contestada

A student claims that the Y chromosome contains the sex-determining region gene, known as the SRY gene, which causes male fetuses to develop testes.
Which of the following provides correct information about cell signaling that supports the claim?

Group of answer choices

The SRY gene produces a protein that binds to specific regions of in certain tissues, which affects the development of these tissues.

The SRY gene produces a protein that deletes portions of the X chromosome in males so that male characteristics can develop.

The SRY gene produces and RNA segment that is exported from specific cells and targets the developing gonads

The SRY gene is found only in tissues of the developing gonads.

Respuesta :

Answer: the SRY gene produces a protein that binds to specific regions of DNA in certain tissues, which affects the development of these tissues

Explanation: i got it right on my quiz

The SRY gene is the sex determining region of the Y chromosomes. The correct information about the cell signalling of SRY gene is:

  • The SRY gene produces a protein that binds to specific regions of certain tissues, which affects the development of these tissues.

The SRY gene is also known as the Testes-Determining Factor, which initiates the cascades of process vital to form testes. The SRY gene is found in Y-chromosomes. The Y protein produced acts as a transcription factor, which binds to the specific regions of DNA. The genes helps in controlling the activity of particular genes and help in formation of gonads from undifferentiated tissues. The SRY gene is present on the Y-chromosome, which determines the male characteristics during the fetal development.

Therefore, the SRY genes initiates the cascade of processes to form testes. The gene secrete a protein that binds to specific sequence in the DNA.

To know more about SRY gene, refer to the following link:

https://brainly.com/question/19266062?referrer=searchResults