A single copy of a gene refers to one allele of a gene that is present in an organism's genome. In diploid organisms, which have two sets of chromosomes, each gene typically has two copies—one inherited from each parent. A single copy can influence traits, but its effects may vary depending on whether it is expressed alone or in combination with its counterpart. In some cases, a single copy can also be sufficient to manifest certain characteristics or traits.
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
Gene therapy involves inserting a healthy copy of a gene into cells that have a defective copy. This can potentially correct the genetic mutation causing the disease and restore normal cell function. The goal is to treat or prevent genetic disorders by replacing or supplementing missing or defective genes.
It is called gene replication or gene duplication.
Two gametes, each carrying one copy of the A gene and one copy of the B gene.
A recessive genetic trait is one that is expressed only when an individual carries two copies of the gene for that trait. If an individual carries one copy of the recessive gene and one copy of a dominant gene, the dominant gene will be expressed while the recessive gene remains hidden. This means that the trait associated with the recessive gene will only appear if both parents pass on a copy of the recessive gene to their child.
oncogene
The ability to copy a single DNA sequence into RNA makes it possible for a single gene to produce hundreds or even thousands of RNA molecules.
parents Edited answer: Male and female parent
dogs have a dominant and a recessive copy of a gene
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
That is a dominant gene.
2
Gene therapy involves inserting a healthy copy of a gene into cells that have a defective copy. This can potentially correct the genetic mutation causing the disease and restore normal cell function. The goal is to treat or prevent genetic disorders by replacing or supplementing missing or defective genes.
Most mutations in eukaryotes are recessive because they typically involve changes in a single gene, and the presence of a normal copy of the gene can often mask the effects of the mutated gene. This means that the mutated gene is only expressed when both copies of the gene are mutated, resulting in a recessive trait.
Its possible. A single gene defines a single protein.
It is called gene replication or gene duplication.