CYP51 Azole Resistance Evidence Classifier
Classify reported CYP51 resistance-marker and phenotypic susceptibility evidence without treating mutation count as a resistance score. Specific variants, fungal species, azole drug, and susceptibility results determine interpretation.
Description
Classify reported CYP51 resistance-marker and phenotypic susceptibility evidence without treating mutation count as a resistance score. Specific variants, fungal species, azole drug, and susceptibility results determine interpretation.
CYP51 Azole Resistance Evidence Classifier: Classify reported CYP51 resistance-marker and phenotypic susceptibility evidence without treating mutation count as a resistance score. Specific variants, fungal species, azole drug, and susceptibility results determine interpretation.
When to use CYP51 Azole Resistance Evidence Classifier
Use this mycology utility to record or consistently classify a stated fungal morphology, culture, ecology, assay, cultivation, or microscopy observation for later expert review.
- Known CYP51 marker detected
- Required boolean input.
- Phenotypic resistance detected
- Required boolean input.
How CYP51 Azole Resistance Evidence Classifier works
Classify reported CYP51 resistance-marker and phenotypic susceptibility evidence without treating mutation count as a resistance score. Specific variants, fungal species, azole drug, and susceptibility results determine interpretation. The tool evaluates the supplied inputs together and returns the named outputs below; it does not infer omitted operating conditions or change the units shown.1
- CYP51 risk tier
- The resulting cyp51 risk tier returned as a string.
- Interpretation
- The resulting interpretation returned as a string.
Limitations and assumptions
- Fungal identification and susceptibility interpretation depend on specimen quality, developmental stage, medium, temperature, microscopy, molecular evidence, validated breakpoints, and taxonomic context. Pattern-based output is not an edibility, toxicity, infection, or treatment determination.
- Use finite inputs in the displayed units and preserve more precision than the final presentation requires. Independently verify safety-critical, financial, compliance, or production decisions.
Alternative or Complementary approaches
Preserve images, specimen and culture metadata, method and reference standard, use multiple characters or molecular confirmation, and refer clinical or poisoning questions to qualified services.
References
-
Pathogenic fungus — Wikipedia contributors
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