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Answer:
The DNA must be able to separate its two strands in order to be connected to the sliding clamp.
For this to occur, the action of the protein components: helicase and topoisomerase is necessary.
Explanation:
The sliding clamp is a protein that participates in DNA replication. This protein is responsible for forming a "ring" around the single strand of DNA, allowing the polymer DNA (DNA replicating enzyme) to be firmly suited to the strand and to be able to create the new DNA strands. The sliding clamp is also responsible for the DNA polymerase decoupling from the DNA at the end of replication.
For the sliding clamp to work correctly, it is necessary for the DNA to unravel and release its two strands. This process needs the help of the Helicase enzymes, which are responsible for breaking the hydrogen bonds that hold the two DNA strands together, and, for topoisomerase, which is the enzyme that prevents single strands of DNA from creating torsions in their extension.
Answer:
C
Explanation:
Stimulus Generalization:
In a conditioning process, stimulus generalization is the procedure for the conditioned stimulus to produce a similar response after the response has been conditioned, which needs to understand stimulus generalization can influence response to the conditioned stimulus. When a pet or a human being trained to respond to a stimulus, another same stimulus may produce the same stimuli as well. Some times this can be problematic, particularly in cases where individuals needed to be able to distinguish between stimuli and respond only to a very specific stimulus.
Hamilton supported the Federal Government, in fact, not only did he settle down the financial chaos inherited from the Revolution but he created the first Bank of The United States. Of course his actions provoked opposition, by Thomas Jefferson and James Madison themselves.
