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Which cranial nerve divides into 3 divisions? Research carpal tunnel syndrome and present a brief synopsis here.
What are the salient features? What are your differential diagnoses? What is your diagnosis? What is your management?
By what percent does the addition of a small quantity of dilute solution to a large quantity of concentrated solution change molarity of concentrated solution?
Explain the type of information these cells share. Where are B lymphocytes and T lymphocytes when they share information? What other cells are present?
Describe at least one factor or mechanism involved in kidney stone formation or prevention that could actually be considered a misconception.
Why do athletes choke? What are some ways in which sport psychology professionals can work with athletes to help them avoid the choking experience?
Approximately how long is the DNA in millimeters (mm)? What is the approximate molecularweight of this DNA?
Why is it important for cells to be able to communicate with each other? How can a target cell's response to a hormone be amplified?
Using the example found in the YouTube video "Community Ecology II: Predators - Crash Course Ecology #5", explain how a predator/prey cycle works.
How does a biome fit into the science of biogeography? What are abiotic factors, biotic factors, weather, and climate, and how do they affect ecosystems?
Using specific examples found in YouTube video: Genetic Drift, explain the idea of genetic drift, including how the bottleneck effect and founder's effect work.
What is a hybrid zone and where does it occur? What can happen within a hybrid zone? How can this affect the rate of speciation?
Explain how allopatric and sympatric speciation works and how the two processes are alike or different. Is one pathway more likely in plants or animals?
A student has cell suspension of 3.3x10^5 cells/mL in 10 mL of media. How can the student concentrate the cells and what volume should they resuspend cells in?
Sketch the lac operon, indicating the function of each part of operon. Describe the levels of structural organization of the DNA in a eukaryotic chromosome.
What basic components (material/chemical) do you need to perform a Polymerase Chain Reaction (PCR). Describe at least two characteristics of the plasmid vector.
Explain how the properties of the cellular membrane, laws of thermodynamics and enzymes work together to allow cellular respiration and photosynthesis to occur.
How many cells of each cell type will fit into a given volume of 30,000 cubic microns. Identify cell that will have the maximum ability to absorb transferrin.
Draw a side-by-side comparison of mitosis and meiosis. Include 6 chromosomes in your drawings at the beginning of mitosis and meiosis.
Describe how enzymes work. Be sure to use the terms: substrate, active site, induced fit, and activation energy in your description.
Calculate the expected cell density (in cells/cm2) obtained after 4 days of growth, given that the doubling time of the cell line is 20 hours and assuming.
Understanding the structure of the plasma membrane, explain specifically why anything with a charge can not pass through the plasma membrane.
What research question was he trying to answer? What experiment did he perform to answer that question? Was there a control experiment?
What you have learned about genetic testing kits, would you want to try one yourself, or have you tried one yourself already? Why or why not?
Explain the research articles, and how this molecular biology technique is used in the research, it results and how can we modify the research.