Question

Explain how the Y chromosome determines development of the mesonephric duct and not the paramesonephric duct....

Explain how the Y chromosome determines development of the mesonephric duct and not the paramesonephric duct. Be sure to describe the genes involved, what the products of those genes are, and how those gene products influence development of these two reproductive tracts.

Science   Anatomy-And-Physiology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Explain how genes control the timing and coordination of embryo development. How seed germination initiates the...
Explain how genes control the timing and coordination of embryo development. How seed germination initiates the discussion of cell differentiation. How the SRY gene and genetic transplantation shows the importance of embryonic discussion. Why cell death is also an important part of development that is regulated by microRNA.
Reproductive hormones that promote development of the sperm and oocyte work by a negative feedback mechanism....
Reproductive hormones that promote development of the sperm and oocyte work by a negative feedback mechanism. Describe the hormones promote spermatogenesis and oogenesis, respectively and what drives their release (ie: Describe the cascade of events and all organs involved). Be sure to include the hormones involved, the organ from which each hormone is secreted, and the target of each hormone and its physiological response.
Three Drosophila genes on the X chromosome occupy three different loci. The mutant versions of these...
Three Drosophila genes on the X chromosome occupy three different loci. The mutant versions of these genes are y for yellow body ct for cut wing ec for echinus (spiky eyes) When a cross is between female X, and male Y flies, the P and F1 have the following genotype + + +/y ct ec When the F1 is selfed to create the F2, most wild type genes remain linked on the same chromosome, as do the mutant genes on...
. Describe the hormonal changes that occur as a result of implantation, including production of human...
. Describe the hormonal changes that occur as a result of implantation, including production of human chorionic gonadotropin (HCG) to maintain the corpus luteum and increased production of progesterone by the corpus luteum Part C: Read these passages from the text and answer the questions that follow. The only obvious difference between boys and girls at birth is their reproductive organs. However, even the reproductive organs start out the same in both sexes. In the first several weeks after fertilization,...
Explain the principle of “differential gene expression” and how different genes are expressed in different cell...
Explain the principle of “differential gene expression” and how different genes are expressed in different cell types. Describe in detail the two main mechanisms of the transcriptional regulation of gene expression. If you were going to “design” a transcription factor with an unlimited number of protein domains, how would you design this transcription factor so that it could take care of all of the transciptional regulation/expression of the muscle gene myoD.
Question 11 pts ________________ is a specific version of a gene on a homologous chromosome that...
Question 11 pts ________________ is a specific version of a gene on a homologous chromosome that has a corresponding version of a similar gene on a homologous chromosome. For example, hair color gene (ie. red from mom) will be on one homologous chromosome and a possibly different version of hair color gene (ie. black from dad) will be on the other corresponding homologous chromosome. chromosome allele chromatin genome Flag this Question Question 21 pts A ___________ is how you write...
1. What are the advantages of Y-chromosome STR profiling? Select the two correct answers. Less genetic...
1. What are the advantages of Y-chromosome STR profiling? Select the two correct answers. Less genetic variability exists on the Y chromosome than on autosomal chromosomes. Y chromosome STR profiling is possible for more than 200 loci. Gender separation of mixed tissue sample is easily achieved. Y chromosome STR profiling is more sensitive than standard STR profiling. 2. What are the limitations of this procedure? Y chromosome doesn't undergo recombination, thus it is difficult to differentiate DNA from close male...
Explain what is meant by the term “allostery” and give two examples explaining how this can...
Explain what is meant by the term “allostery” and give two examples explaining how this can influence regulation of a gene
Question text In drosophila (fruit flies): The yellow gene is on the X-chromosome, the gene product...
Question text In drosophila (fruit flies): The yellow gene is on the X-chromosome, the gene product plays a role in body colour. Wild type flies are a light brown/tan in colour, homozygote yellow mutants have a more yellow shaded body colour. We'll use y+ to represent the wild type allele, and y to represent the mutant allele. y+ is dominant to y. The vestigial gene is on chromosome 2. Homozygote vestigial mutants have very short wings, and cannot fly. We'll...
2) a)Psychological influences on P.I. a. Context – explain how it influences perception b. Expectations or...
2) a)Psychological influences on P.I. a. Context – explain how it influences perception b. Expectations or schemas – explain what they are. Describe an example of how they are involved in perception. c. Motivations – given an example of how our motivations can influence P.I.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT