2007
DOI: 10.1007/bf02956911
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Effects of molybdenum on nitrogen metabolism of sugarcane

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Cited by 15 publications
(8 citation statements)
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“…The NRA was higher in the leaf +1 than in the roots, despite the higher Mo content observed in the roots. We expected a direct relationship between Mo content and NRA (Li-Ping et al, 2007), but our results suggest a more complex relationship between NRA and Mo contents in sugarcane plant tissues. This difference in Mo content between leaves and roots may have been influenced by the higher biomass production from leaves than from roots, effectively diluting Mo content in the leaves.…”
Section: Nra In the Leaves +1 And Rootscontrasting
confidence: 50%
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“…The NRA was higher in the leaf +1 than in the roots, despite the higher Mo content observed in the roots. We expected a direct relationship between Mo content and NRA (Li-Ping et al, 2007), but our results suggest a more complex relationship between NRA and Mo contents in sugarcane plant tissues. This difference in Mo content between leaves and roots may have been influenced by the higher biomass production from leaves than from roots, effectively diluting Mo content in the leaves.…”
Section: Nra In the Leaves +1 And Rootscontrasting
confidence: 50%
“…Molybdenum does not interfere with N assimilation when NH 4 + -N is the form incorporated into amino acids and proteins (Masclaux-Daubresse et al, 2010). Li-Ping et al (2007) also observed no changes in NH 4 + -N content in the leaves of the varieties RB 72454 and RB 867575 with Mo application.…”
Section: The Accumulation Of Nomentioning
confidence: 83%
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“…La aplicación de molibdeno (Mo) en caña de azúcar incrementa el rendimiento agrícola y la producción de azúcar en determinados cultivares (dos Santos et al, 2018), debido al estímulo del metabolismo del N y la asimilación de amoníaco por actividad enzimática de la nitrogenasa, nitrato reductasa y glutamina sintetasa (Broadley et al, 2012;Li-Ping et al, 2007).…”
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