Gram staining helps scientists visualize the thickness of bacterial cell walls. This differential staining technique distinguishes between Gram-positive and Gram-negative bacteria based on the structural differences in their cell walls, which can influence how these bacteria respond to their environments, including their susceptibility to antibiotics and other challenges.
How can Gram staining be used to determine how bacteria respond to their environments?(1 point)ResponsesGram staining helps scientists visualize bacterial antibiotic resistance.Gram staining helps scientists visualize bacterial antibiotic resistance.Gram staining helps scientists visualize bacterial motility.Gram staining helps scientists visualize bacterial motility.Gram staining helps scientists visualize the composition of bacterial cell membranes.Gram staining helps scientists visualize the composition of bacterial cell membranes.Gram staining helps scientists visualize the thickness of bacterial cell walls.Gram staining helps scientists visualize the thickness of bacterial cell walls.
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