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Explain how the poly(A) binding protein that binds to the poly(A) tails located in the 3' end of an mRNA can play a key role in an mRNA degradation pathway that proceeds from the 5' end of an mRNA in a 5' to 3' direction?
Eukaryotes, one complete set of nuclear chromosomes Note that Eukaryotes also possess a mitochondrial genome thus plants have a chloroplast genome and a mitochondrial genome What about fungi? What is the source of those organellar genomes.
What would be the effect of a mutant receptor whose hormone-binding site was able to bind the hormone permanently? What would happen if this binding site were attached by genetic engineering to a receptor domain that was incapable of activating G ..
The community structure of a habitat is defined by the interactions of the organisms that inhabit it. What is interspecific competition? What are two main types of interactions that occur in all communities? Provide one example of each type of rel..
Which is true about the symmetry of animal body plans?
What is the importance of membranes in the body? What are the three types of membranes? Compare and contrast each type. What homeostatic imbalances may occur relating to membranes, and what are their implications?
Find the number alive and the number dying in a discrete reproduction life table for a hypothetical cohort of 1000 individuals.
What are the various uses of fMRI? One of the ways brain functioning was studied in the nineteenth century was through phrenology. Based on your understanding of the use of fMRI, would it be possible to substantiate phrenology in any way? Explain ..
a. a mutation that makes it impossible to deoxyribonucleotides to bind to the polymerase active site of DNA polymerase I b. a mutation in the coding sequence of DnaA in E. coli.
How can altering ice nucleation protein production yield a bacterial strain useful to agriculture? Explain the logic and how this works.
Determine which population size exhibited the greatest amount of variation in allele frequency during these stimulations?
Complete oxidation of glucose to CO2 results in the formation of 38 ATP. Based on the standard free-energy change (delta G^0') theoretically released per mole glucose oxidized to CO2, calculate the energy capture efficiency (%) int eh form of ATP.
what ways are the mechanisms of action similar. CA2+, IP3, and cAMP have all been described as second messengers.
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