites W2111788175 @default.
- W2159613438 cites W2112513323 @default.
- W2159613438 cites W2113789290 @default.
- W2159613438 cites W2115231850 @default.
- W2159613438 cites W2120272121 @default.
- W2159613438 cites W2121781334 @default.
- W2159613438 cites W2122559587 @default.
- W2159613438 cites W2124686377 @default.
- W2159613438 cites W2129094736 @default.
- W2159613438 cites W2129134180 @default.
- W2159613438 cites W2130381741 @default.
- W2159613438 cites W2132569635 @default.
- W2159613438 cites W2135908280 @default.
- W2159613438 cites W2138094152 @default.
- W2159613438 cites W2138283460 @default.
- W2159613438 cites W2139458435 @default.
- W2159613438 cites W2143376835 @default.
- W2159613438 cites W2146880263 @default.
- W2159613438 cites W2146909181 @default.
- W2159613438 cites W2151110924 @default.
- W2159613438 cites W2155649596 @default.
- W2159613438 cites W2163376947 @default.
- W2159613438 cites W2172060270 @default.
- W2159613438 cites W225497010 @default.
- W2159613438 cites W2511586856 @default.
- W2159613438 cites W4238133297 @default.
- W2159613438 cites W4247892585 @default.
- W2159613438 cites W4252996263 @default.
- W2159613438 doi "https://doi.org/10.4161/bbug.1.3.10619" @default.
- W2159613438 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3026421" @default.
- W2159613438 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21326922" @default.
- W2159613438 hasPublicationYear "2010" @default.
- W2159613438 type Work @default.
- W2159613438 sameAs 2159613438 @default.
- W2159613438 citedByCount "69" @default.
- W2159613438 countsByYear W21596134382012 @default.
- W2159613438 countsByYear W21596134382013 @default.
- W2159613438 countsByYear W21596134382014 @default.
- W2159613438 countsByYear W21596134382015 @default.
- W2159613438 countsByYear W21596134382016 @default.
- W2159613438 countsByYear W21596134382017 @default.
- W2159613438 countsByYear W21596134382018 @default.