The patient should be triaged in "critical", color coded as red. This is because a bomb blast can lead to multiple gross organ damages such as fractures (pelvic fractures most commonly produce the greatest amount of internal hemorrhage which can lead to shock), liver and spleen rupture that can cause hemorrhagic shock, and burns that can predispose the patient to fluid lose and electrolyte imbalance which then, if untreated, will lead to kidney and cardiac compromise.
Other triaging priorities for other patients include urgent and non-urgent cases.
The electron transport chain refers to the transfer of
electrons from electron donors and electron acceptors. After the transfer of
electrons, these electrons then couple with protons (H+ ions) across a
membrane. In eukaryotic cells, electron transport chains occur within the
mitochondrial membrane where it serves as the site of oxidative phosphorylation
that uses ATP as its energy source.
<span>
The molecular oxygen is the final acceptor of electrons in an
electron transport chain. This type of transport is used by the cell in
extracting energy through redox reactions that occur during photosynthesis,
sugar oxidation, and cellular respiration. </span>
Hydrogen<span>, </span>oxygen<span>, </span>nitrogen<span> and carbon. Does that help?</span>
Answer
Along with decreasing rainfall comes rising temperatures. By 2050 the U.S. could be as much as 5.7°F warmer, and extreme weather events, such as heatwaves and drought, could be more intense and occur more frequently. As temperatures warm, evaporation increases, further decreasing water in lakes, reservoirs, and rivers.
