The site of nitric oxide (NO) production in mitochondrial cytochrome c oxidase and the role of
NO in mitochondrial biogenesis are not known in plants. By imposing osmotic stress and …

In recent years, mitochondrial nitric oxide (NO) production has attracted increasing attention.
Mitochondria generate NO using nitrite as a substrate. Cytochrome c oxidase and other …

Nitric oxide (NO) acts as a key molecule in many physiological processes in plants. In this
study, the roles of NO in mitochondrial respiration were investigated in the calli from wild …

Plant mitochondria generate nitric oxide (NO) under anoxia through the action of cytochrome
c oxidase and other electron transport chain components on nitrite. This reductive …

Mitochondria recently have emerged as important sites in controlling NO levels within the
cell. In this study, the synthesis of nitric oxide (NO) from nitrite and its degradation by …

Plant nitrate reductase (NR) produces nitric oxide (NO) when nitrite is provided as the
substrate in the presence of NADH [H. Yamasaki and Y. Sakihama (2000) FEBS Lett. 468 …

Mitochondria are not only major sites for energy production but also participate in several
alternative functions, among these generation of nitric oxide (NO), and its different impacts …

During their life cycle, plants may be exposed to situations of reduced oxygen availability,
such as those imposed by soil flooding, in which their tissues have to cope with restrictions …

In recent years nitric oxide (NO) has been recognized as an important signal molecule in
plants. Both, reductive and oxidative pathways and different subcellular compartments …

Considerable evidence has appeared over the past few years that nitric oxide (NO) is an
important anoxic metabolite and a potent signal molecule in plants. Several pathways …