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1. What is the mutation, how does this mutation impact DNA replication?
2. How was the relationship between the mutation and the disease discovered?
3. What are the symptoms of the disease?
4. How does the problem in DNA replication lead to the symptoms of the disease (a discussion of transcription and/or translation may be appropriate here)?
5. How could genetic engineering technology be used to learn more about this disease?
Submit the complete citation and a copy of the research article you would like to use for part 4. Discussion of the science of a recent research study on the pathogen or disease it causes.
Explain the development of Anabaena heterocysts. Include the names of important structures and compounds.
q1. what sort of signalling occurs when insulin is secreted from the pancreas and acts on muscle cells to increase
If NAD+ is an electron acceptor that becomes NADH and the NADH then donates a proton to ATPase, should not NADH now become NAD- since it lost it's proton but still has electron?
You are studying a single-gene locus with two alleles in a population that is in Hardy-Weinberg equlibrium. Examination of a large sample of individuals from the population reveals there are five times as many heterozygotes as there are homozygote..
What is the haploid number (n) of this switchgrass species.
prepare a 2-3 page paper in which youprovide a discussion of the normal anatomy of endochondral versus intramembranous
In England in the 1700s, Edward Jenner injected a child with a smallpox vaccine that had not yet been tested. After some time had passed, he injected the same child with a living smallpox virus. How do you think Jenner's experimental method differ..
which is matching to obligate anaerobes?
Does pancreatic amylase found in blood any activity as it circulates in the blood plasma?
1. The pka values of a compound with two ionizable groups are pk1=4.10 and pk2 between 7 and 10. We have 10 mL of a 1.0 M solution of this compound at a pH of 8.0. She adds 10.0 mL of 1.0 M HCL, which changes the pH to 3.20. What is pk2?
A patient has blood with a pH of 7.35. Predict the direction of PCO2, for a condition which is consistent with respiratory acidosis. What compensation acts to restore pH to near the value of pH 7.4?
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