4. The energy of ATP is used in the process of converting: A. proteins into amino acids amino acids into pyruvate C. pyruvate into glucose D. fatty acids into acetyl -CoA E. fats into fatty acids and glycerol 5. Coenzymes participate in the reaction of oxidative decarborylation of pyruvate in the e following sequence: A. TPP, lipoic acid,FAD, NAD, CoA-SH B. TPP, COA-SH, NAD FAD, lipoic acid C. TPP, lipoic acid , COA-SH, FAD, NAD D. NAD, FAD, COA-SH lipoic acid, TPP E. TPP, CoA-SH, FAD.lipoic acid, NAD 6. A product containing a high-energy bond is formed in the reaction of the tricarboxylic acid cycle: A. citrate-cis-aconitate B. a-ketoglutarate - succinyl-CoA C. isocitrate -a-ketoglutarate D. succinate-fumarate 7. The decarboxylation reaction of the substrate in the Krebs cycle occurs during the conversion: A. citrate - cis-aconitate B. cis-aconitate - isocitrate C. succinyl-CoA-succinate D. isocitrate -a-ketoglutarate E.fumarate - malate 8. Synthesis of ATP not coupled with electron transfer by respiratory chain enzymes, is called: A. free oxidation B. oxidative phosphorylation C. substrate-level phosphorylation D. common catabolic pathway E. tissue respiration 9. The prosthetic group of cytochromes is: A. NAD B. FAD C. heme D. FMN E. FeS 10. An increase in the rate of microsomal oxidation of substrates occurs under the action of A. heparin B. carbon monoxide C. heavy metal salts D. phenobarbital E. female sex hormones 11. In the reaction catalyzed by amylase, the end products are A.maltose and dextrins B. glucose and maltose C. dextrins and galactose D. galactose and fructose E. fructose and glucose 12. The synthesis of ATP that is not coupled to electron transfer by enzymes in the respiratory chain is k A oxidative decarboxylation A. oxidative phosphorylation C. substrate-level phosphorylation D. free oxidation E. tissue respiration 13. The enzyme of glycolysis is A. phosphofructokinase B. triose phosphate isomerase

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4. The energy of ATP is used in the process of converting: A. proteins into amino acids amino acids into pyruvate C. pyruvate into glucose D. fatty acids into acetyl -CoA E. fats into fatty acids and glycerol 5. Coenzymes participate in the reaction of oxidative decarborylation of pyruvate in the e following sequence: A. TPP, lipoic acid,FAD, NAD, CoA-SH B. TPP, COA-SH, NAD FAD, lipoic acid C. TPP, lipoic acid , COA-SH, FAD, NAD D. NAD, FAD, COA-SH lipoic acid, TPP E. TPP, CoA-SH, FAD.lipoic acid, NAD 6. A product containing a high-energy bond is formed in the reaction of the tricarboxylic acid cycle: A. citrate-cis-aconitate B. a-ketoglutarate - succinyl-CoA C. isocitrate -a-ketoglutarate D. succinate-fumarate 7. The decarboxylation reaction of the substrate in the Krebs cycle occurs during the conversion: A. citrate - cis-aconitate B. cis-aconitate - isocitrate C. succinyl-CoA-succinate D. isocitrate -a-ketoglutarate E.fumarate - malate 8. Synthesis of ATP not coupled with electron transfer by respiratory chain enzymes, is called: A. free oxidation B. oxidative phosphorylation C. substrate-level phosphorylation D. common catabolic pathway E. tissue respiration 9. The prosthetic group of cytochromes is: A. NAD B. FAD C. heme D. FMN E. FeS 10. An increase in the rate of microsomal oxidation of substrates occurs under the action of A. heparin B. carbon monoxide C. heavy metal salts D. phenobarbital E. female sex hormones 11. In the reaction catalyzed by amylase, the end products are A.maltose and dextrins B. glucose and maltose C. dextrins and galactose D. galactose and fructose E. fructose and glucose 12. The synthesis of ATP that is not coupled to electron transfer by enzymes in the respiratory chain is k A oxidative decarboxylation A. oxidative phosphorylation C. substrate-level phosphorylation D. free oxidation E. tissue respiration 13. The enzyme of glycolysis is A. phosphofructokinase B. triose phosphate isomerase

Answer 1

4. The energy of ATP is used in the process of converting:E. fats into fatty acids and glycerol5. Coenzymes participate in the reaction of oxidative decarborylation of pyruvate in the following sequence:E. TPP, CoA-SH, FAD, lipoic acid, NAD6. A product containing a high-energy bond is formed in the reaction of the tricarboxylic acid cycle:B. α-ketoglutarate -- succinyl-CoA7. The decarboxylation reaction of the substrate in the Krebs cycle occurs during the conversion:D. isocitrate - α-ketoglutarate8. Synthesis of ATP not coupled with electron transfer by respiratory chain enzymes, is called:C. substrate-level phosphorylation9. The prosthetic group of cytochromes is:C. heme10. An increase in the rate of microsomal oxidation of substrates occurs under the action of:D. phenobarbital11. In the reaction catalyzed by amylase, the end products are:B. glucose and maltose12. The synthesis of ATP that is not coupled to electron transfer by enzymes in the respiratory chain is called:C. substrate-level phosphorylation13. The enzyme of glycolysis is:A. phosphofructokinase

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