Question

PLEASE SHOW CALCULATIONS, Calculate the amount of ATP produced from glucose fully converted to CO2 by a:]​​​​​​​

Calculate the amount of ATP produced from glucose fully converted to CO2 by a 1. Bacterium that ferments and uses the Entner Doudoroff Pathway to convert glucose to pyruvate 2. Bacterium that ferments and uses glycolysis to convert glucose to pyruvate 3. Bacterium that respires and uses the Entner Doudoroff Pathway to convert glucose to pyruvate 4. Bacterium that respires and uses glycolysis to convert glucose to pyruvate 5. For which bacterium does the use of the Entner Doudoroff Pathway have a bigger effect on the production of ATP

Answer 1

this is entner doudoroff pathway....

Glucose -АТР ADP Glu-6-P NADP+ - NADPH/H 6-P-Glucono-5-Lacton - H,0 6-P-Gluconat >H,0 KDPG GAP NAD; P: NADH/H 1,3-bPG ADP » АТР 3-PG 2-PG ►H, PEP ADP ATP Pyr

this is via glycolysis pathway ...

TOTAL ATP Production from one Glucose molecule Stage I. Glycolysis: (Net yields) ATP 2 NADH+H+ + 2 FADH, (to ETC) 2 ATP 3 ATP Conversion of pyruvate to ACOA Stage II. 2 NADH+H. (to ETC) 5 ATP Stage III. TCA cycle ATP (at one site) NADH+H at three steps (to ETC) FADH, at one step (to ETC) 2 ATP 15 ATP 3 ATP Total ATP from one molecule of glucose = 30 ATP

Answer 5.) ED pathway is amongst Campylobacter isolates causing human disease (the majority of which would be of agricultural origin), some glucose-utilizing isolates exhibit specific fitness advantages, including stationary-phase survival and biofilm production, highlighting key physiological benefits of this pathway in addition to energy conservation.