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Question: Suppose that you start with neutral lysosomes, how many protons must be transported into each to lower the pH to 5.0 (your answer should be a range of values, reflecting the range in size of lysosomes)
Question: Calculate the final pH of a solution made by the addition of 10 ml of 0.25 M NaOH to 10 ml of a 0.75 M solution of a weak acid with a pKa of 5.1
In enzyme lab. Manganese Dioxide does not come from a living thing. Is it a catalyst (define catalyst)? Is it an enzyme? Describe. Why did we test the hydrogen peroxide with manganese dioxide.
Explain a muscle contraction beginning with the motor neuron to relaxation of the muscle. Discuss the physiological relationship of the muscular and skeletal system.
Discuss how these drugs act on the receptors to prevent the typical symptoms of allergic rhinitis.
Explain how you would build a Windkessel machine, including individual parts and assembly. How would you operate this machine? What cardiovascular physiology principle would machine display and how would you measure this phenomenon.
When O2 binds to heme in hemoglobin, the is drawn into the plane of the porphyrin, causing conformational change that is transmitted to adjacent subunits.
Aquatic leaf at 10 percent salt solution under the microscope. The next question ask me to reverse the procedure by adding 1-2 drops of DI water.
Myosin action differs from that of kinesin in that one of the kinesin heads is always in contact with a microtubule, whereas both myosin heads become completely detached from the actin filament.
On the coding strand above, indicate where you would expect FRP to bind to the DNA. In one sentence, describe why the decision makes sense.
A black A/A B? B C? C is crossed with a colourless a/a b/b c/c to give a black F1. The F1 is selfed. What proportion of the F2 individuals is colourless.
What is the relationship between an increase in light intensity and photosynthetic rate in leaves from a corn plant? How does this association compare with what you observed for tomato plants.
Describe how body combats an invading bactrum. Address both specific and nonspecific immunity and the cells that are involved in each process. Once that is done cross the alveolar membrane and trace your route out of the body through the nose.
Approximately what percentage of the energy of glucose is transferred to storage in ATP as the result of the complete oxidation of glucose to CO and water in cellular respiration.
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