Matches in SemOpenAlex for { <https://semopenalex.org/work/W2103306149> ?p ?o ?g. }
- W2103306149 endingPage "171" @default.
- W2103306149 startingPage "157" @default.
- W2103306149 abstract "Experiments were designed to compare the relationship between starch degradation and the use of carbon for maintenance and growth in Arabidopsis in source-limited and sink-limited conditions. It is known that starch degradation is regulated by the clock in source-limited plants, which degrade their starch in a linear manner such that it is almost but not completely exhausted at dawn. We asked whether this response is maintained under an extreme carbon deficit. Arabidopsis was subjected to a sudden combination of a day of low irradiance, to decrease starch at dusk, and a warm night. Starch was degraded in a linear manner through the night, even though the plants became acutely carbon starved. We conclude that starch degradation is not increased to meet demand in carbon-limited plants. This network property will allow stringent control of starch turnover in a fluctuating environment. In contrast, in sink-limited plants, which do not completely mobilize their starch during the night, starch degradation was accelerated in warm nights to meet the increased demand for maintenance and growth. Across all conditions, the rate of growth at night depends on the rate of starch degradation, whereas the rate of maintenance respiration decreases only when starch degradation is very slow." @default.
- W2103306149 created "2016-06-24" @default.
- W2103306149 creator A5016484065 @default.
- W2103306149 creator A5027776694 @default.
- W2103306149 creator A5041381924 @default.
- W2103306149 creator A5059435883 @default.
- W2103306149 creator A5066445561 @default.
- W2103306149 creator A5073033535 @default.
- W2103306149 date "2014-07-04" @default.
- W2103306149 modified "2023-10-12" @default.
- W2103306149 title "Relationship between starch degradation and carbon demand for maintenance and growth in<i>A</i><i>rabidopsis thaliana</i>in different irradiance and temperature regimes" @default.
- W2103306149 cites W1489021348 @default.
- W2103306149 cites W1638486002 @default.
- W2103306149 cites W1711926722 @default.
- W2103306149 cites W1782287000 @default.
- W2103306149 cites W1867306340 @default.
- W2103306149 cites W1939875338 @default.
- W2103306149 cites W1954178847 @default.
- W2103306149 cites W1965517336 @default.
- W2103306149 cites W1978199907 @default.
- W2103306149 cites W1979294707 @default.
- W2103306149 cites W1979699650 @default.
- W2103306149 cites W1984695633 @default.
- W2103306149 cites W1986662234 @default.
- W2103306149 cites W1999655104 @default.
- W2103306149 cites W2003213744 @default.
- W2103306149 cites W2003570458 @default.
- W2103306149 cites W2007380141 @default.
- W2103306149 cites W2007897769 @default.
- W2103306149 cites W2017260714 @default.
- W2103306149 cites W2018233263 @default.
- W2103306149 cites W2027699497 @default.
- W2103306149 cites W2031500947 @default.
- W2103306149 cites W2037599685 @default.
- W2103306149 cites W2041020934 @default.
- W2103306149 cites W2042364845 @default.
- W2103306149 cites W2050185933 @default.
- W2103306149 cites W2056821727 @default.
- W2103306149 cites W2074491086 @default.
- W2103306149 cites W2078766460 @default.
- W2103306149 cites W2082484205 @default.
- W2103306149 cites W2090284054 @default.
- W2103306149 cites W2098130298 @default.
- W2103306149 cites W2101089197 @default.
- W2103306149 cites W2101303476 @default.
- W2103306149 cites W2101778601 @default.
- W2103306149 cites W2104219577 @default.
- W2103306149 cites W2107606962 @default.
- W2103306149 cites W2108458808 @default.
- W2103306149 cites W2109365842 @default.
- W2103306149 cites W2110062422 @default.
- W2103306149 cites W2116088619 @default.
- W2103306149 cites W2117305247 @default.
- W2103306149 cites W2118348421 @default.
- W2103306149 cites W2118688605 @default.
- W2103306149 cites W2120287165 @default.
- W2103306149 cites W2120557852 @default.
- W2103306149 cites W2121892686 @default.
- W2103306149 cites W2122846073 @default.
- W2103306149 cites W2124601023 @default.
- W2103306149 cites W2125268208 @default.
- W2103306149 cites W2126295585 @default.
- W2103306149 cites W2127060444 @default.
- W2103306149 cites W2132262982 @default.
- W2103306149 cites W2135102102 @default.
- W2103306149 cites W2136589740 @default.
- W2103306149 cites W2138986706 @default.
- W2103306149 cites W2139738409 @default.
- W2103306149 cites W2141095840 @default.
- W2103306149 cites W2148042832 @default.
- W2103306149 cites W2150434569 @default.
- W2103306149 cites W2150834882 @default.
- W2103306149 cites W2152588225 @default.
- W2103306149 cites W2154965090 @default.
- W2103306149 cites W2164491231 @default.
- W2103306149 cites W2168924460 @default.
- W2103306149 cites W2172188692 @default.
- W2103306149 cites W2178309719 @default.
- W2103306149 cites W2418740198 @default.
- W2103306149 cites W4293247451 @default.
- W2103306149 doi "https://doi.org/10.1111/pce.12381" @default.
- W2103306149 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24905937" @default.
- W2103306149 hasPublicationYear "2014" @default.
- W2103306149 type Work @default.
- W2103306149 sameAs 2103306149 @default.
- W2103306149 citedByCount "72" @default.
- W2103306149 countsByYear W21033061492015 @default.
- W2103306149 countsByYear W21033061492016 @default.
- W2103306149 countsByYear W21033061492017 @default.
- W2103306149 countsByYear W21033061492018 @default.
- W2103306149 countsByYear W21033061492019 @default.
- W2103306149 countsByYear W21033061492020 @default.
- W2103306149 countsByYear W21033061492021 @default.
- W2103306149 countsByYear W21033061492022 @default.
- W2103306149 countsByYear W21033061492023 @default.
- W2103306149 crossrefType "journal-article" @default.
- W2103306149 hasAuthorship W2103306149A5016484065 @default.
- W2103306149 hasAuthorship W2103306149A5027776694 @default.