Exaptation
Explanation:
In this example, the lateral extensions that developed were meant for thermoregulation.
But these became sufficiently large to support gliding through the air and later on were used for flight.
Thus the structure assumed a function for which it was not meant and its original function shifted to a completely different dimension giving rise to modern insect wings. So we can say that this is an example of Exaptation.
The role of DNA in all cells is to produce molecules of RNA that are involved in protein synthesis. Through the proteins, all the metabolism of the cell is controlled. DNA is also used to synthesize new DNA for daughter cells.
DNA polymerase III has a subunit for proofreading during DNA replication. As replication continues and
the polymerase III enzyme detects a mismatched base pair, through a deformity in the double helix structure, the
polymerase backs up, nicks the mismatched base and replaces it with the correct
base before continuing replication.
Answer:
TRUE
Explanation:
TRUE
IM IN BIOLOGY AND HAVE DOING THIS FOR THE PAST 2 WEEKS!
TRUST ME ITS TRUE.
Answer:
It is difficult to overestimate the influence of the apostle Paul. He is known worldwide as one of the greatest Christian missionaries. His inspired writings cover a large portion of the New Testament, and it is safe to say that he remains one of the most read authors in human history. His abrupt turnaround from zealous persecutor of Christians to one of Christianity’s greatest proponents surely shaped the history of the early Christian church. But who was Saul of Tarsus before he became the apostle Paul? What do we know about his life prior to meeting Christ on the Damascus Road?
Explanation:
