2000•Annual Review of Sex ResearchRequires access

Genetics of Sexual Development

Eric J. N. Vilain

Open publisher page 38 citations

Abstract

In humans, the choice between male or female development is genetically determined. Sex determination occurs as the undifferentiated and bipotential embryonic gonad becomes either testes or ovary. This process is influenced by the action of genes that have been discovered by genetics studies of sex-reversed patients, XY females, XX males, and XX true hermaphrodites. The development of the gonad is better known in males than in females. SRY, a gene located on the Y chromosome, triggers a complex genetic cascade leading to testicular development. Other genes such as DAX1, located on the X chromosome, antagonize the action of SRY and may influence ovarian development. Only a minority of sex-reversed patients can be explained genetically, suggesting that many genes influencing sex determination are yet to be discovered.

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What this paper is about

In humans, the choice between male or female development is genetically determined. Sex determination occurs as the undifferentiated and bipotential embryonic gonad becomes either testes or ovary. This process is influenced by the action of genes that have been discovered by genetics studies of sex-reversed patients, XY females, XX males, and XX true hermaphrodites. The development of the gonad is better known in males than in females. SRY, a gene located on the Y chromosome, triggers a complex genetic cascade leading to testicular development. Other genes such as DAX1, located on the X chromosome, antagonize the action of SRY and may influence ovarian development. Only a minority of sex-reversed patients can be explained genetically, suggesting that many genes influencing sex determination are yet to be discovered.

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Available abstract

In humans, the choice between male or female development is genetically determined. Sex determination occurs as the undifferentiated and bipotential embryonic gonad becomes either testes or ovary. This process is influenced by the action of genes that have been discovered by genetics studies of sex-reversed patients, XY females, XX males, and XX true hermaphrodites. The development of the gonad is better known in males than in females. SRY, a gene located on the Y chromosome, triggers a complex genetic cascade leading to testicular development. Other genes such as DAX1, located on the X chromosome, antagonize the action of SRY and may influence ovarian development. Only a minority of sex-reversed patients can be explained genetically, suggesting that many genes influencing sex determination are yet to be discovered.

Key concepts: Testis determining factor, Gonad, Biology, Sexual differentiation, Development of the gonads, Y chromosome, Disorders of sex development, Genetics

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