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The plasma membrane acts as a barrier in cells of all types to control the movement of substances into and out of the cell. a) Explain how the plasma membrane acts as a semi-permeable barrier to various types of molecules based on its molecular structure. b) Describe, in detail, three ways in which proteins can cross the plasma membrane. NOTE: A complete answer will require some information from earlier in the course, especially the information on plasma membranes in the Prokaryotes topic.
As the lab instructor for Cell Bio, you need to make a solution of DCMU, an inhibitor of photosynthetic electron transport. You want a final concentration of 2x10^-5 M in a final volume of 1.25 mls, and this needs to be achieved using a 10 microli..
How are an ionic bond and a covalent bond different? Give an example of a compound that exhibits ionic bonding and an example of a compound that exhibits a covalent bond.
The problem refers to the MN and ABO loci mentioned in class. It also refers to Rh locus, which is responsible for the positive/negative part of the blood type.
List four conditions that facilitate the precipitation of calcium carbonate in the ocean and explain how each of these conditions is related to the healthy growth of the hermatypic corals.
a plate that received 1000 MuL of a bacterial sample diluted by a factor of 10^-6 had 298 colonies on it after incubation. what was the original cell density?
If a myofibril were pulled so that the sarcomeres increased in length by approximately 50 percent, what effect would you expect this to have on the contractile ability of the myofibril? Why? What effects would this have on the H, A, and I bands?
At equilibrium, where DG=0, the equations can be rearranged to the more familiar form known as the Nernst equation, What is the maximum concentration gradient that can be achieved by the ATP-driven active transport into the cell of an uncharged molec..
Let's assume we can transfer mRNA from bacterial cells to human cells. Do you think the bacterial mRNA will be used for translation in human cells?
why is it advisable to perform this test on a known catalase-positive organism along with the organism you are testing?
What are the enzymes that are involved in replication, transcription and translation? Also, what are the key enzymes involved in the carbon fixation and the key allosteric enzyme in Glycolysis?
The origins of replication on our chromosomes are rich in a certain base-pairing. Which explanation below is correct?
Unexpectedly, a missense mutation found in a protein-coding gene is no longer causing problems for the cell due to the presence of this mutant tRNA. Before the missense mutation in the protein-coding gene, what was the unique encoded amino acid.
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