Answer:
El adenosín trifosfato (ATP), es la moneda energética de los seres vivos. Para poder ser sintetizado, los organismos requieren oxidar los sustratos energéticos de la dieta, proteínas, grasas y carbohidratos. Inicialmente estas sustancias tienen vías metabólicas separadas hasta alcanzar en su degradación un metabolito común que es el acetil CoA. A partir de este punto en el ciclo de Krebs, con producción de CO 2 e hidrogeniones, estos últimos se transportan por reducción de óxido a la cadena respiratoria donde se formará agua endógena y ATP. Para lograr esta oxidación de los sustratos con alta producción de energía, es indispensable el oxígeno que actúa como comburente en las reacciones.
Explanation:
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<span>A biologist can infer from a population that is uniformly distributed through its habitat that it has reached it's carrying capacity. If resources were unevenly distributed through the environment, you would not see a uniform distribution of the population itself.</span>
Both are going to a different way in the stem and the root, But they both function to keep the plant alive
Answer: It is a carbon residue left by a decaying organism.
This picture of the fossil is different from other fossils in terms of its impression. This is an example of compression fossil which is formed by the compression of something on it. The leaves of the tree got stuck on the rock and created an impression on it.
It is different from other fossils in the terms that it does not contains the actual part of the organism, it is just an impression.
