Matches in SemOpenAlex for { <https://semopenalex.org/work/W2024183743> ?p ?o ?g. }
- W2024183743 endingPage "644" @default.
- W2024183743 startingPage "637" @default.
- W2024183743 abstract "Metabolic engineering is a powerful biotechnological tool that finds, among others, increased use in constructing microbial strains for higher lactic acid productivity, lower costs and reduced pollution. Engineering the metabolic pathways has concentrated on improving the lactic acid fermentation parameters, enhancing the acid tolerance of production organisms and their abilities to utilize a broad range of substrates, including fermentable biomass-derived sugars. Recent efforts have focused on metabolic engineering of lactic acid bacteria as they produce high yields and have a small genome size that facilitates their genetic manipulation. We summarize here the current trends in metabolic engineering techniques and strategies for manipulating lactic acid producing organisms developed to address and overcome major challenges in the lactic acid production process." @default.
- W2024183743 created "2016-06-24" @default.
- W2024183743 creator A5045213367 @default.
- W2024183743 creator A5058346231 @default.
- W2024183743 creator A5061975983 @default.
- W2024183743 date "2014-12-01" @default.
- W2024183743 modified "2023-09-27" @default.
- W2024183743 title "Metabolic engineering as a tool for enhanced lactic acid production" @default.
- W2024183743 cites W1964144538 @default.
- W2024183743 cites W1964724723 @default.
- W2024183743 cites W1964947381 @default.
- W2024183743 cites W1966409692 @default.
- W2024183743 cites W1974664624 @default.
- W2024183743 cites W1976214150 @default.
- W2024183743 cites W1979442370 @default.
- W2024183743 cites W1980102624 @default.
- W2024183743 cites W1981841433 @default.
- W2024183743 cites W1982201259 @default.
- W2024183743 cites W1984020817 @default.
- W2024183743 cites W1989004752 @default.
- W2024183743 cites W1989860724 @default.
- W2024183743 cites W1989922653 @default.
- W2024183743 cites W1995963564 @default.
- W2024183743 cites W2005352626 @default.
- W2024183743 cites W2005840419 @default.
- W2024183743 cites W2011147976 @default.
- W2024183743 cites W2011851607 @default.
- W2024183743 cites W2018921130 @default.
- W2024183743 cites W2018978350 @default.
- W2024183743 cites W2020468292 @default.
- W2024183743 cites W2022412125 @default.
- W2024183743 cites W2024035255 @default.
- W2024183743 cites W2026687005 @default.
- W2024183743 cites W2029995786 @default.
- W2024183743 cites W2030279246 @default.
- W2024183743 cites W2033064993 @default.
- W2024183743 cites W2033403103 @default.
- W2024183743 cites W2039005956 @default.
- W2024183743 cites W2041987838 @default.
- W2024183743 cites W2051736420 @default.
- W2024183743 cites W2054179581 @default.
- W2024183743 cites W2054358445 @default.
- W2024183743 cites W2057425219 @default.
- W2024183743 cites W2060214056 @default.
- W2024183743 cites W2061257451 @default.
- W2024183743 cites W2063092311 @default.
- W2024183743 cites W2069010302 @default.
- W2024183743 cites W2071024620 @default.
- W2024183743 cites W2071752877 @default.
- W2024183743 cites W2072183133 @default.
- W2024183743 cites W2073668475 @default.
- W2024183743 cites W2074386261 @default.
- W2024183743 cites W2082032900 @default.
- W2024183743 cites W2086005124 @default.
- W2024183743 cites W2102279408 @default.
- W2024183743 cites W2102957972 @default.
- W2024183743 cites W2105248706 @default.
- W2024183743 cites W2108923221 @default.
- W2024183743 cites W2110927948 @default.
- W2024183743 cites W2132379854 @default.
- W2024183743 cites W2138196938 @default.
- W2024183743 cites W2144596891 @default.
- W2024183743 cites W2144737489 @default.
- W2024183743 cites W2146063797 @default.
- W2024183743 cites W2147110186 @default.
- W2024183743 cites W2164870120 @default.
- W2024183743 doi "https://doi.org/10.1016/j.tibtech.2014.10.005" @default.
- W2024183743 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25457813" @default.
- W2024183743 hasPublicationYear "2014" @default.
- W2024183743 type Work @default.
- W2024183743 sameAs 2024183743 @default.
- W2024183743 citedByCount "67" @default.
- W2024183743 countsByYear W20241837432015 @default.
- W2024183743 countsByYear W20241837432016 @default.
- W2024183743 countsByYear W20241837432017 @default.
- W2024183743 countsByYear W20241837432018 @default.
- W2024183743 countsByYear W20241837432019 @default.
- W2024183743 countsByYear W20241837432020 @default.
- W2024183743 countsByYear W20241837432021 @default.
- W2024183743 countsByYear W20241837432022 @default.
- W2024183743 countsByYear W20241837432023 @default.
- W2024183743 crossrefType "journal-article" @default.
- W2024183743 hasAuthorship W2024183743A5045213367 @default.
- W2024183743 hasAuthorship W2024183743A5058346231 @default.
- W2024183743 hasAuthorship W2024183743A5061975983 @default.
- W2024183743 hasConcept C100544194 @default.
- W2024183743 hasConcept C115540264 @default.
- W2024183743 hasConcept C127413603 @default.
- W2024183743 hasConcept C139719470 @default.
- W2024183743 hasConcept C150903083 @default.
- W2024183743 hasConcept C162324750 @default.
- W2024183743 hasConcept C181199279 @default.
- W2024183743 hasConcept C183696295 @default.
- W2024183743 hasConcept C185592680 @default.
- W2024183743 hasConcept C191908910 @default.
- W2024183743 hasConcept C192989942 @default.
- W2024183743 hasConcept C204983608 @default.
- W2024183743 hasConcept C2775920511 @default.