Using the acromyn LILHOT give the 6 major families of enzymes found in biological systems. Describe the enzymatic activity of the "I" in LILHOT

Please explain step by step

Explain the purpose of the glycerol 3 phosphate shuttle (Don’t worry about the mechanism, just the purpose of the shuttle. Just one sentence here!). Suppose a cell could only rely on the glycerol 3 phosphate shuttle and not the malate-aspartate shuttle, how would that affect the amount of ATP that could be generated from the complete oxidation of 1 molecule of glucose in that cell? How would this change the amount of ATP that could be generated from the complete oxidation of 1 molecule of palmitate in this cell?

Using diagrams show the pathway that is used to convert succinate to phosphoenol-pyruvate, which can be used to make glucose through gluconeogenesis. Be sure to show the structure of all of the intermediates along the pathway and show the name of each enzyme over the arrow. Also be sure to indicate other co-substrates or cofactors required (ie. ATP, NAD+, FAD, etc…)

n your own words and with your own diagrams, describe the catalytic reaction mechanism of the enzyme acetylcholinesterase. Discuss the functional roles of each member of the catalytic triad plus whatever other residues that you find important. Describe the actual movements of protons, and the making and breaking of bonds. What types of chemistries is the enzyme using? (what is the enzyme doing, in term of reaction

Describe experimental enzyme inhibition and how it leads to a deeper understanding of enzyme mechanisms. Explain mechanism-based enzyme inhibition. Describe enzyme inhibition by a transition-state analog. For fluoroacetate and hypoglcyin A, explain how each of these mechanism-based inhibitors is converted to the actual enzyme inhibitor and how this inhibitor then inhibits the relevant enzyme..

Consider the following reaction occurring at 298 K: OH CH₂OH OH -0. OH OH +ATP k₁ k₂ 0- OCH, OH OH 0 OH OH Glucose Glucose 6-phosphate Hexokinase is an enzyme that catalyzes this reaction. When the hexokinase is present the rate of k₁ is 1.3 X10-3 M-15-1 Calculate the activation energy for the hexokinase catalyzed forward reaction.. +ADP

On block 1 (Glycogen Metabolism) fill in the missing pathway (beginning at G6P and endingat Glycogen (n+1)). Names of enzymes and chemical structures of intermediates are NOTneeded, rather only names of each intermediate. Also, you can assume that aglycogenin core has already been built. On this same block the student needs to show theopposing pathway starting at glycogen n+1 and proceeding to G6P. On block 2 (Glycolysis) fill in the missing pathway (beginning at glucose andending at 2 pyruvate). Names of enzymes and chemical structures of intermediates are NOT needed, rather only names of each intermediate. From pyruvate illustrate the fate of pyruvatein anaerobic conditions and the two products produced by this fate.

Why does PGAL have the highest potential energy of glycolysis?

Using the Acronym LILHOT, give the 6 major families of enzymes found in biological systems