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XXXX lab XXXXXXXX a research in XXX different shapes, XXXXXXXXXX, size and arrangement XX XXXXXXXX samples. This information allows XX XX XXXXXXXX XXX XXXX XX XXXXXXXX XX XXX XXXXXXX XXXX. Additionally through the use of the Gram XXXXX test XX XXX identify XXX XXXXX of bacteria to which it XXXXXXX based on XXXXX different cell XXXX XXXXXXXXXXXX (Gram XXXXXXXX and XXXX negative), by staining XXX XXXXXX XXXX a water-soluble dye XXXXXX crystal violet, XXXXXXXXXXXXXX it, XXX XXXXXXX XXXXXXXXXXXXXXX it. The main XXXXXXXXXX XXXX of XXXX lab XX XXX differentiation of Gram-positive and XXXXXXXX. Gram-positive XXXX XXXXXX cell walls that XXXXXXX a XXXXX XXXXXX XX XXXXXXXXXXXXX (sugar XXXXXXXX cross-linked XX short polypeptides). XXXX-negative XXXXXXXX are XXXX XXXXXXXXXXXX XXXXXXX; XXXX XXXXXXX less XXXXXXXXXXXXX XXX XXXX an outer membrane XXXX contains lipopolysaccharides. ( “XXXX 280-XXXX Stain XXX XXXXXXXXX Morohology, XXXX”). Therefore, the importance XX this XXX, to be able XX XXXXXXXXXX how to XXXXXXXX XXXXXXXX XXXXXXXX.
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The XXXX hypothesis XX this XXX is XXXX XXX bacteriae that XXXXXXX a XXXXX XXXXXX of XXXXXXXXXXXXX XXXX stain blue, XXXXX XXXXX bacteriae that XXX XXXX XXXXXXXXXXXX complex and posses XXXX peptidoglycan XXX have an outer membrane XXXX stain XXXX. Those XXXXXXXX XXXX will be XXXX-positive XXX those XXXXXXXX blue XXXX be Gram-negative.
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Lichtveld, K. ESOH XXX-Gram Stain XXX XXXXXXXXX Morohology. (2019). Uiversity XX XXXX