Table 8.3 - Metabolic Pathway
$\begin{array}{cc}
\text { Gene } a & \text { Gene } b \
? &? \
\text { Enzyme A } & \text { Enzyme B } \
? & ?
\end{array}$
$\text { Compound A ?Compound B? Compound C }$
-In Table 8.3, if compound C reacts with the allosteric site of enzyme A, this would exemplify

Question

Table 8.3 - Metabolic Pathway 
$\begin{array}{cc}
\text { Gene } a & \text { Gene } b \
? &? \
\text { Enzyme A } & \text { Enzyme B } \
? & ?
\end{array}$
$\text { Compound A ?Compound B? Compound C }$
-In Table 8.3, if compound C reacts with the allosteric site of enzyme A, this would exemplify

Quizplus · Accepted Answer

Feedback inhibition occurs when the end product of a metabolic pathway inhibits an enzyme that acts earlier in the pathway, preventing the overaccumulation of the product. In this case, compound C inhibiting enzyme A exemplifies feedback inhibition.

Table 83 - Metabolic Pathway Gene a Gene b?? Enzyme A Enzyme B ??\begin{array}{cc}\text { Gene } a & \text { Gene } b \\? &? \\\text { Enzyme A } & \text { Enzyme B } \\? & ?\end{array} Gene a? Enzyme A ?​ Gene b? Enzyme B ?​

Table 83 - Metabolic Pathway $\begin{array}{cc}\text { Gene } a & \text { Gene } b \\? &? \\\text { Enzyme A } & \text { Enzyme B } \\? & ?\end{array}$