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An enzyme and its substrate are combined in a test tube but no product is formed. Another molecule is added to the tube, and now the product is formed at the normal rate. Give 2 reasons.
I know this has to do with inhibition, but how do I know what kind of inhibition is working on the substrate?
If an allosteric control was added to the tube, it could turn on the enzyme and make it produce a product.
Another thing that could make the product start forming is if a Reversible competitive inhibitor was added, because the inhibition will drop off.
Am I on the right track?
A student designs an experiment to create an alcohol known as butanol. She mixes a species of Clostridium bacteria known to produce this alcohol as a by-product of its metabolism with a broth of water and glucose in excess, and incubates the mixture ..
After some week's plants that were transplanted into nonsterile soil exhibited a much higher growth rate compared to the plants transplanted into sterile soil. What would be the most likely explanation for this result.
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as there is no blocking proline by either the Arg or Lys. I am stumped--what am I missing.
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Reverse transcriptase might be present in cells that have not been infected by a retrovirus since of the presence of what.
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When a tropical moth is touched on the thorax it lifts its forewings up abruptly, exposing its brightly coloured hind-wings. What causes the moth to behave this way? What significance can we attach to the fact that the verbal ability scores of ado..
Describe the structure of atp and gtp. Describe how atp is produced during chemiosmosis. Illustrate two specific cellular processes that require atp and explain how atp is used in each process.
Describe how structural modification helped the plant adapt to its environment. Assure the plant you select is an Angiosperm. For example, plants like the mosses, pine trees, and ferns are not the Angiosperms.
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