Final answer:
The statement which specifically would be observed at the cellular and molecular level is Reduced testosterone production due to gene mutation
The answer is option ⇒A
Step-by-step explanation:
At the cellular and molecular level, a genetic mutation could lead to a reduced amount of testosterone in a particular bull shark by causing a disruption in the genes involved in testosterone production. Testosterone production is regulated by multiple genes, and if there is a mutation in one of these genes, it can interfere with the normal process, resulting in reduced testosterone production.
The mutation could affect the functioning of enzymes or proteins that are responsible for testosterone synthesis at the cellular level. For example, it could impact the activity of enzymes involved in converting cholesterol into testosterone, thereby affecting the production process.
At the molecular level, the mutation may cause changes in the DNA sequence of the affected gene. These alterations can disrupt the normal expression of the gene or lead to modifications in the structure of the protein it codes for, ultimately resulting in reduced testosterone production.
The answer is option ⇒A