Answer:
Option B.
Explanation:
Hypersensitive response is the procedure that is used by the plants to stop itself to get infections caused by the microbial pathogens. It is characterized by the local cell and tissue death often occurs at or near an infection site in a plant. Hypersensitive response limits the growth and spread of pathogens to the other regions of the plant.
Thus, the correct answer is - option B.
Answer:
The correct answer is "the induced fit model".
Explanation:
The first model that looked to explain the enzyme and substrate interaction was the "lock and key" model. Although this model helped scientists to understand the specificity nature of the interaction enzyme-substrate, it does not reflect reality since enzyme was portrayed as a lock with a structure that doesn't change during the catalysis. Then half century later "The induced-fit theory" was proposed which fits much better the newer version of the enzyme action model. In this theory the enzyme is partially flexible and its structure changes as a result of its interaction with the substrate.
Answer:
mainly ants, but they'll eat a variety of small insects like grasshoppers, beetles etc.
Explanation:
According to the scale, residents should expect major damage and the potential for the skyscraper to collapse if a future earthquake were to occur.
Ways to minimize future earthquakes impact on the skyscraper could be using stronger materials, creating better routes to quickly escape should an earthquake occur, and overall a more supported structure that can withstand the earthquakes magnitude.
I would have to say decomposes. they play a big part in putting the nitrogen back in the earth so that it can continue the processes.