is used in gluconeogenesis that bypasses step 1 of Glycolysis in the production of free glucose from Glucose 6-phosphate?   Group of answer choices Hexokinase Glucose 6 phosphatase Glucokinase

Can someone help with this question?

For the two conditions below regarding Glycogenolysis, please explain how glucose release would be affected. Would there be an increased, decrease, or no change compared to “normal” conditions? Also explain which enzyme or reaction is affected and why. Condition 1: the debranching enzyme is inhibited Condition 2: free inorganic phosphate is chelated

An individual goes in to get their blood work results for their enzyme deficiency in glycolysis. Based on the results, provide an explanation of which enzymes are deficient in the individual? Blood Glucose levels are normal   *Glucose-6 phosphate, *fructose-6 phosphate, *fructose-1,6 biphosphate, *glyceraldehyde-3 phosphate, *1,3-biphosphoglycerate, and *phosphoenolpyruvate levels are ALL increased   Pyruvate, ATP, and RBC concentration are all at a decreased level

Which of the following biochemical reactions should be classified as endergonic (endothermic)?  conversion of glucose into amylopectin conversion of lactose into glucose and galactose conversion of glycogen into glucose conversion of sucrose into glucose and fructose conversion of amylose into glucose

Why does epinephrine stimulate glycolysis? I know why epinephrine stimulates glycogenolysis which is to release glucose stores. But epinephrine stimulating glycolysis seems counterintuitive as it would synthesize less glucose and more pyruvate?

Which of the following describes the process of converting a pyruvate back to glucose?    glycogenolysis            glycolysis            glycogenesis            gluconeogenesis

Which of the following enzymes functions in opposition of PFK, and therefore is inhibited by fructose-2,6-bisphosphate? Fructose 1,6-bisphosphatase Glucokinase Pyruvate Carboxylase Glucose 6-phosphatase

Which of the following is NOT a regulatory mechanism for catabolism and anabolism? Phosphorylation of enzymes in glycogenesis and glycogenolysis Modulation of enzymes in glycolysis and the aerobic stage of cellular respiration by intermediates and products of the pathway Conversion of pyruvate to alanine Differences in enzymatic activities in response to variations in the concentration of substrates Activation of gluconeogenesis

Which of the following glycolytic enzymes catalyzes the conversion of fructose-1,6-bisphosphate into the two product molecules dihydroxyacetone phosphate, and glyceraldehyde-3-phosphate? phosphoglycerate kinase pyruvate kinase malate dehydrogenase aldolase phosphofructokinase