Plant Nutritional Genomics (Biological Sciences Series) by Martin Broadley
By Martin Broadley
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1997). , 2002), which is unable to grow normally in nonphotorespiratory conditions, conﬁrming a role for NADH-GOGAT in primary N assimilation. In summary, Fd-GOGAT encoded by GLU1 is responsible for the assimilation of NH4 + released by photorespiration in the leaves. Further, Fd-GOGAT encoded by GLU2 may also participate in primary N assimilation in leaves and roots. NADH-GOGAT is involved in primary N assimilation, especially for the synthesis of glutamate in roots and in the nodules of N-ﬁxing legumes.
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