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In dogs, dark coat (D) is dominant over albino (d) and short hair (S) is dominant over long hair (s). After crossing dogs with dark and short hair with albino dogs with long hair, in F2 a breeder got 89 dogs with dark and short hair, 31 dark, long hair, 29 albino, short hair and 11 albino, long hair. Write down the cross and explain the final results using a branching diagram and genotypic formulas.
Assume that a daughter of a mother without the allele and a father with the allele marries a man with hemophilia. What is the possibility that the daughter's children will develop the disease? Describe how to determined the probability.
Do you think that using recombinant DNA technologies to change the genetic composition of human egg cell is ever justified? If so, what restrictions have to be placed on such a use.
Discuss the difference between an antiseptic and a disinfectant and determine what are chemotherapeutic agents?
A human has 10^14 cells and each human cell has about 6.4 x 10^9 nucleotide pairs of DNA. What is the length of double helix that could be formed from this amount of DNA in a human individual?
Assume if there is no color change after the addition of the reagents noted in #4, zinc is added to the culture. What purpose does thezinc powder serve and What is the oxygen requirement of organisms that are able to reduce nitrates?
The parasympathetic nervous division is central to maintaining homeostasis of the body. Pick one of the oxygen delivery organs and one of excretory or digestive organs.
Suppose that all four possible blood phenotype a are at present in a particular population that is in hardy Weinberg equilibrium with respect to the abo blood groups.
How do the flagellum and the stalk in Caulobacter cells help with nutrient acquistion in an oligotrophic (nutrient poor) enviornment?
Explain how waterborne diseases can best be eliminated by Filtration of drinking water, Chlorination of drinking water or Carriers discovered?
Did any of substances travel against their concentration gradient? Describe why or why not. Using your results from Chart 2, what was the fastest rate of facilitated diffusion recorded? _______________.
Suppose if you are eating a ham and cheese sandwhich, What steps take place with regard to digesting the sandwich?
What are the possible pedigree outcomes for future generations? What types of matings would lead to elimination of this disease from the future family lineage? Could such a condition suddenly appear in a family lineage? If so, how?
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