MD / MS / DNB · MD Microbiology

Antimicrobial resistance surveillance

Resistance surveillance combines laboratory susceptibility data, denominators, specimen quality and time trends to guide infection-control and antimicrobial stewardship decisions.

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Antimicrobial resistance surveillance — learning map

Original conceptual SVG · scalable
LABELED RELATIONSHIP MAP · SCHEMATIC, NOT TO SCALEComparable measurementsstandards and breakpointsDe-duplicate isolatesavoid repeated sampling biasLink to epidemiologyward and case mixAct with stewardshipfeed back responsiblyAntimicrobial resistance s…KEY RELATIONSHIPS

Original schematic relationship map for this topic; relationships are organized for study, not intended as an anatomical depiction or a diagnostic algorithm.

Concept 01

Comparable measurements

Use consistent laboratory methods, susceptibility standards, organism identification and reporting criteria before interpreting temporal changes.

Concept 02

De-duplicate isolates

A patient with multiple cultures can distort rates if repeated isolates are counted as independent infections.

Concept 03

Link to epidemiology

Patient population, infection site, specimen source, outbreaks and antibiotic exposure affect observed resistance proportions.

Concept 04

Act with stewardship

Local antibiograms can inform empiric policy when properly stratified; communicate limitations and revise recommendations as resistance patterns change.

Education / safety note: An antibiogram is population-specific and may not predict susceptibility in an individual patient.

Reference and next reading

Explore the original curriculum and publisher-hosted resources for full-depth reading; this note is an original schematic introduction, not an exhaustive chapter.

Official / publisher source: NBEMS DNB broad-specialty curricula ↗Official / publisher source: NCBI Bookshelf ↗Official / publisher source: PubMed ↗