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Q1. o Why is water essential to health maintenance?
o What are the functions of water in the body?
o What happens to body as it does not get the water it needs?
o evaluate and contrast how different electrolytes-sodium, potassium, and chloride-function in the body.
o What effects can alcohol and caffeine have on hydration levels in body?
o What steps can people take to ensure they do not become dehydrated?
Q2. Your brother has just bought a new plastic model airplane. He places all the parts on the table in about the positions in which they will be located when the model is complete. His actions are analogous to which procedure in development?
Compute the frequencies of the genotypes in future generations if the initial population consists of the following genotype frequencies.
Assume your professor handed you a test tube with 3.0 ml of an E.coli culture in it and told you to make a 10^(-3) dilution of the entire culture. Describe how you would do it.
What characteristics of beets make them useful as experimental models for studying cellular membranes?Why is the biologically important.
what kind of children would a woman with a hemophilic father and a man with becker muscular dystrophy (which are both inherited X-link traits) have? people with becker are still fertile and not confined to a wheel chair until their 40s.
define the results of the three chi-squared analyses. what do these analyses tell you about the chromosomal arrangements and the genotypes of plants 1 and 2 and the events that occured during gamete production.
An agglutination test was performed on patient's blood. The titer was 512, and upon further testing the antibody involved was identified as IgM. Why can some major organs/tissues be safely removed from the lymphatic system?
Another dog, Billy, has three restriction sites for this enzyme in his genome. For this problem suppose there is only one chromosome in dogs.
Transposons all have the capacity to move from a donor DNA to a target DNA, with the target DNA being chosen essentially at random and independent of DNA sequence.
How the DNA mutation leads to the manifestation of the disease. Can the mutated DNA be removed in order to cure the disease? Why or why not?
Describe the control mechanism of cellular respiration as it pertain to the Kreb's cycle?
A two year old boy is treated for recurrent fractures of his long bones. Physical examination reveals blue sclera, loose joints, abnormal teeth, and poor hearing.
After Drosophila DNA has been treated with a restriction enzyme, the fragments are attached to plasmids and selected as clones in E. coli. By using this "shotgun" technique, David Hogness recovered every DNA sequence of Drosophila in a library.
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