This is called co-dominance, when neither trait is dominant nor recessive to the other one, hence making them equally strong.
Genes that are expressed equally when inherited are called "co-dominant" genes. In co-dominance, both alleles contribute to the phenotype, resulting in a distinct expression of both traits simultaneously. An example of this is seen in human blood types, where alleles A and B are co-dominant, leading to the AB blood type when both are present.
This question is misguided. Genes are neither strong nor weak. Everyone has a mixture of genes which dictate what our bodies are like. Everyone has genes which help, hinder or have no effect on survival.
This condition is known as polygenic inheritance. It involves multiple genes contributing to a trait, and the expression of these genes can be influenced by environmental factors. The combination of genetic and environmental influences leads to a wide range of variation in the trait.
Genes
An abnormal condition that a person inherits through the chromosomes or genes is a genetic disorder.
No, genes located on autosomes are not considered sex-linked genes. Sex-linked genes are located on the sex chromosomes (X and Y) and usually show different inheritance patterns in males and females. Autosomes contain genes that are inherited equally by both sexes.
Genes that are expressed equally when inherited are called "co-dominant" genes. In co-dominance, both alleles contribute to the phenotype, resulting in a distinct expression of both traits simultaneously. An example of this is seen in human blood types, where alleles A and B are co-dominant, leading to the AB blood type when both are present.
no
Because the recessive genes that cause the condition are inherited from the parents of the sufferer.
It's called "incomplete dominance."
Multifactorial trait
No it in its genes to be strong
This question is misguided. Genes are neither strong nor weak. Everyone has a mixture of genes which dictate what our bodies are like. Everyone has genes which help, hinder or have no effect on survival.
No, thalassemia is not a sex-linked genetic disorder; it is an autosomal recessive condition. This means that it is caused by mutations in genes located on non-sex chromosomes, specifically the alpha or beta globin genes. Both males and females can be carriers and affected by thalassemia equally, regardless of their sex.
GENES
This condition is known as polygenic inheritance. It involves multiple genes contributing to a trait, and the expression of these genes can be influenced by environmental factors. The combination of genetic and environmental influences leads to a wide range of variation in the trait.
The genes carried on the X chromosome are called X-linked genes, while the genes carried on the Y chromosome are called Y-linked genes. These genes play a role in determining various traits and characteristics in individuals.