1976
DOI: 10.1002/jpln.19761390502
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Nitrogen distribution studies by emission spectrometry in free amino acids and amides of developing panicle of rice

Abstract: Studien zur Stickstoffverteilung durch Emissions‐Spektrometric in freien Aminosäuren und Amiden junger Reisrispen Die Verteilung von Ammonium‐ und Nitrat‐Stickstoff auf die freien Aminosäuren und Amide junger, sich entwickelnder Reisrispen (Oryza sativa L.) wurde nach Aufnahme durch die Wurzeln ermittelt. Dabei erfolgten die Auftrennungen der Aminosäuren und Amide durch Dünnschicht‐Chromatographie und die 15N‐Bestimmungen mit Hilfe der Emissions‐Spektrometrie. In den Reisrispen fanden sich große Reserven an As… Show more

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Cited by 5 publications
(1 citation statement)
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“…Thus nitrogen must be translocated to those parts of the rice plant. Glutamine and asparagine have been considered to be the main forms of nitrogen incorporated into the panicle (18). It is reasonable to assume that the low-temperature treatment of the roots and decreased carbon supply to the roots from the top due to the reduced CO 2 -fixation resulting from the shading treatment, are not favorable for the de novo synthesis of GS-GOGAT (20), nitrate or nitrite reductase (3).…”
Section: Alleviation Effect Of Arg On Growth and Grain Yields Of The mentioning
confidence: 99%
“…Thus nitrogen must be translocated to those parts of the rice plant. Glutamine and asparagine have been considered to be the main forms of nitrogen incorporated into the panicle (18). It is reasonable to assume that the low-temperature treatment of the roots and decreased carbon supply to the roots from the top due to the reduced CO 2 -fixation resulting from the shading treatment, are not favorable for the de novo synthesis of GS-GOGAT (20), nitrate or nitrite reductase (3).…”
Section: Alleviation Effect Of Arg On Growth and Grain Yields Of The mentioning
confidence: 99%