Image **Biosynthetic Pathway for Molecule Synthesis**In this diagram, we present a biosynthetic pathway for synthesizing two molecules, E or H, from molecule A. Here's the breakdown:- **Molecules**: Denoted by letters A through H.- **Enzymes**: Represented by numbers 1 through 7.### Pathway Overview:1. **A to B** via Enzyme 12. **B to C** via Enzyme 23. **C to D** via Enzyme 34. **D to E** via Enzyme 45. **C to F** via Enzyme 56. **F to G** via Enzyme 67. **G to H** via Enzyme 7### Pathway Details:- After forming molecule C, the pathway can diverge to form either molecule E or H.- High concentrations of molecule H can impede the action of enzyme 5, as indicated by the curve leading to flat lines.### Questions:**A. What is the original reactant in the above pathways?** - [Select]**B. Name an intermediate product in the pathway from molecule A to molecule E.** - [Select]**C. Name an intermediate product in the pathway from molecule C to molecule H.** - [Select]**D. Name a final product of this pathway.** - [Select]**E. If there is a high concentration of molecule E, which enzyme will be inhibited?** - [Select]**F. Will the synthesis of molecule H then increase (I) or decrease (D)?** - [Select]**G. What type of enzyme regulation is this an example of?** - [Select]

Enzymes can e reversibly inhibited in presence of competitive and non-competitive inhibitors. Such…

A biosynthetic pathway for the synthesis of two molecules, E or H, from molecule A is shown below. Letters A through H represent molecules, and numbers 1 through 7 represent enzymes. Observe that after the formation of molecule C, either molecule E or H can be formed depending on which pathway is followed. Note that if a build up of molecule H occurs at a high enough concentration, it impedes the action of enzyme 5 (that is what the curve to flat lines indicate). D4E 2 3 5 1 A B B- F 6 G7 H