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In smurfs, tall (T) is dominant to dwarf (t), blue (B) isdominant to pink (b) and happy (H) is dominant to sad (h). Tall,blue, sad females were mated to dwarf, blue, happy males. Theprogeny generation consisted of 74 tall blue happy, 69 dwarf bluehappy, 24 dwarf pink happy and 22 tall pink happy. Fill in thespaces with the genotypes of the parents. Be sure to write yourgenotypes with the genes in the order height, then color, then moodand do not put any spaces in your genotype so that your answer canbe scored correctly.The genotype of the female parent in this cross is ______The genotype of the male parent in this cross is______
How does topography work, why does the normal cornea flatten towards the periphery
What type of mutation does ultraviolet light cause in DNA? How is this related to XDNAeroderma Pigmentosum (XP)? How are genes aligned on homologous chromosomes?
1.the molecular machines those components that do things of the cell are
List in chronological order five major discoveries or developments in molecular biology and bioinformatics since the early 1950's, which you consider responsible for the current state of these fields. Provide a brief explanation for each of your c..
If the hernia allele in Belgium terriers has a frequency of 0.09, what is the probability that a puppy you buy will develop this problem (the problem is expressed by the homozygous recessive condition hh)?
q1discuss whether you think that the tradeoffs that parents make in nestling rearing from nest placement to fledging
Red hair (autosomal recessive) is found in approximately 4 percent of the people in Norway. If we assume that the Norwegian population is in Hardy-Weinberg equilibrium with respect to hair color.
What can deduce about the structure of this protein. he protein elutes in a void volume on a gel filtration column with a fractionation range of 30kDa to 300kDa
Suppose that the genes required for Isoleucine biosynthesis are contained within an operon. If the cell is grown in the presence of high values of isoleucine you would expect to find,
Why can glucogenic amino acids be used to make glucose, while ketogenic ones cannot?
Meiosis explains Mendel's laws. Explain the phenotype of a mutant in the cell cycle that would disrupt Mendel's first law
Describe the regulation of eukaryotic gene expression. Include what regions of DNA and what proteins are important and why? Include a discussion of post-transcriptional regulation.
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