Generally, the main congestion management could be classified as follows: 1) Feeder overload management: The high power flow comes over feeder capacity-limit, which can be caused by regular growth in electricity consumption, mobilization of reserve capacity in the grid, activation of regulating power for the TSO, or very low prices of electricity.
Feeder overload management: The high power flow comes over feeder capacity-limit, which can be caused by regular growth in electricity consumption, mobilization of reserve capacity in the grid, activation of regulating power for the TSO, or very low prices of electricity.
Stress may thus have resulted in a high consumption of energy reserves, and this reallocation of metabolic energy may have negatively interfered with other physiological processes, viz.
Stress may thus lead to a high consumption of energy reserves, and this reallocation of metabolic energy negatively interferes with other physiological processes, viz.
A putative interpretation is that selected individuals have a higher development rate, inducing a higher consumption of yolk reserves by the end of the experiment, and therefore, a decrease in wet weight, dry weight and dry matter content.
Furthermore, the transitions between photosynthesis during the day and catabolic consumption of energy reserves at night— metabolic processes that share some of the same enzymes — appear to be tightly choreographed at the level of RNA expression.
The decreased flux through the electron transport chain at stationary phase may be a defense mechanism to protect against reactive oxygen species (ROS) generated during electron transport, as well as prevent an over consumption of endogenous reserves [ 16].
As germination proceeds, there is a race between the rate of reserve consumption and the establishment of an independent, photosynthetically competent seedling able to acquire water and mineral nutrients from the soil.
