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Describe the process by which food energy is converted into the chemical energy of ATP in living cells. Go through each of the major steps in the process, including the starting and ending product of each step, and any important molecules produced or consumed. Include one or more labeled diagrams to help explain your answer.
Consider you could micro-inject the cytochrome c within the cytosol of the wild-type cells and of cells which were doubly defective for Bax and Bak.
Assume you are studying two linked genes in lizards. You have two females and you know that both are the same genotype, heterozygous for both genes.
Ed Rivers, a 3rd year medical student, was alone in the hospital ER one night. It was unusually quiet that night, and the resident was getting some much needed sleep.
Both directional and stabilizing selection affect the additive variance in quantitative traits. Given their effects, how much additive genetic variance do we expect to find in traits that affect fitness?
Determine which of the following best explains why cardiac muscle is incapable of tetanus, a sustained contraction characteristic of skeletal muscle?
Assume if neurons are exposed to a chemical agent that prevents the NA + channels from opening, what would happen to the neuron? What would happen if the K + channels were inhibited?
Describe the process of muscle contraction and how a neuromuscular blocking agent, as in metubine, would interfere with muscle contraction.
You need to load 10 ug of protein into one of the wells of a gel. This needs to be in 1x buffer and in a total volume of 15 uL. You are given a 10 ug/uL solution of protein, a 5x buffer, and water. How much of each should you mix to load the gel c..
non covalent interactions which are most important. What is the driving force for proteins that are embedded in lipid membranes?
A young researcher at National Institute Health and interested in eye development, and hoping to find a cure to blindness in your lifetime
Think about a man who has been exercising. His arterial receptors detect a rise in his blood CO2 and send this information to the brain. He requires to increase both the rate and depth of his breathing.
Suppose that someone used nanotechnology to build little robots (called "nanobots") that could make copies of themselves. Discuss whether or not you believe the nanobots would be alive. Explain why or why not.
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