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.
The correct question with the options would be:
During which part of the cell cycle is DNA polymerase most active?
a. G1 phase of interphase
b. mitosis
c. S phase of interphase
d. G2 phase of interphase
e. cytokinesis
The correct answer is c. S phase of interphase.
The replication of the entire genome or the whole DNA occurs during the S-phase or also called synthesis phase. Therefore, the enzyme is DNA polymerase which carries out the replication of DNA shows its maximum activity. The DNA polymerase is active in various cell cycle checkpoints to detect the DNA damage but the repair action of DNA polymerase involves only a small region of DNA as compared to the whole genome during the S-phase.
Answer:
Genetic inheritance occurs due to genetic material in the form of DNA being passed from parents to their offspring. ... Although the offspring receives a combination of genetic material from two parents, certain genes from each parent will dominate the expression of different traits.
Answer:
Mammals
Explanation:
Something that is common between a bat, human, and dolphin is that they are mammals. This is because they have fur and warm blooded, they didn't need to hatch instead they were born alive.
Cells use a complex assembly of molecules called a ribosome. This is how proteins are produced.
Plants are a renewable resource. Plants can be used repeatedly and easily, and naturally, replaced.
The energy yield from a gram of fatty acids is approximately 9 kcal (37 kJ)
When a plant is low on sugar, a cascade of molecular interactions degrades a protein called WRINKLED1 that turns on fatty acid synthesis is how plants produce oil- One cause is when you compare plants grown under strong nutrient deficiency with normal fertilized plants!