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Steals the last package of ATP charging its ADP molecule.

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This enzyme comes to dehydrate the molecules taking away H and OH from each one.

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Changes the position of the phosphate group to the 2nd carbon of the molecule

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Steals a complete phosphate group from both molecules.

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The result are 2 molecules of pyruvate without energy, stable, ready to be added a H and then enter to the Krebs cycle

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result in two unstable phosphoglycerates but they become stable by theirselves 

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From here the process happens in two identical molecules at the same time

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An enormous enzyme comes to the molecule and before attaching a phosphate it keeps an H from the molecule liberating a NADH group to do so. Now that the enzyme has its two Hidrogens and charges a NAD of the environment with H

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Organizes the molecules by making some changes in the H and adding bonds so the molecules end up stable and similar to each other.

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ENZYME 4- FRUCTOSE BISPHOSPHATE ALDOLASE

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ENZYME 4- FRUCTOSE BISPHOSPHATE ALDOLASE

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Comes and divides de molecule into two

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This molecule now has two packages of energy

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Phosphofructokinase tells the molecule to drop off a Hydrogen so it can attach 'her' a phosphate group (charge of energy). Takes a P from the cytoplasm.

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Removes a carbon from the ring so the next enzyme can attach a phosphate group to the molecule

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Now it has all the attention of the enzymes in the cytoplasm so they go fast to act over "her"

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The glucose now becomes fructose-6-phosphate

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The glucose molecule now becomes glucose-6-phosphate 

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Hexokinase comes and takes a package of energy from a molecule of ATP that is in the environment so it attaches it to the glucose and now 'she' is not able to go out of the cell anymore.

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when the glucose realizes the is not the place it expected it tries to go out because it knows it will be destroyed.

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The INSULINE comes to help it enter to the cell through the pores by catching it and carrying it into the cell.

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When we get food in this case, carbohydrates called glucose molecule that is rounding into the blood searching for a way to enter the cell.

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Glycolysis pathway which occurs in the cytoplasm was discovered my Meyerhof in 1940 and it illustrates how the glucose molecule is used by the enzymes to extract energy and end with 2 pyruvates which will be going to the Krebs cycle and so on.

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To extract energy from carbs we need 3 groups of enzymes (3 metabolic routes) Glycolysis,  Krebs cycle and ATP synthase.

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Is the first metabolic route to extract energy from the carbs we eat daily which is obtained thanks to the enzymes we have within the cells that destroy/transform the food we eat into energy our body can use to live.

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Glycolysis or Embdem-Meyerhof Pathway 1940

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Glycolysis or Embdem-Meyerhof Pathway 1940