Answer: Petrifaction
Explanation:
In geology, petrifaction can be defined as the the process by which the original organic material becomes a fossil. During the process of fossilization, the small pores that is present in the organic material is replaced by the minerals.
All the organic materials undergoes this process. The process takes place by two methods.
1 permineralization
2 replacement.
Growth that increases at a constant percentage per unit time is known as <span>Exponential Growth.</span>
The DNA replication by the action of DNA polymerase takes place in the 3' to 5' direction on the leading strand. The lagging strand which has the opposite orientation or polarity as that of the leading strand requires a more time to get synthesised. The DNA replication of the lagging strand happens in short segments where a RNA primer forms a compliment with a part of the DNA segment on its 3' end. This RNA primer helps initiate the replication of the Okazaki fragments. When the replication on the lagging strand reaches its end, the RNA primer forms a compliment with the last bit of the strand. This small segment gets missed in the end as no more DNA is left to form a RNA primer-DNA compliment. Such shortening of the lagging strand in the replication process is the end-replication problem.
Telomeres are protective ends of the DNA strands. These ends contain a poly-A tail. When the lagging strand replication reaches its end, the RNA primer forms a compliment with the telomere and initiates the replication. This leads to the shortening of the telomere and not the coding segments on the lagging strand of DNA. The telomerase repairs the shortened telomere by re-synthesising it.
To convey or move something one place to another. I hope this helps :3
hard parts are most likely to be preserved