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Mrrafil [7]
4 years ago
6

Genetically modified organisms include microbes used in biotechnology that possess enzymes promoting antibiotic resistance. This

could be a problem given the rise of antibiotic-resistant organisms. However, these engineered microorganisms do not pose a risk to public health. What do you think prevents them from spreading antibiotic resistance to pathogens outside the laboratory?
These microbes have been designed so that conditions outside the laboratory would be unfavorable to their survival.
Biology
1 answer:
Ilia_Sergeevich [38]4 years ago
3 0

Answer:

Inability to survive in wild environmental condition

Explanation:

Genetically modified organisms that are developed under a certain environmental condition are not able to survive in wild natural environmental conditions. Due to this, the antibiotic resistant GMOs will not be able to thrive outside the laboratory otherwise they could have easily affected other organism as they are resistant to their immune systems. The wild conditions outside the laboratory will not provide suitable mating conditions as well for genetic recombination and gene transfer

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3 years ago
(b) Identify the dependent variable in the experiments. Identify a control group missing from the second experiment. Justify the
hammer [34]

Hello. You have not submitted the experiments to which this question refers, which makes it impossible for it to be answered. However, I will try to help you in the best possible way.

A dependent variable is one that is influenced by an element, in order to present a result, that is, it is a variable that does not establish itself, being dependent on another variable to establish itself. An example of a dependent variable can be seen in an experiment that seeks to determine the differences in growth rates of bean plants that were fertilized with different organic fertilizers. As you can see, this is an experiment where the different organic fertilizers influence differences in the growth rate of bean plants. Thus, the growth of these plants depends on the fertilizer, this growth being the variable dependent on the experiment.

A control group, in turn, is an element of the experiment that does not receive the element that is being tested in the same experiment. The control group is important, because it allows the researcher to see the results of a system where the tested element does not exist, thus being able to determine the real differences that the tested element is capable of causing. Using the same example presented in the paragraph above, we can see that the different organic fertilizers are the elements tested in the experiment. These fertilizers will be applied to the plants, however it is important that at least one of these plants does not receive any fertilizer, so that the difference between a system with fertilizer and a system without fertilizer can be evaluated. This plant that received no fertilizer is the control group.

4 0
3 years ago
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lidiya [134]

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It may occur when the neurotransmitter opens the Cl– or K+ channels to allow the movement of chloride ions into the cell while permitting the outward movement of potassium ions to make the inside of the cell more negative.

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Explanation:

8 0
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