The triose phosphate isomerase (TPI) is the glycolitic enzyme that catalyzes a reaction with an enediolate intermediate. It <span>plays an important role in efficient production of energy and is essential in </span>glycolysis. This<span> </span>enzyme catalyzes<span> the reversible interconversion of the </span>triose<span>phosphate </span>isomers dihydroxyacetone phosphate<span> and D-</span>glyceraldehyde 3-phosphate<span>.</span>
The main function of DNA polymerase<span> is to make </span>DNA<span> from nucleotides, the building blocks of </span><span>DNA</span>
Answer:
Phosphatidylcholine and phosphatidylserine
Explanation:
A mistake in DNA replication before meiosis produces an organism that is better able to outrun predators.
Explanation:
The genetic variation results from the different alleles of a population. The mutation or mistake in DNA replication would cause gene variants which may be beneficial. The variation in the DNA sequence of genome results in variants in small population.
Genetic variation is the cause of natural selection and eventually, evolution takes place with beneficial traits.
It is mentioned in the question that resulting offspring having received the mutant allele could result in better surviving capabilities or phenotypic traits as they are able to outrun predators.
