.png){kind=logo}
This post includes important one-liners of Biological Oxidation chapter from Biochemistry. This post summarises the chapter in short.
This post includes important one-liners of Biological Oxidation chapter from Biochemistry. This post summarises the chapter in short.
1 of 15 〉
The relation between the change of free energy (G), enthalpy (H) and entropy (S) is expressed by the equation
ΔG = ΔH – TΔS (T = Absolute temperature)
2 of 15 〉
A negative sign of free energy indicates that the reaction is
Exergonic or spontaneous
3 of 15 〉
The bonds responsible for a majority of high-energy compounds are
Phosphoanhydride bonds
4 of 15 〉
The storage form of high-energy compound in invertebrates is
Phosphoarginine
5 of 15 〉
A more negative redox potential represents a greater tendency to lose
Electrons
6 of 15 〉
The electron transport chain is located in
Inner mitochondrial membrane
7 of 15 〉
The prosthetic group present in cytochromes
Heme (porphyrin with iron)
8 of 15 〉
The component of electron transport chain which can directly react with molecular oxygen
Cytochrome oxidase (cyt a + a3)
9 of 15 〉
The site of ETC inhibited by cyanide
Cytochrome a + a3
10 of 15 〉
Superoxide is converted to H2O2 by the enzyme
Superoxide dismutase
11 of 15 〉
Name the compound with the greatest standard free energy.
Phosphoenolpyruvate
12 of 15 〉
Which components of ETC possesses isoprenoid units
Coenzyme Q
13 of 15 〉
The P : O ratio for the oxidation of FADH2 is
2
14 of 15 〉
Inner mitochondrial membrane is impermeable to
OH– K+ H+
15 of 15 〉
ATP synthase activity is associated with the mitochondrial enzyme complex
V
.png)
comments 0
No comments
OR