Question

UI Videllall TUTUCI U CAN J CIUJJUCIVILY PUMLJ 1. Explain the processes of glycolysis (pay special attention to number of carbon atoms of start and end molecules (glucose and pyruvate); also make sure you indicate how many (if any) ATP's, NADH'S & FADH2's, CO2's and waters are made in the process - preferably use diagrams with your explanations 2. Explain the process of preparing pyruvate molecules for Krebs cycle by converting them to Acety CoA; also make sure you indicate how many (if any) ATP's, NADH'S & FADH2's, CO2's and waters are made in the process - preferably use diagrams with your explanations 3. Describe the pathway of a pyruvate molecule through the Krebs cycle; also make sure you indicate how many (if any) ATP's, NADH'S & FADH2's, CO2's and waters are made in the process - preferably use diagrams with your explanations
please explsin these not overly in depth though

Answer 1

" ATP - Ате Glucose Hexokinase. Į CHADE Glucose -6- Phosphate Phosphogluwasomerase t ł 0 Fructose - 6- Phosphate Phoibho fructokinase. JC ADP - Fructose 1, 6 bisphosphate Aldolase. I 2x Glyceraldehyde -3- Phoophete Glycerabletyele-3 INAD+ 2H 60,2- Phosphate dlhydrogenase RNADH + 2H+ ax 1,3 bisbhobhoglycerate orthoglycerate 11 C ARP 4 2 x 3-Phoofsoglycerate I kinese gecesi Enolase it 72H₂ ах таат -RADP Puruvate kinase J GRATP 2x Pyruvate

In glycolysis, the end product is 2 molecule of pyruvate, 2 ATPs and 2NADH.

Glycolysis is the breakdown of glucose into pyruvate. Glycolysis takes place in the cytoplasm.

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