Linked from

The 20 pages that link to Infection prevention and control, each with the reason it gives.

• Antimicrobial resistanceRelated: Preventing infections reduces both antimicrobial use and opportunities for resistant microbes to spread.

• Staphylococcus aureusRelated: Hand hygiene, wound care, and contact precautions can limit S. aureus transmission.

• Infectious diseaseRelated: These measures interrupt transmission before infections reach new hosts.

• Healthcare-associated infectionRelated: This is the broad system used to interrupt transmission during care.

• Streptococcal pharyngitisRelated: Hand hygiene and limiting close contact when contagious reduce spread of strep throat.

• Extended-spectrum beta-lactamaseRelated: Contact precautions and surveillance can limit transmission of ESBL-producing organisms in healthcare.

• HygieneRelated: It combines hygiene with isolation, protective equipment, and safer clinical procedures.

• Medical microbiologyRelated: The field supplies evidence for prevention strategies beyond individual treatment.

• Reverse zoonosisRelated: Hygiene, isolation, and protective equipment can prevent infected people from exposing animals.

• Diagnostic microbiologyRelated: Organism identification can trigger isolation precautions and targeted outbreak responses.

• KikwitRelated: Protective practices addressed risks to hospital workers and patients during the outbreak.

• Health facilityRelated: Facility design, hygiene, and clinical practice all affect infection transmission.

• Infectious diseases (medical specialty)Related: Specialists help hospitals prevent healthcare-associated infections and contain transmission.

• Nipah virus infectionRelated: Isolation, protective equipment, and safe caregiving limit person-to-person transmission.