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Question: A multipass transmembrane protein is shown schematically below. The boxes represent membrane-spanning segments and the arrow represents a site for cleavage of the signal sequence. Given this diagram, sketch how the protein will be arranged across:1) the membrane of the ER,2) the membrane of a transport vesicle,3) after it gets delivered to the plasma membraneIndicate clearly the N- and C-termini relative to the cytosol and the lumen of the ER, and label each box as a start-transfer or stop-transfer signal. Indicate on your drawings the cytosolic face, the ER lumen and the extracellular space.
Determine what would you expect when a subject ingests the hypo-osmotic, iso-osmotic, and hyper-osmotic solutions?
What would be the expected frequencies of the homozygous dominant, heterozygous, and homozygous recessive after 100 generations.
Did any of substances travel against their concentration gradient? Describe why or why not. Using your results from Chart 2, what was the fastest rate of facilitated diffusion recorded? _______________.
Determine the time domain equation that describes the change in drug concentration, C(t) for a given step increase in infused drug concentration, M?
Think about the reaction from the electron transport chain in the mitochondria. Only consider the forward direction the reaction from left to right
Estimate the value of the turnover number of the enzyme invertase, given that Rmax (Vmax) for invertase = 15.8 mmol·L-1·min-1 and [E]t = 4.8 ?
Methods for Assaying/Detecting Viruses, Write a paragraph to teach to the rest of the class one of the following techniques used to assay/detect a virus.
Suppose that the you are given two cultures, one of a speacies of gram-positive bacterium and one of a species of Mycobacterium.
A 78 year old women has a mean arterial pressure of 120 mmHg and a heart rate of sixty bpm. She has a stroke volume of 50 mL, cardiac output of 3000 mL/min and a right atrial pressure of 0 mmHg.
how the specificity of each codon could be determined.
Martha is maintaining her current weight by eating 2,500 kcalories per day. To lose 1 pound of fat per week, she would have to decrease her intake to how several kcalories per day. Considering the albedo of various surfaces how might temperatures var..
Develop a dilution scheme to show how you might prepare 250 mL of a solution of twenty mM NaCl from the stock solution.
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