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Glucólisis y Krebs

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Glucólisis y Krebs

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Cuestionario sobre glucólisis y Krebs

Created by

NATALY MAMANI GONZALES
NATALY MAMANI GONZALES
Bolivia

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Glucólisis y Krebs
 

Glucólisis y KrebsOnline version

Cuestionario sobre glucólisis y Krebs

by NATALY MAMANI GONZALES
1

¿Dónde ocurre la glucólisis?

2

¿Cuántos ATP netos se obtienen de una glucosa en glucólisis?

3

¿Qué molécula inicia el ciclo de Krebs al unirse con oxaloacetato?

4

¿Qué enzima cataliza la conversión de piruvato a acetil-CoA?

5

¿Qué molécula se forma al combinar acetil‑CoA con oxaloacetato en el ciclo de Krebs?

6

¿Qué molécula transportadora de electrones principal se genera en la glucólisis?

7

¿Qué enzima controla de forma clave la velocidad de la glucólisis?

8

¿Qué paso del ciclo de Krebs genera NADH y CO2?

9

¿Qué molécula se regenera al final del ciclo para iniciar otro turno?

10

¿Rendimiento teórico total de ATP por una molécula de glucosa en respiración aeróbica?

Explicación

La glucólisis ocurre en el citosol del celula.

Se generan 4 ATP pero se consumen 2 para la inversión inicial, dando 2 ATP netos.

Acetil-CoA se une con oxaloacetato para formar citrato.

La piruvato deshidrogenasa convierte piruvato en acetil-CoA y CO2.

La condensación de acetil-CoA y oxaloacetato produce citrato.

La glucólisis produce NADH en la etapa de glyceraldehído-3-fosfato.

PFK-1 es la principal enzima reguladora de la glucólisis.

La isocitrato deshidrogenasa produce NADH y CO2 al convertir isocitrato.

Oxaloacetato se regenera para combinarse con otra molécula de acetil-CoA.

Dependiendo del shuttle, se obtienen ~30–32 ATP por glucosa.

 
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