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¿Qué produce NADH y FADH?
El NADH y el FADH2 generados por el ciclo del ácido cítrico son a su vez utilizados por la vía de la fosforilación oxidativa para generar trifosfato de adenosina rico en energía (ATP).
¿Qué es ATP y de NADH?
El ATP, ADP y NADH son ejemplos de moléculas que regulan las enzimas de la respiración celular. El ATP, por ejemplo, es una señal de «alto»: niveles elevados significan que la célula tiene suficiente ATP y no necesita hacer más con la respiración celular.
¿Como el NADH produce ATP?
Por cada NADH Y NADPH se genera energía suficiente para sintetizar 3 ATP y por cada FADH, para dos ATP, porque ceden sus electrones a un nivel energético más bajo. Los NADH procedentes de la glucolisis sólo generan 2 ATP cada uno, debido a que se pierde energía para introducirlos en la mitocondria -1 ATP cada uno-.
What is the difference between NADH and NADPH?
differences between NADPH and NADH, Production of NADH, FADH₂ and NADPH-Nov 18thth, NADH and NADPH are important carrier molecules that carry high ENERGY ELECTRONS Terms in this set (51) NAD+ – high-energy electron acceptor from biochemical reactions NADH – feeds into the electron transport chain to indirectly produce ATP NADPH
What is the role of NADH in the generation of ATP?
What is the ROLE of NADH in the generation of ATP through OXIDATION of food molecules. -NADH in contrast to NADPH, has a special role as an intermediate in the CATABOLIC REACTIONS that GENERATE ATP through the OXIDATION of food molecules.
What is the difference between NAD+ and NADP+ in anabolic pathways?
The ratio of NAD+ to NADH is kept HIGH, which provides plenty of NAD+ to act as an OXIDIZING agent in CATABOLIC PATHWAYS. In contrast, the ratio of NADP+ to NADPH is kept LOW to ensure that there is plenty of NADPH to act as a REDUCING agent in ANABOLIC PATHWAYS.
What happens when nicotinamide is oxidized with AD-NADPH?
-NADPH readily gives up the HYDRIDE ION it carries in a subsequent OXIDATION-REDUCTION reaction because the nicotinamide ring can achieve a more STABLE arrangement of electrons without it. In this (2nd) reaction, which GENERATES NADP+, it is the NADPH that is OXIDIZED and the substrate that is reduced.