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Examples of tests for correspondence



Examples of tests for correspondence

(you must select the appropriate option from the proposed list)

1. Indicate the correspondence between enzymes and their coenzymes:

Pyruvate carboxylase                                  NAD

                                                                         NADP

                                                                    FAD

                                                                    biotin

 

Glucose-6-phosphate dehydrogenase                     NAD

                                                                         NADP

                                                                    FAD

                                                                    biotin

 

Glycerol-3-phosphate dehydrogenase             NAD

                                                                         NADP

                                                                    FAD

                                                                    biotin

 

Succinate dehydrogenase                      NAD

                                                                         NADP

                                                                    FAD

                                                                    biotin

2. For each metabolic pathway, indicate the corresponding biological significance:

 

TCA                                              Production of NADPH2 for reduction reactions

                                                      Getting the maximum amount of ATP

                                                      Adaptation to short-term hypoxia

                                                      Maintaining of blood glucose level

 

Pentose phosphate pathway        Production of NADPH2 for reduction reactions

                                                      Getting the maximum amount of ATP

                                                      Adaptation to short-term hypoxia

                                                      Maintaining of blood glucose level

 

Anaerobic glycolysis               Production of NADPH2 for reduction reactions

                                                      Getting the maximum amount of ATP

                                                      Adaptation to short-term hypoxia

                                                      Maintaining of blood glucose level

 

Gluconeogenesis                 Production of NADPH2 for reduction reactions

                                                Getting the maximum amount of ATP

                                                Adaptation to short-term hypoxia

                                                Maintaining of blood glucose level

 

3. Indicate the correspondence between the reaction (chain of reactions) and an amount of ATP that can be synthesized as a result of the oxidation of 1 mol of the substrate:

 

pyruvate → СО2 + Н2О                3 mol of ATP

                                                             15 mol of ATP

                                                                  12 mol of ATP

                                                                  5 mol of ATP

 

acetyl-CоА → СО2 + Н2О               3 mol of ATP

                                                                  15 mol of ATP

                                                                  12 mol of ATP

                                                                  5 mol of ATP

 

pyruvate → acetyl-CоА                  3 mol of ATP

                                                                  15 mol of ATP

                                                                  12 mol of ATP

                                                                  5 mol of ATP

 

succinate → oxaloacetate               3 mol of ATP

                                                                  15 mol of ATP

                                                                  12 mol of ATP

                                                                  5 mol of ATP



  

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