Answer:
D- NADH
Explanation:
Nicotinamide Adenine dinucleotide, is a co-enzyme which get reduced with hydrogen atoms from Kreb;s Cycle. Flavin Adenine dinucleotide is another co-enzymes(FADH2),
Generally, NADH2 transports hydrogen atoms into the matrix of mitochondria.
The hydrogen is spit to protons and electrons.
The protons are pumped by the proton motive force(PMF) from the matrix into the intramembrane spaces.
The high concentration of protons sets up electrochemical gradients, which supplies the energy needed for ATPs synthesis by ATPase enzyme, as the proton diffuses down the electrochemical gradient back into the matrix.
Therefore the energy from glucose is inform of NADH, and this has been harnessed , for ATPs synthesis.
Answer:
option C
Explanation:
You would have 2 smaller magnets each with a north and south pole
The answer would be the lovely Jupiter
1) TCCAGGTTCGAGTTTAAAGGGG
2) CTTTGGGGAATTTGGAATTAAGG
3) CGCGCGCGTTTAAAAAGGGTAGT
1) TCCUGGGTTTCCGGGUUUGG
2) AUUUCCCGGGUCGGGUGG
3) GAUUUUCCCCCAAAAUUGG
(Pretty sure)
Mitochondrion are the powerhouses of all cells. Obviously, you would need lots of power to move the muscles in your body. Therefore, muscle cells (myocytes) have a relatively large amount of mitochondria in order to provide enough energy to move the muscle, an essential life process.
This article from enotes explain how it interacts with ribosomes.
Its main job is to break down glucose into ATP (energy that the cell can use). The mitochondria does work with other cell organelles in that the ATP is dispersed throughout the cell to power the function of the cell. Specifically, the Ribosomes use the ATP to produce proteins in a process known as protein synthesis.