Most commonly sex linked traits are on the X chromosome, but rarely they can occur on the Y chromosome.
Sex-linked traits are inherited from the organism's parents.
Y chromosome.
Males, because they have one X chromosome, in which the traits are carried on. Therefore, if they have one allele they will have that trait because they do cannot have another allele to affect it.
No they don't, the autosomes are non sex linked chromosomes.
No, not all sex-linked traits are located on the X chromosome. Some sex-linked traits can also be located on the Y chromosome.
Genes for sex-linked traits can be found on the sex chromosomes - X and Y. Almost all sex-linked traits are determined by the X chromosome, because it is much larger than the Y chromosome and can thus carry more genes. A few sex-linked traits are known on the Y chromosome, including - believe it or not - hairy ears.
Because the Y chromosome is so small and has relatively few genes, most sex-linked traits are governed by genes of the X sex chromosome, and are therefore X-linked.
Males typically have a higher frequency of sex-linked traits because they have only one X chromosome, making recessive sex-linked traits more likely to be expressed. Females have two X chromosomes and can be carriers of recessive sex-linked traits without showing the phenotype.
When a trait is located on the X chromosome, it is referred to as an X-linked trait. This means the trait is inherited through the X chromosome and can show different patterns of inheritance compared to traits on autosomes. Examples of X-linked traits include red-green color blindness and hemophilia.
Traits caused by proteins coded for on the sex (X and/or Y) chromosomes.
Traits caused by proteins coded for on the sex (X and/or Y) chromosomes.
Both sex-linked and sex-influenced traits are influenced by the individual's sex. Sex-linked traits are determined by genes located on the sex chromosomes, while sex-influenced traits are influenced by sex hormones and may be expressed differently in males and females despite being on autosomes.