Point mutations can show three different types of effects:
- Base substitutions can be silent mutations in which the changed codons correspond to the same amino acid.
- Base substitutions can be missense mutations where the changed codon corresponds to a different amino acid.
- Base substitutions can be nonsense mutations in which the altered codon corresponds to the stop signal.
<h3>What are point mutations?</h3>
Point mutations are changes to the N base of DNA or RNA. Point mutations are common, but their effects can be mitigated by gene recovery mechanisms.
The cause of this point mutation is due to 4 factors:
- Errors during DNA replication by mutagens.
- Breaking of oxygen-phosphate bonds.
- Substitution of base pairs.
- Changes in the number of bases.
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In Glycolysis, each molecule of glucose yields 2 molecules of pyruvate, 2 molecules of NADH, and a set of 2 molecules of ATP.
Energy in the form of ATP (adenosine tri-phosphate).Glycolysis takes 1 molecule of glucose and turns it into energy the body can use. Glycolysis is not dependent on Oxygen so Oxygen concentrations don't affect glycolysis.
When the probe dna is inserted into a patient’s genome the genome reacts to the person dna which causes the a reaction to the nerve cells
Answer:
1. Building into the ecosystem.
2. Hunting animals for sport.
3. Increasing carbon emissions.
Explanation:
All of these are bad for Earth's biodiversity. Building into the ecosystem destroys habitats for animals, which causes the population of that species to decline. Hunting animals for sport decreases populations as well, and doesn't keep the environment in check. Increasing carbon emissions heat up the Earth, leading to colder climates warming up. This, in turn, destroys the ecosystem as well.
Answer:
In order to maintain the ability to reproduce, also to preform mitosis