g a DIAGRAM, explain how the COMPLETE oxidation of one molecule of palmitic acid produces 129 ATP molecules in mammalian cells
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Q: Using a diagram explain how the COMPLETE oxidation of one molecule of palmitic acid produces 129 ATP…
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- Give typing answer with explanation and conclusion How will a mutation in step 6 of glycolysis affect the products being produced? In other words, what happens to the products of the dehydrogenase doesn’t work properly?Explain why some of the molecules are positioned away from the diagonal in the graph given below. What kind of processes are involved in this phenomenon? Moreover, explain differences and similarities between H-ATPases and H-PPases.Draw graphs to represent the effects of changes in temperature, pH, and enzyme and substrate concentration on the rate of enzymatic reactions. Explain the mechanisms responsible for the effects you have graphed.
- Produce a bar graph that shows the effect of substrate concentration on the rate of reaction for amylase.Show a diagram of electron transport chain in cellular respiration and highlight that phase in the diagram where oxygen plays an important role. Briefly describe that role of oxygen in respiration.In the Electron Transport Chain:(a). What are the two nucleotide molecules that are involved in funneling the electrons into the chain?(b). Indicate all the reactions (in the pathways) that are involved in the transfer of the electrons to these two nucleotides.
- Compare the amount of ATP formed during the metabolization of glucose, proteins and a fatty acid (C16H32O16) by means of a table.which statement best describes the oxidation of odd numbered fatty acids? a) the last intermediate cannot be used by humans b) the human body cannot naturally metabolise odd numbered fatty acids c) the last intermediate is a 3 carbon propionlycoA d) one carbon is removed in the first cycleGive an overview for the oxidative breakdown of a six-carbon, saturated fatty acid. Decide how the fatty acid enters mitochondria, and write the reaction by which it gets activated. Write the four reactions of the b-oxidation pathway. Indicate in which cellular compartment the reactions take place. Use structural formulas for the reactions except for cofactors, ATP, etc. Name the enzyme for each reaction.
- Explain the electron transport chain. Mention the sites of ATP synthesis. Add a note on inhibitors and uncouplers of oxidative phosphorylation.Tell how many ATPs result from from oxidative phosphorylation of one NADH; tell how many ATPs result from oxidation phosphorylation of one FADH2.a. Explain how cells survive in absence of oxygen: describe both GLYCOLYSIS and FERMENTATION.ORb. What are ENZYMES? How do they work? Why are they sensitive to pH and Temperature?