These cells are different because they use the same set of genes differently. So even though each of our cells has the same 20,000 or so genes, each cell can select which ones it wants to “turn on” and which ones it wants to keep “turned off”
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Explanation:
in animal cell at the centre .
in plant cell at a side.
The Krebs Cycle can best use acetyl coA to make ATP and pyruvate breaks down into acetyl CoA and CO2 this conversion do to the pyruvate molecules.
The required details for pyruvate molecules in given paragraph
Pyruvate is a flexible organic molecule that includes 3 carbon atoms and useful groups - a carboxylate and a ketone group. Pyruvate is concerned in some of key biochemical processes, together with gluconeogenesis, that's the synthesis of glucose, in addition to the synthesis of different key biochemicals. Two molecules of pyruvate are transformed into molecules of acetyl CoA begin text, C, o, A, quit text.
Two carbons are launched as carbon dioxide—out of the six firstly found in glucose. The number one characteristic of pyruvate is to function the transporter of carbon atoms into the mitochondrion for entire oxidation into carbon dioxide.
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No, because there is no oxygen.
