Although triple-X human females typically have normal offspring, what kinds of gametes, with respect to the X chromosomes, would you expect from such XXX females? Draw meiotic stages that show the gametes that are expected to be produced.

4. a) Female swamp wallabies have 5 pairs of homologous chromosomes. Based on this al one, how many genetically different gametes can be produced by this animal? b) is through independent assortment. At what stage of meiosis One way that genetic diversity of gametes is produced does this occur? c) meiosis which further increases the genetic diversity of gametes. Describe both the process and at what stage of meiosis it occurs. Explain an additional process that occurs during

If half the chromosomes of a human primary oocyte segregate into the first polar body, which degenerates, why aren’t some of the different kinds of chromosomes of the diploid chromosome complement absent from the egg

The letters below represent genes found on different chromosome pairs. Letters that are similar represent one gene found in a pair of homologous chromosomes.  Another letter represents another gene found in another pair of chromosomes.  Draw how these different pairs of chromosomes behave during meiosis. Show the complete phases of meiosis for each of the following: (a) Cc  (b)BbCC  (c)DdEe     (d) AAbbCc         (e) AaBbCcDd  please do answer all and also show the crossing over

You are an allele on a single uncondensed chromosome in a Yellowfever-carrying mosquito (Aedes aegypti) diploid cell (2n = 6). Demonstrate in as much detail as possible (1) how you will get to each genetically identical diploid cell of the multicellular offspring; (2) how you will get to the next generation of sexually reproduced progeny.   Help, I no understand. Perhaps you will?

A diploid organism has five pairs of chromosomes in each somatic cell. Assuming that no crossing over occurs, how many genetically distinct gametes can this organism produce?

With two pairs of homologous chromosomes, four kinds of gametes can be produced. How many kinds of gametes can be produced with three pairs of homologous chromosomes? What does this suggest for the 23 homologous pairs of chromosomes in human cells?

Although there can be individuals born with only a single X chromosome, there are not individuals born who have no X chromosomes. With what you know, why do you think this might be?

A short-tailed weasel contains a total of 6 chromosomes in its somatic cells. Assuming that crossing over does not occur, what is the probability that a gamete will only contain chromosomes of maternal origin? Selected Answer: a. 1/6 Correct Answer: b. 1/8

During meiosis, does random assortment occur before or after crossing-over?