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Use the pdf called Biomolecules QUIZ 1 for the following questions 1. Describe y


Use the pdf called Biomolecules QUIZ 1 for the following questions 1. Describe your understanding of how pH and temperature can modulate the activity of a protein.2. Describe your understanding of surface tension and what causes it.3. Describe in general what is the difference of the dehydration and hydrolysis reactions and how they relate to anabolism and catabolism.4. Explain the difference between competitive inhibition and allosteric inhibition.5. Explain your understanding of the different structural levels of proteins and which one is the most important in your view and why.Use the pdf called Homeostasis 2 For the following questions 6.Describe what is cell differentiation and explain why is cell differentiation important in the formation of organ systems?7.Explain your understanding of the difference between negative and positive feedback by using an example (you can use the ones provided in the lecture or a different ones).8. Explain the concept of excitability (briefly, since there is more detail coming) and what do you think is the end result of excitability? 9.Review slides 8-10 from the Homeostasis lecture to describe the following. If glucose is necessary to produce ATP, provide the pathway of how a glucose molecule moves from the external environment to the intracellular fluid? Include the byproducts of the reactions if you choose to show chemical reactions.10. Describe your understanding of dynamic constancy. Provide an example to ensure you understand the principle.Use the pdf called Membrane_transport PDF for the following questions 11.List the 3 processes that maintain the RMP (Resting Membrane Potential) and give a brief explanation of how they work.12.Review slides 37-41 from the membrane-transport lecture and explain what is the effect of plasma osmolarity first on cells (not RBC) and then how organs in the body can be affected. You can describe the process of any cell and organ.13.Explain the significance of the figure on slide 18 in the membrane-transport lecture.14.Review slide 24 and briefly describe your understanding of the variables listed and how they slow down facilitated diffusion.15.Review slides 43-46 from the transport lecture. Explain how the sodium-potassium pump works and how it is related to slide 67.The number for each slide is at bottom right corner.
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