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1. Chemical reactions are reversible; they can proceed in both the forward and reverse directions. If the ΔG° for the reaction Y→X is energetically favorable, how can you explain the fact that not all of the Y molecules will be converted to X molecules?
2 Enzymes A and B catalyze different reactions, but use the same reactant molecule as a substrate. The graph in Figure Q3-47 presents the reaction rates observed when enzyme A and enzyme B are mixed together in a single test tube containing molecule X. What are the Vmax and the apparent Km values for each enzyme under these conditions? How might these values change for enzyme B if it were analyzed in the absence of enzyme A? Explain your answer.
Figure Q3-47
Activated Carrier Molecules and Biosynthesis
A differs from that of the other four species because of simple misalignment, then what should the computer software find when it compares the series of Species A to those of the other four species.
Abstract about stomata- How to write an abstract: A short description of how the experimental factor affects isopods
Describe how the hypothalamus regulates the secretion of anterior pituitary hormones and identify all of the individual hypothalamic regulatory factors. Describe how the hypothalamus controls the activity of the posterior pituitary gland.
The extent of branching (number of α1→6 glycosidic bonds) in amylopectin can be determined by extensive methylation followed by identification of the hydrolysis products of the methylated polysaccharide, as follows:
Two substances in the glass beaker chemically react, and the glass beaker becomes too hot to touch, if the two substances are defined as the system, what constitutes the surroundings.
There is 2-possible ways of inserting a gene into E.Coli that functions in converting a waste into an energy source.
All of the following are directly associated with Photosystem II EXCEPT:
At the end of the measurement period, which group will have produced the greatest volume of urine and which group the minimum? Describe your answer in details.
question 1.how does activation of the immune response typically begin?question 2.which cells encounter the pathogen and
Research how a SPECIFIC biotechnology application within the above GENERAL examples (or ones not listed above) is used today. Example: Insulin production in bacteria is an example under the general topic of recombinant organisms.
This one requires that you think about what limits the respiration rates in states IV, III, and in uncoupled mitochondria. Which of the following situations should produce the fastest rate of respiration? Let the substrate be the same in each case..
In muscle phosphorylase, binding of ATP makes the protein tend to be in the T state, while binding of AMP makes the protein tend to be in the R state
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