Matches in SemOpenAlex for { <https://semopenalex.org/work/W160055799> ?p ?o ?g. }
- W160055799 endingPage "179" @default.
- W160055799 startingPage "153" @default.
- W160055799 abstract "The emission of biogenic volatile organic compounds (BVOCs), including isoprenoid compounds, methanol and oxygenated organic compounds, is controlled by both the existing metabolic potential of a leaf and gene expression responses that modulate the existing metabolic potential to increase or decrease compound biosynthesis and emission rate. This capability to respond both instantaneously and in the long term to environmental variation provides plants with flexibility in their adaptions to biotic and abiotic stresses, which are also encountered in short and long-term time frames. This chapter reviews the mechanistic basis of the immediate controls of volatile BVOC emissions by light, temperature, and ambient CO2 and O2 concentrations, as well as the genetic responses that involve changes in gene expression patterns. Photosynthesis ultimately provides the carbon for BVOC production, though under non-stressed conditions the photosynthetic rate itself is rarely so low that it limits BVOC emissions. However, various metabolic pathways compete for substrates that are produced from photosynthate, including cytosolic pathways, such as the mevalonic acid (MVA) pathway and chloroplastic pathways such as the 2-C-methyl-D-erythritol 4-phosphate/1-deoxy-D-xylulose 5-phosphate pathway (MEP/DOXP). Controls over the use of substrate are regulated among these pathways through feedback mechanisms, specificity in the transport of metabolites across organelle membranes, and the channeling of NADPH reductant and ATP to specific steps in the pathways. This chapter emphasizes that these interactive controls provide the major explanation for longer-term physiological controls of emissions. Emissions of several types of compounds are considered, including isoprenoids, methanol, and green leaf volatiles such as various aldehydes and ketones." @default.
- W160055799 created "2016-06-24" @default.
- W160055799 creator A5091729870 @default.
- W160055799 date "2013-01-01" @default.
- W160055799 modified "2023-09-27" @default.
- W160055799 title "Metabolic and Gene Expression Controls on the Production of Biogenic Volatile Organic Compounds" @default.
- W160055799 cites W1017840660 @default.
- W160055799 cites W1669895398 @default.
- W160055799 cites W1717102016 @default.
- W160055799 cites W1786995982 @default.
- W160055799 cites W1799042812 @default.
- W160055799 cites W1924177464 @default.
- W160055799 cites W1937644351 @default.
- W160055799 cites W1964768303 @default.
- W160055799 cites W1965171677 @default.
- W160055799 cites W1965707214 @default.
- W160055799 cites W1968584660 @default.
- W160055799 cites W1974292132 @default.
- W160055799 cites W1975221016 @default.
- W160055799 cites W1975304071 @default.
- W160055799 cites W1976329934 @default.
- W160055799 cites W1977029704 @default.
- W160055799 cites W1977035390 @default.
- W160055799 cites W1980007328 @default.
- W160055799 cites W1981176893 @default.
- W160055799 cites W1991172743 @default.
- W160055799 cites W1994490101 @default.
- W160055799 cites W1996169032 @default.
- W160055799 cites W1997585042 @default.
- W160055799 cites W1997738632 @default.
- W160055799 cites W1999030144 @default.
- W160055799 cites W2001256007 @default.
- W160055799 cites W200676708 @default.
- W160055799 cites W2007658446 @default.
- W160055799 cites W2009306410 @default.
- W160055799 cites W2010527250 @default.
- W160055799 cites W2011087468 @default.
- W160055799 cites W2012700379 @default.
- W160055799 cites W2014281536 @default.
- W160055799 cites W2014668711 @default.
- W160055799 cites W2015548400 @default.
- W160055799 cites W2021219745 @default.
- W160055799 cites W2024268757 @default.
- W160055799 cites W2024838098 @default.
- W160055799 cites W2027510021 @default.
- W160055799 cites W2028116960 @default.
- W160055799 cites W2028397969 @default.
- W160055799 cites W2030750850 @default.
- W160055799 cites W2030869843 @default.
- W160055799 cites W2030959525 @default.
- W160055799 cites W2031828707 @default.
- W160055799 cites W2032118099 @default.
- W160055799 cites W2033766616 @default.
- W160055799 cites W2040441515 @default.
- W160055799 cites W2040781918 @default.
- W160055799 cites W2043657138 @default.
- W160055799 cites W2049167322 @default.
- W160055799 cites W2050016358 @default.
- W160055799 cites W2061678116 @default.
- W160055799 cites W2062382198 @default.
- W160055799 cites W2062557772 @default.
- W160055799 cites W2068097374 @default.
- W160055799 cites W2068421250 @default.
- W160055799 cites W2074897461 @default.
- W160055799 cites W2083682832 @default.
- W160055799 cites W2084645514 @default.
- W160055799 cites W2085685120 @default.
- W160055799 cites W2089189466 @default.
- W160055799 cites W2089826199 @default.
- W160055799 cites W2090640544 @default.
- W160055799 cites W2097917416 @default.
- W160055799 cites W2098082930 @default.
- W160055799 cites W2098137029 @default.
- W160055799 cites W2100694181 @default.
- W160055799 cites W2100943729 @default.
- W160055799 cites W2101110718 @default.
- W160055799 cites W2102075264 @default.
- W160055799 cites W2106176530 @default.
- W160055799 cites W2109365702 @default.
- W160055799 cites W2110879771 @default.
- W160055799 cites W2111994474 @default.
- W160055799 cites W2116121790 @default.
- W160055799 cites W2117534283 @default.
- W160055799 cites W2117830870 @default.
- W160055799 cites W2118313699 @default.
- W160055799 cites W2121398144 @default.
- W160055799 cites W2127605293 @default.
- W160055799 cites W2129559855 @default.
- W160055799 cites W2131211647 @default.
- W160055799 cites W2132543606 @default.
- W160055799 cites W2132683805 @default.
- W160055799 cites W2133346771 @default.
- W160055799 cites W2134051494 @default.
- W160055799 cites W2137658999 @default.
- W160055799 cites W2137671492 @default.
- W160055799 cites W2138694888 @default.
- W160055799 cites W2138889935 @default.
- W160055799 cites W2139971540 @default.