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1 ein that catalyzes the rate-limiting step in nitrate assimilation.
2 ted photorespiration also strongly inhibited nitrate assimilation.
3 We identified putative genes regulating nitrate assimilation.
4 atalyzes the first and rate-limiting step of nitrate assimilation.
5 o be the rate-limiting and regulated step of nitrate assimilation, a major metabolic pathway occurrin
6 af N(2)O emissions were correlated with leaf nitrate assimilation activity, as measured by using the
7 n the nitrate assimilation pathway show that nitrate assimilation and ammonium assimilation are regul
9 TCP20 and NLP6&7-dependent up-regulation of nitrate assimilation and signaling genes and down-regula
10 e responses to nitrate availability, linking nitrate assimilation and signaling with cell-cycle progr
11 lated sites on NR and F2KP may regulate both nitrate assimilation and sucrose/starch partitioning in
12 a critical factor in influencing the rate of nitrate assimilation and that (2) NAD status plays a cru
13 ominant step in isotope fractionation during nitrate assimilation and that it drives the (18)epsilon:
14 f photosynthesis and chlorophyll components, nitrate assimilation and the urea cycle, and synthesis o
15 In Klebsiella oxytoca, enzymes required for nitrate assimilation are encoded by the nasFEDCBA operon
16 a oxytoca (pneumoniae), enzymes required for nitrate assimilation are encoded by the nasFEDCBA operon
18 ost advantageous configuration tested, where nitrate assimilation (as well as that of ammonium) conti
20 ads to the coastal zone may alter planktonic nitrate assimilation efficiency, due to the narrow stoch
22 e of a genomic island containing nitrite and nitrate assimilation genes in uncultured Prochlorococcus
23 In fact, other than genes associated with nitrate assimilation, glucose had a greater effect in re
26 ydomonas reinhardtii, the genes required for nitrate assimilation, including the gene encoding nitrat
27 typical of migratory species, in which dark nitrate-assimilation is notably poorer than assimilation
28 Our results suggest that genes involved in nitrate assimilation may be induced by extracellular sen
29 s to divert their newly acquired iron toward nitrate assimilation may underlie why diatoms consistent
30 that, while NIA1 and NII1 are essential for nitrate assimilation, NIA1, NII1, NOL2 and NOL3 are all
31 script levels in mutants with defects in the nitrate assimilation pathway show that nitrate assimilat
32 ding proteins involved in photosynthesis and nitrate assimilation pathways show opposite diurnal expr
33 ion of the NIT8 gene, which is essential for nitrate assimilation, prevented expression of the gene.
37 acid transporters but found no evidence of a nitrate assimilation system, in agreement with the N pre
38 t cellular processes including regulation of nitrate assimilation through inhibition of phosphorylate
39 ectedly, once bacteria reached xylem tissue, nitrate assimilation was dispensable for growth, virulen
40 growth, photosynthesis, photoinhibition, and nitrate assimilation was examined in the cyanobacterium
42 led a higher expression of genes involved in nitrate assimilation when lst8-1 mutants were shifted to
43 S production was significantly influenced by nitrate assimilation when nitrate was not required for g
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