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which is what I’ll be discussing in the next section of this blog post. The original strand would then have a complementary piece attached at each end, again with an A-T and C-G bond. This means that when we replicate new DNA strands from short segments to long ones, they are often paired correctly–meaning there’s an even distribution of adenine-thymine and cytosine-guanine bonds on both sides of the newly formed double helix. When cells divide (or replicate themselves), it copies its own nucleotide sequence by using base pairs for bonding like before but now will also continue to produce daughter cells so that replication may happen all over again! That way if one cell goes down or dies offwhich could lead to cancer, for example.
The original strand would then have a complementary piece attached at each end in an A-T and C-G bond. This is what allows the two strands of DNA to stick together as they are replicated during cell division (mitosis) or other replication mechanisms like polymerase chain reaction (PCR).
This description goes over why the newly formed DNA strands are often complementary with those assembled from short segments. As cells replicate themselves and divide into two daughter cells, they will copy their own nucleotide sequences through copying which was previously copied by using base pairs (adenine-thymine and cytosine-guanine) for bonding. If this were not done properly or both sides werenA new DNA strand is complementary to the 3′ to 5′ strands assembled in short segments. This is because as the cell replicates, it will copy the newly formed DNA strand and then attach it to one of those already in place. To do this, a complimentary sequence will match up with an original one that was previously copied by using their base pairs (adenine-thymine and cytosine-guanine) for bonding.
In other words, if a new strand of DNA is created as the result of replication, it will attach to one that already existed in order to copy its sequence. The original strand would then have a complementary piece attached at each end in an A-T and C-G bond.
This description goes over why the newly formed DNA strands are often complementary with those assembled from short segments. As cells replicate themselves and divide into two daughter cells, they will copy their own nucleotide sequences through copying which was previously copied by using base pairs (adenine-thymine and cytosine-guanine) for bonding. If this were not done properly or both sides weren’t matched correctly, there could be serious consequences like mutations–
