Microbial Metabolism Bacteriochlorophyll differs from chlorophyll in what way? The chelated metal in bacteriochlorophyll is not Mg Both (b) and (c) There are chemical differences between the two chlorophyll in their side (R) groups They have different absorption spectra The chelated metal in bacteriochlorophyll is not Mg Both (b) and (c) There are chemical differences between the two chlorophyll in their side (R) groups They have different absorption spectra ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism In order to get inorganic phosphorous into organic compounds, the phosphate ion is incorporated via both (a) and (b) oxidative phosphorylation DNA substrate level phosphorylation both (a) and (b) oxidative phosphorylation DNA substrate level phosphorylation ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism Which of the following catalyze liberation of orthophosphate from organic P compounds and inorganic pyrophosphate ? Protease Oxidoreductase Alkaline phosphates Hydrogenase Protease Oxidoreductase Alkaline phosphates Hydrogenase ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism The mechanism of passive or facilitated diffusion require metabolic energy concentration of solute against an electrochemical gradient accumulation of solute against an electrochemical gradient accumulation or concentration of solute against an electrochemical gradient metabolic energy concentration of solute against an electrochemical gradient accumulation of solute against an electrochemical gradient accumulation or concentration of solute against an electrochemical gradient ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism When acetate is the sole source of carbon for some microorganisms, the cycle which is used, is called pentose phosphate pathway glyoxylate pathway glycolyic pathway oxaloacetate pathway pentose phosphate pathway glyoxylate pathway glycolyic pathway oxaloacetate pathway ANSWER DOWNLOAD EXAMIANS APP
Microbial Metabolism The role of bacteriophyll in an oxygenic photosynthesis is to transfer electrons to an intermediate in the sulfide oxidation pathway reduce ferridoxin directly use light energy to energize an electron reduce NADP directly transfer electrons to an intermediate in the sulfide oxidation pathway reduce ferridoxin directly use light energy to energize an electron reduce NADP directly ANSWER DOWNLOAD EXAMIANS APP
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