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Glucolisis: Degradación de la Glucosa

Luis Arturo Dávalos

Created on November 3, 2025

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Transcript

Glucolisis: Degradación de la Glucosa

CitosolGlucolisis

Reactivo inicial

Glucosa

Piruvato

ATP ADP

Enzmias claves

Piruvato carboxilasa

ATP + HCO3ADP + Pi

Hexoquinasa

Moléculas de energía

Glucosa 6-fosfato

Oxaloacetato

Fosfoenoloiruvatocarboxiquinasa

GTPGDP + CO2

Fosfoglucoisomerasa

Reactivo final

Fructosa 6-fosfato

Fosfoenolpiruvato (PEP)

Fosfofructoquinasa

H2O

Enolasa

Fructosa 1,6-bifosfato

2 Fosfoglicerato (2PG)

LEYENDA

Aldolasa

Gliceraldehido 3-fosfato

Fosfogliceratomucasa

3 Fosfoglicerato (3PG)

Triosa fosfatoisomerasa

ATPADP

Fosfoglicerato quinasa

Gliceraldehido 3 fosfatodeshidrogenasa

1,3 Bifosfoglicerato

2 ADP2 ATP

1,3 Bifosfoglicerato (1,3 BPG)

Fosfoglicerato quinasa

Glucosa

NADHNAD + Pi +H

3 - Fosfoglicerato

Gliceraldehido 3Pdeshidrogenasa

H2OPi

Enzimas

Glucosa 6foslatasa

Fosfoglicerato mutasa

Gliceraldehido 3-fosfato (G3P)

2 - Fosfoglicerato

Glucosa 6 fosfato (G6P)

Imagen

Aldolasa

H2O

Enolasa

Fosfoglucosaisomerasa

Fosfoenolpiruvato

Fructosa 6 fosfato (F6P)

2 ADP2 ATP

Fructosa 1,6 Bifosfato (FBP)

Video

2 Piruvato

Piruvato quinasa

H2OPi

Fructosa 1-6bifofarasa

Estructura molecular de la Glucolisis