The change in organisms over geologic history is known as the evolution of life.
<h3>What is evolution of life?</h3>
A biological population's heritable traits change over successive generations, and this process is called evolution. At every level of biological organisation, evolutionary processes give rise to diversity. The last universal ancestor is a term used to describe the common ancestor of all life on Earth.
Modern living things are a direct descendant of extinct ancient life forms, according to evolution, which explains how living things are changing today. The majority of the time, living things improve their environmental suitability as they develop. Due to their ability to adapt, they do this.
We can solve biological issues that have a direct impact on our lives by comprehending evolution. In the world of medicine, there are many fantastic examples of this. Researchers need to be aware of the evolutionary trends of disease-causing organisms in order to stay one step ahead of pathogenic diseases.
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Answer:
28 amino acids
Explanation:
When you have a frameshift mutation means that the protein will no longer be complete due to a signal of stop or another start signal in the sequence. The protein will not be the same as before the mutation occurs. If a sequence is 105 nucleotides long means that the amino acids that comprise the protein are 35 (each amino acid comes from a combination of 3 nucleotides, 105/3=35). When a mutation occurs in 85th base there are 20 bases that do not work well or that will not be correct (105-85=20). So, when you don't take into account those 20 bases, the sequence will be correct until 84th base pair, and, as the amino acids come from a mix of 3 bases 84/3=28.
The correct answer is B) Light intensity. Hope this helps.
Answer:
No, in molecular cloning cutting mistakes can lead to in correct ligation
C) No, because cutting mistakes could lead to incorrect cloning.
Explanation:
in molecular cloning, if you want to insert a specific gene of interest in to specific vector, the selection of enzyme and strategy before that is very important. The restriction enzyme should be selected which restrict at the desired location in the cloning sites. Any mistake in these selection or undesirable mutation mistakes can lead to in correct or unsuccessful cloning results.
