Microbial Metabolism When acetate is the sole source of carbon for some microorganisms, the cycle which is used, is called pentose phosphate pathway oxaloacetate pathway glyoxylate pathway glycolyic pathway pentose phosphate pathway oxaloacetate pathway glyoxylate pathway glycolyic pathway ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism If radioactive bicarbonate was supplied to bacterial cells, which were actively synthesizing fatty acids, it is expected to find the bulk of the radioactivity in cellular bicarbonate the cytoplasmic membrane the fatty acids nucleic acids cellular bicarbonate the cytoplasmic membrane the fatty acids nucleic acids ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism The catabolic reaction, pentose-phosphate exists in none of these prokaryotic cells eukaryotic cells prokaryotic and eukaryotic cells both none of these prokaryotic cells eukaryotic cells prokaryotic and eukaryotic cells both ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism Dolichol phosphate is a complex lipid involved in docking vesicles with the plasma membrane the anchor on which sugars assemble before transfer to proteins a chaperone used in protein folding a product of phospholipase C activation a complex lipid involved in docking vesicles with the plasma membrane the anchor on which sugars assemble before transfer to proteins a chaperone used in protein folding a product of phospholipase C activation ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism The role of bacteriophyll in an oxygenic photosynthesis is to reduce ferridoxin directly reduce NADP directly transfer electrons to an intermediate in the sulfide oxidation pathway use light energy to energize an electron reduce ferridoxin directly reduce NADP directly transfer electrons to an intermediate in the sulfide oxidation pathway use light energy to energize an electron ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference) ΔG° = -nFlnE° ΔG° = nFE° ΔG° = -nFE° ΔG° = nFlnE° ΔG° = -nFlnE° ΔG° = nFE° ΔG° = -nFE° ΔG° = nFlnE° ANSWER DOWNLOAD EXAMIANS APP
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