The statement 'the leading strand is synthesized continuously and uses 1 RNA primer' is TRUE. It is replicated in the 3' – 5' direction.
The leading strand refers to the DNA template strand that is synthesized in the 3' – 5' direction during DNA replication.
The 3' – 5' direction that occurs during DNA replication is the direction of the replication fork.
RNA primers are short RNA sequences used for the initiation of the synthesis of DNA (DNA replication) both in the leading DNA strand and the lagging DNA strand.
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The answer is generation and propagation of action potential.
Na+ channels are important for generation and propagation of action potential. In normal neurons, when neurons hit threshold and action potential is triggered, the Na+ channels open and Na+ ions enter the neuron. After the depolarization of membrane, Na+ channels inactivate. Thus, w<span>ithout Na+ channels, neurons would not be able to depolarize and consequently, the action potential would not be generated.
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I think it's the 3rd one but im not sure
They could do this by checking for a buildup of <u>lactic acid</u>.
<u>Explanation:</u>
Without oxygen glucose disintegrates in anaerobic respiration. The chemical process transmits energy to the cell from glucose. Anaerobic respiration does not contain carbon dioxide and water, but generates lactic acid. That can unintentionally lead to intense muscle cramps. Lactic acid has also been utilized as a by-product of energy metabolizing glucose and a waste product that has triggered burning muscle feeling. Research indicates, though that concentration of lactate can help alleviate the burn or muscle cramp produced throughout physical activity with higher intensity.
BB x bb will give you all Bb genotypes.
Therefore, no genotypes in the F1 generation will give you the same as a parent.
