E.coil bacteria is belong to family of Enterobacteriaceae . Its live in the environment with or without oxygen.They also present in the intestine of healthy person and warm blooded animals.
The quantity of lactate produce by pathogenic E-coli was significantly higher than produced by non -E-coli.These enzymes were produced by lactose but represent by glucose and galactose.
E-coli used as disaccharide lactose as source of metabolic energy.Fermentation of lactose , glucose and galactose using E-coli bacteria.And lactose is produced by bacteria living in the intestinal tract of animals .It is an energy source and E-coli use use glucose as an energy source.
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Answer:
The frequency of both homozygous and heterozygous dominant species will start reducing and the frequency of homozygous recessive species will start increasing
Explanation:
Given-
Initial frequency of recessive allele is
Since there is no migration and no selection the population follows Hardy's Weinberg's equilibrium.
Thus , the frequency of dominant allele as per Hardy Weinberg's equation would be -
Humans enter this ecosystem and selectively hunt individuals showing the dominant trait. This means that they would be killing both homozygous and heterozygous dominant species.
Therefore, the frequency of both homozygous and heterozygous dominant species will start reducing and the frequency of homozygous recessive species will start increasing.
Study the disease: see the reaction it causes (the end result), what it does to the body, what the major key genes in the disease are, see what reacts to it. You can study it until you find a cure for it, after that you can distribute the cure to the people affected by the outbreak.
also one way that you could study the outbreak is finding someone who is immune to the disease and seeing how they are immune to it.
Answer:
The abiotic factors are non-living factors that interfere with the forest ecosystem. Two abiotic factors are the amount of rain and sunlight. The amount of these two abiotics determines how much a tree will grow or how thick and diverse the population of trees in a forest will be.
Explanation: