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Glucose Phosphorylated Phosphate Atp Triose Glycolysis Addition Inorganic

Glycolysis, occurring in the cytoplasm, involves glucose phosphorylation, its hydrolysis to form 2 triose phosphates, oxidation of each triose phosphate with NADH formation, conversion to pyruvate, and a net production of 2 ATP molecules.

Glicoliza, care are loc în citoplasmă, implică fosforilarea glucozei, hidroliza acesteia pentru a forma 2 triozo-fosfați, oxidarea fiecărui triozo-fosfat cu formarea de NADH, conversia în piruvat și producerea netă de 2 molecule de ATP.

Front Describe the stages of glycolysis
Back Glycolysis occurs in the cytoplasm

Glucose is phosphorylated by the addition of inorganic phosphate from ATP

Phosphorylated glucose is hydrolysed through the addition of Water to from 2x Triose phosphate

Each Triose Phosphate is oxidised and NADH is formed, TP converts to pyruvate and as a byproduct 2 Molecules of ATP are produced

Glucose+2 inorganic phosphate→ Phosphorylated glucose

Phosphorylated glucose + water→ 2x Triose Phosphate

2 Triosphote→ 2NADH + 4ATP + 2 pyruvate
Net production of ATP is (4-2) =2

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