e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e6. The cell membrane forms the b_________ between the cell and its e
Explanation:
Answer:
Taking antibiotics only on doctor prescription and completing the full course of antibiotics.
Explanation:
Antibiotic resistance occurs when bacteria do not get harmed or killed by a drug which is made against them. Misuse and overuse of antibiotics are the main culprits which induce antibiotic resistance in bacteria.
To prevent the spreading of antibiotic-resistant bacteria antibiotics should only be taken on doctor's prescription. Full course of antibiotics should be done to eliminate all the bacteria which ensures that no bacteria is left to gain antibiotic resistance against the drug.
Antibiotics do not affect or kill virus therefore they should not be taken in viral infection.
There are many types of natural selection like direct selection, disruptive selection and stabilizing selection.
The situation given is that a population of mice lives in a city. The largest mice tend to be killed by predators and the smallest mice cannot compete for food.
The type of selection here is stabilizing selection. It is a type of natural selection in which there is decrease in genetic diversity as the population stabilizes.
Answer:
C
Explanation:
Protozoa have been classified into three trophic categories: the photoautotrophs which harness the sun's radiant energy in the process of photosynthesis; the photoheterotrophs, which although phototrophic in energy requirements, are unable to use carbon dioxide for cell synthesis and must have organic carbon compounds
