No the earth is extremely dynamic and changes dramatically
It is now well established that oxidation of other energy substrates, such as ketones and branched chain amino acids (BCAAs), can also contribute to energy production in the heart, despite the fact that mitochondrial fatty acid and carbohydrate oxidation is the major source of ATP production in the heart.
Cells must evaluate their metabolic condition in response to a dynamic nutritional environment to determine whether to grow, survive, or perish. When communicating metabolic information to their protein and nucleic acid counterparts, these tiny molecule metabolites are crucial. The processes by which metabolites have an impact on cellular regulatory mechanisms are still largely unknown, despite growing knowledge of this reciprocal interplay.
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The benefit that small spaces provide in the formation of organic molecules is that it creates an additional surface area on which reactions can take place. A larger surface area allows biochemical reactions to take place more frequently, thus increasing the rate of the biochemical reaction.
Answer:
There is less biodiversity in the ecosystem.
Explanation:
Since the barren ground doesn't provide suitable living conditions for most of the living organisms, the ones that need the lest resources to survive create the primary succession, usually the mosses and lichens. The organisms of the primary succession provide biomass, so the ground is mixing with it, thus new soil is forming.
Well it couldnt be an animal cell becuase animal cells dont have cell walls. And plant cells have a cell membrane not a plasma membrane so it should be a prokaryotic cell.
