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Estructura tridimensional del factor de terminación mitocondrial humano, mTERF en complejo con DNA

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Figura 1.2_ (a)Esta técnica ha proporcionado imágenes in situ de mitocondrias de calidad en 3D
Fig 1.3_ Esquema de las principales reacciones enzimáticas que se dan en mitocondria. Las moléculas de NAD y FAD reducidas, producto del ciclo de Krebs (metabolismo de los glúcidos) y la -oxidación (metabolismo de los ácidos grasos), son transferidas a la
Figura 1.4_ Sistema de fosforilación oxidativa OXPHOS. Compuesto por la cadena respiratoria acoplada a la fosforilación oxidativa
Figura 1.5_ Mapa de enfermedades de origen mitocondrial con indicación del gen causante2004)
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