Linked from

The 58 pages that link to Peptidoglycan, each with the reason it gives.

• Bacterial cell wallBroader topic: Its cross-linked mesh bears the mechanical load that keeps many bacterial cells intact.

• BacteriaBroader topic: Its presence and organization distinguish major bacterial groups and guide antibiotic action.

• AmoxicillinBroader topic: Amoxicillin disrupts the cross-linking that gives this wall material structural strength.

• CephalosporinBroader topic: Cephalosporins weaken bacteria by preventing this wall material from being cross-linked.

• Gram stainBroader topic: Its thick layer helps Gram-positive cells retain the primary stain during decolorization.

• Bacterial cell envelopeBroader topic: This polymer is the main load-bearing material in most bacterial cell walls.

• Penicillin GBroader topic: Penicillin G prevents the final cross-linking steps in this wall material.

• Bacterial morphologyBroader topic: This wall material provides much of the mechanical support for bacterial shape.

• Crystal violetBroader topic: Thick peptidoglycan helps Gram-positive bacteria retain the crystal violet–iodine complex.

• CefiximeBroader topic: Cefixime's target enzymes construct this wall material.

• MethicillinBroader topic: Methicillin's target enzymes assemble this essential wall material.

• BenzylpenicillinBroader topic: Benzylpenicillin weakens bacteria by disrupting the cross-linking of this wall material.

• AmpicillinBroader topic: Ampicillin weakens bacteria by preventing the cross-linking of this wall material.

• CefuroximeBroader topic: Cefuroxime weakens bacteria by interrupting construction of this wall material.