Answer:
a. The options are;
b. Increase in the rate of the citric acid cycle's activity
c. Increased ratio of ADP:ATP
d. Build-up of NADH
e. Increased pH in the mitochondrial intermembrane space
The correct option is;
b. Increase in the rate of the citric acid cycle's activity
Explanation:
The effects of cyanide's inhibition of chromosome C includes
1. It poisons the mitochondrial transport chain in cells resulting in the build up of NADH and makes the cells unable to produce energy from absorbed oxygen.
2. Due to the low level of ATP presence in the cell, there will be an increase in the rate of citric acid cycle
Thus, the rate of the cycle is reduced when the cell has a high level of ATP.
2. The introduction of cyanide rapidly decreases the level of ATP in the cell increasing the ratio of ADP to ATP
3. In the event of cyanide poisoning, the due to the interference of the electron transport to inter-membrane regions, the pH of the region will increase alongside a decrease in the pH gradient while the ATP formation would stop.
