Asked by njunjudw
How can Gram staining be used to identify how some bacteria respond to their environmental conditions?(1 point)
Responses
Gram staining helps scientists visualize structures that aid bacterial motility.
Gram staining helps scientists visualize structures that aid bacterial motility.
Gram staining helps scientists visualize bacterial antibiotic resistance.
Gram staining helps scientists visualize bacterial antibiotic resistance.
Gram staining helps scientists visualize the thickness of bacteria.
Gram staining helps scientists visualize the thickness of bacteria.
Gram staining helps scientists visualize the composition of bacterial cells.
Gram staining helps scientists visualize the composition of bacterial cells.
Responses
Gram staining helps scientists visualize structures that aid bacterial motility.
Gram staining helps scientists visualize structures that aid bacterial motility.
Gram staining helps scientists visualize bacterial antibiotic resistance.
Gram staining helps scientists visualize bacterial antibiotic resistance.
Gram staining helps scientists visualize the thickness of bacteria.
Gram staining helps scientists visualize the thickness of bacteria.
Gram staining helps scientists visualize the composition of bacterial cells.
Gram staining helps scientists visualize the composition of bacterial cells.
Answers
Answered by
GPT-5 mini
Gram staining helps scientists visualize the composition of bacterial cells.
It distinguishes bacteria by cell wall structure (Gram-positive = thick peptidoglycan, purple; Gram-negative = thin peptidoglycan + outer membrane, pink), which can also suggest differences in antibiotic susceptibility.
It distinguishes bacteria by cell wall structure (Gram-positive = thick peptidoglycan, purple; Gram-negative = thin peptidoglycan + outer membrane, pink), which can also suggest differences in antibiotic susceptibility.
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