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- W2019194805 endingPage "829" @default.
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- W2019194805 abstract "Aim Evaluation of the capability of Burkholderia sacchari to incorporate different monomers into polyhydroxyalkanoates (PHA). Methods and Results Thirty different carbon sources were evaluated as cosubstrates for B. sacchari growing on glucose with the intention to promote the incorporation of different monomers into the PHA produced by this species. With odd-numbered fatty acids, incorporation of the 3HV monomer was achieved, up to 65 mol% in the case of valerate. With 4-hydroxybutyrate, incorporation of 4HB was obtained, representing 9·1 mol%. With hexanoic acid, the production of P3HB-co-3HHx was achieved, containing up to 1·6 mol% of 3HHx. The molar fraction of 3HHx was found to be dependent on the ratio of glucose to hexanoic acid supplied. Metabolic flux analysis revealed a high efficiency of B. sacchari in converting carbon sources into P3HB-co-3HHx. Nevertheless, hexanoic acid was only poorly converted to 3HHx. Conclusions Burkholderia sacchari is able to incorporate 3HV, 4HB and 3HHx in PHA containing mainly 3HB. The 3HHx content of P3HB-co-3HHx can be controlled by varying the glucose to hexanoic acid ratio. Burkholderia sacchari is highly efficient in converting carbon sources into PHA; however, only 2% of the hexanoic acid supplied could be converted to 3HHx. Significance and Impact of the Study This is the first report describing an approach to modulate the composition of P3HB-co-3HHx produced by bacteria using mixtures of carbohydrate and hexanoic acid as carbon source." @default.
- W2019194805 created "2016-06-24" @default.
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- W2019194805 creator A5089392948 @default.
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- W2019194805 date "2013-12-13" @default.
- W2019194805 modified "2023-10-18" @default.
- W2019194805 title "Exploring the potential of <i>Burkholderia sacchari</i> to produce polyhydroxyalkanoates" @default.
- W2019194805 cites W104261238 @default.
- W2019194805 cites W1496059690 @default.
- W2019194805 cites W1723797115 @default.
- W2019194805 cites W1727714182 @default.
- W2019194805 cites W1964086098 @default.
- W2019194805 cites W1964491374 @default.
- W2019194805 cites W1966319031 @default.
- W2019194805 cites W1967708722 @default.
- W2019194805 cites W1968064520 @default.
- W2019194805 cites W1969367005 @default.
- W2019194805 cites W1973790218 @default.
- W2019194805 cites W1974751010 @default.
- W2019194805 cites W1975142405 @default.
- W2019194805 cites W1976240174 @default.
- W2019194805 cites W1976430205 @default.
- W2019194805 cites W1978763681 @default.
- W2019194805 cites W1979055386 @default.
- W2019194805 cites W1979272183 @default.
- W2019194805 cites W1989238463 @default.
- W2019194805 cites W1992594125 @default.
- W2019194805 cites W1992747448 @default.
- W2019194805 cites W1996958755 @default.
- W2019194805 cites W1998544694 @default.
- W2019194805 cites W1998821590 @default.
- W2019194805 cites W2001169681 @default.
- W2019194805 cites W2002753896 @default.
- W2019194805 cites W2003941318 @default.
- W2019194805 cites W2005013886 @default.
- W2019194805 cites W2005544049 @default.
- W2019194805 cites W2007951834 @default.
- W2019194805 cites W2016034627 @default.
- W2019194805 cites W2017192425 @default.
- W2019194805 cites W2017276641 @default.
- W2019194805 cites W2018102069 @default.
- W2019194805 cites W2023602968 @default.
- W2019194805 cites W2027096857 @default.
- W2019194805 cites W2027599658 @default.
- W2019194805 cites W2028887784 @default.
- W2019194805 cites W2032234148 @default.
- W2019194805 cites W2033258269 @default.
- W2019194805 cites W2040593782 @default.
- W2019194805 cites W2045129810 @default.
- W2019194805 cites W2045230222 @default.
- W2019194805 cites W2048493287 @default.
- W2019194805 cites W2053484261 @default.
- W2019194805 cites W2056255159 @default.
- W2019194805 cites W2056778275 @default.
- W2019194805 cites W2057968303 @default.
- W2019194805 cites W2058093690 @default.
- W2019194805 cites W2062961464 @default.
- W2019194805 cites W2065739497 @default.
- W2019194805 cites W2066722650 @default.
- W2019194805 cites W2069599518 @default.
- W2019194805 cites W2072651718 @default.
- W2019194805 cites W2078855952 @default.
- W2019194805 cites W2080048966 @default.
- W2019194805 cites W2082343815 @default.
- W2019194805 cites W2083294307 @default.
- W2019194805 cites W2085411539 @default.
- W2019194805 cites W2086327898 @default.
- W2019194805 cites W2086581389 @default.
- W2019194805 cites W2087769350 @default.
- W2019194805 cites W2089779418 @default.
- W2019194805 cites W2094692777 @default.
- W2019194805 cites W2098132892 @default.
- W2019194805 cites W2112916084 @default.
- W2019194805 cites W2116357709 @default.
- W2019194805 cites W2118366437 @default.
- W2019194805 cites W2121549329 @default.
- W2019194805 cites W2122373166 @default.
- W2019194805 cites W2124265937 @default.
- W2019194805 cites W2128480092 @default.
- W2019194805 cites W2141819053 @default.
- W2019194805 cites W2142516657 @default.
- W2019194805 cites W2144216338 @default.
- W2019194805 cites W2164105084 @default.
- W2019194805 cites W2166030662 @default.
- W2019194805 cites W2166879168 @default.
- W2019194805 cites W2241047777 @default.
- W2019194805 cites W2319002275 @default.
- W2019194805 cites W2340293163 @default.
- W2019194805 cites W4242557011 @default.
- W2019194805 doi "https://doi.org/10.1111/jam.12406" @default.
- W2019194805 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24279348" @default.
- W2019194805 hasPublicationYear "2013" @default.
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