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Which of the following identifies net production when 1 mol of fructose-1,6-bisphosphate is converted to 2 mol of lactate? Assume that re-oxidation of NADH via the electron transport chain yields the equivalent of 3 ATP, and that re-oxidation of FADH2 yields 2 ATP.a. 2 mol of ATPb. 4 mol of ATPc. 2 mol of ATP + 2 mol of NADHd. 4 mol of ATP + 2 mol of NADH
A student argued that this is too time-consuming as the complete amino acid sequence should be determined in order to create the probe. Does the student have a valid argument? Why or why not with reason.
Your favorite patient has just had surgery. After surgery, Bactroban was applied. After a few days, you notice an infection around incision. Even though more bactroban is applied, the infection persists.
Are there any structural adaptations humans may be developing or losing? What about the appendix? Is our use of technology changing the way we evolve over generations?
Explain the processes of fatty acid oxidation and synthesis in animal tissues, pointing out their similarities and differences.
Is this an instance of a positive or negative feedback mechanisms? What is the initial stimulus? What is the result.
What are the sources of genetic variation produced by meiosis and how do they lead to variation? Also, how does mutation lead to variation?
It is estimated that the human genome contains 25,000 genes and the average length of the coding sequence of a gene is 3,000 base pairs. Using these numbers, determine what percentage of the genome is in genes.
3. What is the role of the nuclear localization sequence in a nuclear protein?
Describe the most suitable measure of incidence of diabetes in this scenario? Find the risk (ie measure of Incidence identified in part c) of developing type 2 diabetes among females in this community.
though , certain pairs of his progeny, when interbred, produced red and white progeny at a frequency of about 25 percent. Nick was soon removed from the stud lists of the Holstein breeders. Explain why, using symbols.
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.
Describe the function of the Golgi Apparatus and Ribosomes cell structures and say in which primary cell type (i.e. prokaryotic and/or eukaryotic) you will find each cell structure?
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