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Mn- and Zn-deficiency or excess reduce plant growth and development.
High-energy electrons produced in excess reduce molecular oxygen to generate ROS causing photosystem damage [ 9].
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In the presence of hydrogen, there are excess reducing equivalents in the pool that can further be converted into other reduced compounds in order to maintain the redox balance.
Upon synthesis, no excess reducing agent remains in solution eliminating the need for purification.
They reported that limited oxygen served as electron acceptor that consumed excess reducing equivalents (NADH) generated during biomass synthesis.
The recommended daily intake for adults is 8 11 mg Zn/day and an excess reduces the levels of high density lipoproteins and reduces the immune function [28].
A hydrogenase can also act as a safety valve to maintain the redox balance by using the excess reducing equivalents due to the fact that this is an exergonic reaction and no energy is conserved (Madigan et al. [2009]).
Polydispersed spherical AuNPs, ~20 nm in diameter, were only produced after exposure times greater than 45 min. As compared to the current synthesis methods, CO has an advantage in that no excess reducing agent remains in solution.
Sodium concentration in excess reduces the permeability of soil, destroys the soil structure and affects the drainage of the area which eventually leads to reduction of crop production and plant growth (Iqbal et al. 2012).
If severity is taken into account, the excess reduces considerably, although it is still present.
One would expect a tight coordination of growth rate and methanol oxidation, otherwise accumulated toxic formaldehyde and excess reducing agents would be deleterious.
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