Yes, a single gene can control more than one characteristic through a concept called pleiotropy. This occurs when a gene influences multiple, seemingly unrelated traits or phenotypes. Examples include the gene responsible for sickle cell anemia, which can also affect resistance to malaria, or the gene responsible for Marfan syndrome, which can impact the heart, eyes, and skeleton.
Single gene diseases only effect one typeof gene where im a complex genetic disease many genes are effected. An example of a single gene diseas is sickle cell anemia. Cancer would be an eexample of a complex gene disease.
Multiple alleles indicates that either the study is being conducted on alleles at more than one gene locus, that the characteristic being studied is controlled by several alleles at different loci or that there are two or more alleles at a single gene locus.
dominant
The Trojan gene effect refers to a genetic phenomenon where a deleterious gene hitchhikes along with a beneficial gene that spreads through a population. This can result in the deleterious gene becoming more widespread even though it is harmful to the organism.
phenotype
dominant
The different forms or variations of a gene are called alleles. Thank you<3
It was once believed that one gene controls one trait, so it is possible. Currently, the belief is that one gene can interact with other genes to control a trait, and that one gene can control more than one trait.
An example of a gene with three or more alleles for a single trait is the ABO blood group gene. This gene has three main alleles - A, B, and O - which determine blood type. The different combinations of these alleles result in the various blood types (A, B, AB, and O) observed in humans.
Alternative splicing permits a single gene to code for more than one polypeptide. In alternative splicing, certain exons of a gene may be included or excluded from the messenger RNA used to code for proteins.
They are both metals. The effect is that copper is more safer than aluminum. From Leah :)