New Phytologist · 1979 · 61 citations · 15 references
BiologyBotanyBiochemistryNitrate ReductionMedicineBioanalysisNatural SciencesReactive Nitrogen SpeciePlant PathologyPlant BiochemistryMicrobiologyPhytochemistryNadph ActivitiesRedox BiologyNitrosative StressPlant PhysiologyNitrate ReductasePlant Metabolism
S ummary The characteristics of nitrate reduction exhibited by the tropical leguminous tree Erythrina senegalensis differ in several respects from those of other higher plants. Nitrate reduction in this species can best be characterized as being a high activity‐low affinity system. High levels of nitrate reductase can be demonstrated using in vivo (50 to 278 μmol h −1 g fresh wt −1 ) or in vitro (360 μmol h −1 g fresh wt −1 ) assay procedures. The enzyme extracted from leaf tissue can utilize both NADH and NADPH as electron donors. The enzyme has a low affinity for nitrate, K spp 194 8 to 10 mM. The NADH and NADPH activities co‐chromatograph using several chromatographic procedures, suggesting a single molecular form of nitrate reductase is present.
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Nitrate Reduction in Higher Plants
Leonard Beevers, R. H. Hageman · Annual Review of Plant Physiology · 1969 · 746 citations
Engineering, Botany, Soil Salinity +16
Advances in Botanical Research.
Donald M. Britton, R. D. Preston, E. Woolhouse · Bulletin of the Torrey Botanical Club · 1978 · 478 citations
Assimilatory Nitrate-Nitrite Reduction
E. J. Hewitt · Annual Review of Plant Physiology · 1975 · 297 citations
Engineering, Botany, Soil Salinity +19
Some Characteristics of Nitrate Reductase From Higher Plants
L. E. Schrader, G. L. Ritenour, Gary L. Eilrich et al. · PLANT PHYSIOLOGY · 1968 · 150 citations · Full text