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Cited by 4 publications
(2 citation statements)
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“…In biofuel crops where general biomass is utilized for fermentation, this will likely result in the increased yield of desired product, but most bioengineering approaches are concerned with increasing a specific plant product (e.g., grain, lipids). Due to the complex regulation of carbon partitioning in crops ( Yu et al., 2015 ; Paul, 2021 ), it is unclear if targeting photosynthetic inefficiencies or energetics will translate to increased grain or fruit production.…”
Section: Translation To Cropsmentioning
confidence: 99%
“…In biofuel crops where general biomass is utilized for fermentation, this will likely result in the increased yield of desired product, but most bioengineering approaches are concerned with increasing a specific plant product (e.g., grain, lipids). Due to the complex regulation of carbon partitioning in crops ( Yu et al., 2015 ; Paul, 2021 ), it is unclear if targeting photosynthetic inefficiencies or energetics will translate to increased grain or fruit production.…”
Section: Translation To Cropsmentioning
confidence: 99%
“…Acreche & Slafer, 2009 ). More specifically, the T6P/SnRK1/TOR pathway might be amenable for yield improvement (Baena‐González & Hanson, 2017 ; Paul, 2021 ) and several T6P pathway genes are amongst those associated with domestication improvement in maize (Hufford et al, 2012 ). Interventions that modify T6P through genetic modification in maize (Nuccio et al, 2015 ), chemical application in wheat (Griffiths et al, 2016 ) and natural variation in wheat and rice have shown that the T6P pathway is not yet optimised in crops and thus has potential for further yield improvement (Lyra et al, 2021 ; Paul et al, 2020 ).…”
Section: Nutrient Partitioning and Remobilisation Leaf Longevity And ...mentioning
confidence: 99%