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Scientists have learned a lot about how genes can cause disease. Maybe one day scientists will be able to remove a gene that causes a defect and replace it with a "normal" gene. They can already do this for some genes. How nice would it be to remove the defective genes and cure diseases and disorders such as Cystic Fibrosis, Down Syndrome, Sickle Cell Anemia, etc.? Some people also think that it would be great to determine the eye color, height, gender, hair color, and other traits of their offspring. What should we use our knowledge of genetic information to control? Should we cure diseases? Is dying from a genetic disorder a natural process of life? Should we be able to form "designer babies"?
Show (using both graphs and words) how the equilibrium theory of island biogeography could used to support the conclusion (despite the apparent contradiction). In addition include two other plausible explanations for this pattern.
If there was mutation in a dna triplet that changed the first triplet from ctt to ctc, would that cause the problem with the resulting polypeptide.
Compare and contrast the steps in a monosynaptic and polysynaptic reflex, giving examples of both.
How do you calculate the energy yield of sugars, amino acids and fatty acids? If you could explain or if it is too much refer me to one I am horribly confused. Thank you!
Purines and pyrimidines play crucial part in cellular energy systems signaling and in the production of DNA and RNA.
A 53 firefighter suffers third degree burns over her hands. Which of the following cell types is primarly responsible for contractues that may develop in this patinet?
How does an organism with a capsule such as K. pneumoniae, provide the organism with pathogenic abilities to avoid destruction by the host cell?
What is the disorder beriberi and how is this relevant to pyruvate dehydrogenase mechanism? and why does its exposure to arsenite or mercury lead to symptons similar to beriberi.
Which is easier to dispose of in a flock of chickens? A recessive allele for erect combs or a dominant allele for feathered legs. How various generations would it take.
Assume you have a bacterial suspension and you need to dilute it to .0010 of the initial concentration so that you can determine thenumber of colonies per milliliter.
Down syndrome is the result of an extra 21st chromosome in humans. In the process of meiosis for the mother, give all possible stages where it could lead to an offspring with Down syndrome,
In fruit flies (Drosophilia melanogaster), Apterous (wingless) is an autosomal recessive trait to the wild type, normal wings. White eyes in Drosophilia is X linked and recessive to the wild type, red eyes.
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