Use this mycology utility to record or consistently classify a stated fungal morphology, culture, ecology, assay, cultivation, or microscopy observation for later expert review.

Ergosterol concentration (µg/g)

Required number input.

Biomass per ergosterol factor

Required number input.

Estimate fungal biomass from ergosterol concentration using a calibration factor supplied for the organism, matrix, extraction, and assay method. 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]

Fungal biomass (µg/g)

The resulting fungal biomass returned as a number.

• 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.

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.

• Amphotericin B Breakpoint Mapper

  Map an amphotericin B MIC to susceptible, intermediate, or resistant using explicitly supplied thresholds. No universal CLSI amphotericin B breakpoint is assumed; use criteria applicable to the organism, method, and current reporting standard.

• Antifungal MIC Value Recorder

  Record an antifungal minimum inhibitory concentration without inventing a universal low, moderate, or high tier. Clinical interpretation requires current organism-, drug-, and method-specific CLSI breakpoints or epidemiological cutoff values.

• Clearance Zone Rater

  Rate a cellulose-clearance zone using thresholds supplied for the assay protocol; category cutoffs vary with media, organism, and incubation conditions.