Traits can be affected by environment, genetics, and spirituality while genes are inherited from parents and often are hard to ignore. Such as brown eyes. Only color contacts can change their color. But a trait, such as, say, a facial gesture, can be stopped. This is just a basic difference.
A piece of DNA which controls a trait is a gene variations of a gene are called alleles. If you mean "controls how much a particular trait is expressed" then you would be dealiung with the promoter region of a gene which is near the start and controls how strongly a gene is expressed.
A recessive trait is a genetic trait that is only expressed when an individual carries two copies of the gene responsible for that trait. It is masked by the presence of a dominant trait when an individual carries one copy of each type of gene.
This phenomenon is known as dominance, where one gene masks the expression of another gene for the same trait. When an organism carries two different genes for a trait, one gene is dominant and determines the observable trait, while the other gene, known as recessive, is not expressed in the presence of the dominant gene.
Genes and alleles are not the same. Genes are sections of DNA that determine specific traits, while alleles are different versions of the same gene that can affect how a trait is expressed. A gene can have multiple alleles, each contributing to variations in traits.
If an individual has two identical copies of a trait, it is called homozygous for that trait. This means that both copies of the gene are the same, whether they are dominant or recessive.
A recessive gene is a gene that does not express itself in the presence of a dominant gene of the same trait. When an individual inherits two recessive genes for a trait, the recessive gene will be expressed.
recessive gene A+
A recessive gene will not display its trait in the presence of a dominant trait. A recessive gene only expresses its trait when paired with another copy of the same recessive gene.
If you mean heterozygous, it is the condition in which the genotype for a trait contains two different forms, called alleles, of the same gene.
Being pure for a trait means that an individual carries only one form of the gene that determines that trait. This makes the individual homozygous for that trait and guarantees that the offspring will inherit that specific form of the gene.
A piece of DNA which controls a trait is a gene variations of a gene are called alleles. If you mean "controls how much a particular trait is expressed" then you would be dealiung with the promoter region of a gene which is near the start and controls how strongly a gene is expressed.
The question should be "If two alleles for a gene are the same, what phenotype will the organism have?" Answer: If the two alleles are for the dominant phenotype, the organism will exhibit the dominant phenotype. If the two alleles are for the recessive phenotype, the organism will have the recessive phenotype.
A recessive trait is a genetic trait that is only expressed when an individual carries two copies of the gene responsible for that trait. It is masked by the presence of a dominant trait when an individual carries one copy of each type of gene.
the 2 alleles of the gene for the trait are different on the 2 homologous chromosomesBeing heterozygous for a trait means that they have different alleles for a trait. For instance: Tt would be heterozygous and TT or tt would be homozygous because they are both eitehr little or big t's.it mean the gene is not pure or for example suppose a person is blood group A but actually he is having A and O; because O is recessive trait the gene express the A trait instead, making the person having blood group A.
This phenomenon is known as dominance, where one gene masks the expression of another gene for the same trait. When an organism carries two different genes for a trait, one gene is dominant and determines the observable trait, while the other gene, known as recessive, is not expressed in the presence of the dominant gene.
A single-gene trait is a phenotypic trait controlled by two homologous alleles.
They are both used to format your genetic make up.