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Question: The enzyme telomerase consists of protein and a RNA containing the template sequence that directs the addition of an end sequence appropriate for the species. Telomere sequences for Tetrahymena (TTGGGG) were cloned into the telomere ends of artificial chromosomes that were introduced into yeast. After several cell divisions, the ends of the artificial chromosomes had the sequence TGGTGG. Why do you think these sequences were added?
Animals always want to get the most from their resources by increasing the surface area throughout their organ systems. Please cite five examples and how it does this.
What are the most important chemical similarities or difference between triacyglycerols and glycerophospholipids that leads to their respective functions.
A different walnut rooster was crossed to a rose hen, and all the progeny were walnut. What are the probable genotypes of the parents.
Assume you are mapping genes on the second chromosome of Drosophila melanogaster using three different true breeding mutant strains:
What is the fiber tract that provides for communication between different parts of the CNS called? And what is the one that carries impulses between periphery and CSN called.
Describe the significance of historical achievements in proving the role of microorganisms in human health and disease and maintaining health of the environment. Be sure to explain the current classification of microorganisms.
A 40 year old woman was admitted into ER with fever, chills, and a dry cough with little sputum. Epidemiologists isolated pathogen in the cooling system of the air conditioning unit.
As Ben jumped on his bike and headed for the fresh water lake, his mom called after him, "Don't swim if we have an electrical storm-it looks threatening". That was a valid request. Why with reason.
Describe oxidative and non-oxidative branches of the pentose phosphate pathway and distinguish between these branches in terms of their roles in producing NADPH for biosynthesis reactions or 5-carbon sugar for mucleic acid synthesis.
Determine what happens if histone H1 is selectively extracted from compacted chromatin (30 nm fibers)
At the starting of the spring, Dr. Betty Burner notices that there is an equal distribution of long and short-stemmed dandelions in her backyard.
Explain an experiment that helped elucidate how dna is synthesized-in terms of identifying a protein important for the process.
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