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Question: 52. This Is An Enzyme Question [Substance A] Enzyme 1 (Substance B) Enzyme 2 [Substance C) Enzyme 3 [Substance D] 11 Substance A Is The Initial Precursor Substance. Enzyme 1 Assists In The Conversion Of Substance A To Substance B And Likewise Enzyme 2 Converts Substance B To C: Enzyme 3 Assists The Conversion Of Substance To D. The Final Product, Substance …

Question: 52. This Is An Enzyme Question [Substance A] Enzyme 1 (Substance B) Enzyme 2 [Substance C) Enzyme 3 [Substance D] 11 Substance A Is The Initial Precursor Substance. Enzyme 1 Assists In The Conversion Of Substance A To Substance B And Likewise Enzyme 2 Converts Substance B To C: Enzyme 3 Assists The Conversion Of Substance To D. The Final Product, Substance …

52. This is an enzyme question [Substance A] Enzyme 1 (Substance B) Enzyme 2 [Substance C) Enzyme 3 [Substance D] 11
Substance A is the initial precursor substance. Enzyme 1 assists in the conversion of substance A to substance B and likewise

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52. This is an enzyme question [Substance A] Enzyme 1 (Substance B) Enzyme 2 [Substance C) Enzyme 3 [Substance D] 11 Substance A is the initial precursor substance. Enzyme 1 assists in the conversion of substance A to substance B and likewise enzyme 2 converts substance B to C: enzyme 3 assists the conversion of substance to D. The final product, substance D can act as a competitive inhibitor on enzyme 1 if the concentration of substance D gets out of homeostatic range. Remember brackets around a chemical mean concentration of that chemical. Questions A Explain the induced fit aspect of enzymology? B. If an iron atom is needed to cause enzyme 1 to work, it would most likely be called a for that enzyme C. What is reversible competitive inhibition? I D. If substance D could not fit into enzyme’s 1 active site, would that mess up homeostasis? Explain-Do not just say yes or no, you must explain to get any credit.




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