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In humans, females (XX) have two X chromossomes whereas males only have one. While most of one of the X chromossomes is deactivated in females it's still less likely for females to get an X-linked genetic disorder unless in double dose or a dominante gene. For males (XY), on the other hand, since they only have one X chromossome that isn't deactivated, one dose is usually enough to cause them to have the disorder, whether the gene is recessive or dominant. That's why males are way more likely to get such disorders than females. Hemofilia, daltonism and baldness would be three examples.

Traits linked to the Y chromossome will practically always manifest in males, and never in females. Hairy ears would be one example.

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Q: Described how sex - linked are expressed differently in males and in females?
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Related questions

How are sex-linked genes expressed differently in the phenotype of males and females?

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How are sex linked genes expressed differently in the phenotypes of males and females?

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How are sex-linked genes expressed differently in the phenotypes of male and female?

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What is the difference between sex linked sex influenced and sex limited?

Sex-linked traits are located on sex chromosomes and are typically inherited differently between males and females. Sex-influenced traits are genes that are expressed differently depending on the sex of the individual. Sex-limited traits are expressed in only one sex due to anatomical or physiological differences.


How are sex-linked genes express differently in the phenotypes of males in females?

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How are sex-linked genes expressed differently in the phenotype of males and female?

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What is the similarities of sex-linked and sex influenced?

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.


Which type of inheritance involves traits linked to a sex chromosome?

Sex-linked inheritance involves traits that are linked to genes on the sex chromosomes (X and Y). Traits carried on the X chromosome are typically expressed differently in males and females due to differences in the number of X chromosomes they inherit. Examples include color blindness and hemophilia.


How do you express sex linked genes?

Sex-linked genes are typically expressed differently between males and females due to their location on the sex chromosomes. In males, sex-linked genes on the X chromosome are always expressed, while in females, the expression of these genes can be influenced by X chromosome inactivation. This means that males are more likely to show traits linked to genes on the X chromosome, while females may exhibit a mosaic pattern of expression.


Which gender has a higher frequency of sex linked traits?

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.


Why do x linked conditions appear more frequently in males than females?

Because males have an X and Y chromosome. If the trait is X-linked (recessive), there is nothing to mask the expression. On the other hand if a woman has an x-linked recessive allele and a dominant one, the dominant trait is the one that will be expressed.


Why are sex-linked traits more conman in males?

Sex-linked traits are more commonly expressed in males because they only have one X chromosome. This means that any recessive allele on the X chromosome will be expressed since males don't have a second X chromosome to mask it. In contrast, females have two X chromosomes, giving them a higher chance of carrying a dominant allele that can mask the recessive allele.