1) What is ATP, and why is it significant in metabolism? 2) What is the relationship between NAD and NADH? What is the relationship between FAD and FADH₂? Why are these molecules significant in metabolism? 3) What is the net result of glycolysis for a single glucose molecule? What are each of the products used for?
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- Yeast Catalase Experiment Questions: 1) What is the purpose of having a 0ml hydrogen peroxide group in a yeast catalase experiment? 2) What reactants contain yeast catalase: H2O2 or yeast mixture? 3) What gas is being given when catalase and hydrogen peroxide react?Topic: Co-Enzyme Q10 Question: What does it mean when asked to explain the evidence behind medicinal chemistry of the CAM agent, and if the chemical structures relate to it's effects.BIOC 385 Purine Metabolism Q8.1: Describe eukaryotic "purinosome" and their purine biosynthetic pathway
- question--The dairy industry uses enzymes to breakdown lactose in milk, especially for those who suffer from lactose intolerance.---- 1,Explain in detail the enzymes involved, the reactions catalyzed, and the improvement in the product. 2,Discuss why they are being used – more efficient, higher yields or less waste? 3,What was used before enzymes if anything? 4,Discuss the risks, especially to living systems and to the environment. 5,Discuss the impact of the process on society. 6,The end of your paper should include your opinion or concerns on this bio-application. 7,Provide proper in-text citations in APA formattingQ24: Industrial Residues Make a study on the processing of residues originating from an industrial process. For this study, choose an industrial process and make a detailed analysis of the residues resulting from each step of this process, and then make the study of how to manage these residues so as not to cause environmental and social damage.Q2: What is the maximum initial reaction rate for this enzyme at pH 7?
- (Biochemsitry, Topics: Glycolysis and Citric Acid Cycle) - How many ATP are formed from the complete oxidation of fructose in the liver?BIOC 384 Glycolytic Pathway Q9.2: What is the total number of moles of ATP generated per mole of glucose in the glycolytic pathway and which enzymatic reactions generate these ATP molecules? Why are these reactions called "substrate level phosphorylation" reactions?Q10: What are the functions of the following enzymes in the MVA pathway? Give the full chemical equation for each step. a) AACT b) HMGS c) HMGR Q11: Explain the following reactions in the MVA pathway? Give the full chemical equation for each type. a) Claisen condensation b) Aldol type reaction c) Isomerization
- BIOC 385 Amino Acid Derivatives Q7.3: What explains the observation that individuals with phenylketonuria have pigmented skin and hair considering that phenylalanine hydroxylase catalyzes the conversion of phenylalanine to tyrosine and tyrosine is the precursor to melanin pigments?wirte out summary on phosphofructokinase (PFK)BIOC 384 Redox Reactions and Reduction Potentials Q10.1: Answer the following three-part question. a) Calculate the ΔEº’ for the citrate cycle reaction converting malate to oxaloacetate and describe how you calculated this value. b) What is the overall change in standard free energy (ΔGº') for this reaction and describe how you calculated it. c) Do you think the actual change in free energy (ΔG) for this reaction differs significantly from the standard free energy (ΔGº') for the reaction, and if so, why is it different?