A rare honeydew harvest from Brazil’s southern highlands. Product claims shown only when verified.
Tamandua Honey

Evidence library

What researchers measured—and what they did not.

A 2021 study tested 19 samples from five municipalities. Its findings describe those samples and methods; they do not replace a Certificate of Analysis for a commercial lot.

Physicochemical profile observed in 19 research samples
Parameter Range observed across regional groups What it describes Tamandua product status
Moisture15.0–19.2 g/100 gWater content measured in the study samplesAwaiting lot-specific result
Fructose33.1–52.2 g/100 gA principal honey sugarAwaiting lot-specific result
Glucose23.7–32.2 g/100 gA principal honey sugarAwaiting lot-specific result
Fructose / glucose ratio1.31–1.75A compositional ratio related to sugar balanceAwaiting lot-specific result
Free acidity50.4–70.1 mEq/kgOrganic-acid contribution measured by titrationAwaiting lot-specific result
pH4.02–5.25Acidity on the logarithmic pH scaleAwaiting lot-specific result
5-HMFBelow the 3.37 mg/kg detection limit in Table 1A heat- and storage-sensitive marker under the reported methodAwaiting lot-specific result
Diastase15.5–41.4 Schade unitsEnzyme activity measured with the Schade methodAwaiting lot-specific result
Electrical conductivity0.79–1.74 mS/cmConductivity associated with ionic and mineral compositionAwaiting lot-specific result
Instrumental color L*22.2–33.4Lightness coordinateAwaiting lot-specific result

Scope: the values consolidate the lowest regional minimum and highest regional maximum in Table 1 of Azevedo et al. for 19 samples from the 2014 harvest. They are literature sample ranges, not a Nutrition Facts panel or a Tamandua product specification.