Thiourea taste strips identify inherited bitter-taste sensitivity across multiple TAS2R receptors. Ideal for genetics labs, food science education, and super-taster testing.
Indigo® thiourea taste test strips reveal genetically inherited bitter-taste sensitivity across a broad panel of TAS2R bitter taste receptors. Unlike PTC, which mainly activates TAS2R38, thiourea triggers multiple receptors, making it highly valuable for biology teaching labs that explore polygenic traits, taste perception, and Hardy-Weinberg population genetics. Thiourea is one of the three classic compounds used in supertaster experiments, providing clear population-level variation in “taster,” “weak taster,” and “non-taster” responses.
| Concept | Description | Activity | Learning Link |
|---|---|---|---|
| Polygenic Traits | Thiourea tasting involves several TAS2R genes. | Compare taster categories across students. | Genetics of complex traits |
| Bitter Receptor Biology | Mapping ligand–receptor interactions in human taste. | Analyze differences between PTC, thiourea, sodium benzoate. | Chemosensory physiology |
| Population Genetics | Thiourea produces a wide distribution of phenotypes. | Apply Hardy–Weinberg calculations. | Allele frequencies & selection |
| Food Science | Individual differences in dietary bitterness perception. | Tie taste results to vegetable preferences. | Nutritional behavior |
The molecular structure of thiourea is the simplest of the taste testing compounds. Compare it to phenylthiocarbamide which has a phenyl group attached to thiorurea.
| P/N | Description | QTY |
|---|---|---|
| 33814-TASTE | Taste Strip Combo-PTC, Na Benzoate, Thiorurea, Control | 1 |
Note (1): The number of strips per pack or vial is approximate.
Note (2): Keep out of sunlight.
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