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carbs are sugar

How many teaspoons of sugar in cauliflower?

Cauliflower, about 3/4 cup (80g)

Maintained by an independent editor · Data verified 13 September 2026 · How the numbers are made

0.7 teaspoons of sugar

GI 60 · GL 1.9

Cauliflower’s figure comes from Table 1 of the 2016 paper by Unwin, Haslam and Livesey, though three of the charts name it. The fruits vs vegetables, South Asian and African and Caribbean charts all list cauliflower in their side notes of foods in the very low glycaemic range, without printing a figure.

Table 1 gives an 80g portion 3.2g of available carbohydrate and a glycaemic index of 60, and prints a glycaemic load of 0.32. That printed load does not follow from the table’s own inputs: 3.2g at GI 60, divided by 100, is 1.92. The teaspoon figure in the same row, 0.7, matches 1.92 and not 0.32. The paper does not explain the difference. This site records the calculated load, 1.9, and uses the teaspoon figure as printed.

The same pattern appears in two neighbouring rows of Table 1, tomato and mushrooms, where the printed loads are also smaller than the table’s own carbohydrate and GI figures produce. All three are listed together on the sources page.

A GI of 60 would place cauliflower in the medium band. With so little carbohydrate in a portion, the GI has only a small effect on the load either way.

Cauliflower is widely used grated as a substitute for rice, sold fresh and frozen as cauliflower rice. Table 1 does not describe the preparation; its row is simply “Cauliflower”, and it does not say whether the cauliflower was raw or cooked.

The two other rows with the same table issue are tomato and mushrooms.

The numbers

Glycaemic index
60
Available carbohydrate
3.2g
Glycaemic load
1.9, calculated
Teaspoons
0.7

Glycaemic load: 3.2g carbohydrate × GI 60 ÷ 100 = 1.92
Teaspoons: 1.92 ÷ 2.73 = 0.7

Source

Taken from a published glycaemic load table: It is the glycaemic response to, not the carbohydrate content of food that matters in diabetes and obesity: The glycaemic index revisited — Table 1. Unwin D, Haslam D, Livesey G. Journal of Insulin Resistance 2016;1(1):a8 (journal now published as the Journal of Metabolic Health). DOI 10.4102/jir.v1i1.8.

The teaspoon-of-sugar method is the work of Dr David Unwin, and his sugar infographics are published by the Public Health Collaboration at phcuk.org/sugar and used here with PHC's permission. Full provenance for every food is on the sources page.

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