by COWBERRY

20 Jun 2026
clock

8 minute read

Is kabuli chana good for diabetes? GI, fibre and portions

Is kabuli chana good for diabetes? Boiled chickpeas average a GI of 23, the low band, with 63 g carbohydrate and 12.2 g fibre per 100 g; portions, the 2009 pulses meta-analysis and plate ideas.
A small katori of boiled kabuli chana beside a glass bowl of dry white chickpeas on a dark wooden table

Is kabuli chana good for diabetes? Boiled whole chickpeas average a glycemic index of 23, the low band, with 63 g of carbohydrate and 12.2 g of fibre per 100 g. A measured katori fits a diabetic plate as a swap for part of the rice or roti; the numbers and the trial evidence are below, and for the grain itself, start from the kabuli chana hub.

Short answer: is kabuli chana good for diabetes?

It can fit, as a measured part of the plate, not as a snack on top of one. The case for it rests on two printed numbers: the glycemic index of boiled chickpeas averages 23, low on the University of Sydney scale, and the grain carries 12.2 g of fibre per 100 g, which the ICMR-NIN dietary guidelines tie to delaying and retarding the absorption of carbohydrates. The case against overdoing it is one number: 63 g of carbohydrate per 100 g of raw grain. A generous portion, a sweetened or fried preparation, or chana eaten alongside the usual rice and roti all push the carbohydrate back up. What follows is the working arithmetic for the plate: the GI with its caveats, the carbohydrate in one katori, what the pulse trials measured, and which chana preparations to pick.

Chickpeas glycemic index: what the numbers say

The table sets kabuli chana beside its two close relatives, kala chana (Bengal gram, whole) and chana dal (Bengal gram, dal), per 100 g raw. Kabuli chana carries the most carbohydrate and energy of the three, kala chana the most fibre, and chana dal the most protein.

GI 23: the mean of nine boiled-chickpea tests

Nine entries for boiled whole chickpeas in the University of Sydney glycemic index database come from the Philippines, Pakistan, Canada, Sri Lanka and New Zealand; their mean is 23 and the entries spread from 5 to 36. The database does not separate kabuli and desi types, and none of the entries was tested in India, so 23 is the working number for both. The same pages put 55 or below in the low band and 70 or above in the high one, which places boiled chickpeas firmly low. In the 2021 international GI tables, legumes came out among the foods that are usually low-GI.

Chana dal has the one India-tested entry

For boiled Bengal gram dal the database holds a single entry, tested in India, at a GI of 11. A GI value is tested on a portion of 50 g of available carbohydrate given to ten or more people, so the number describes the grain on its own, not your plate.

NutrientKabuli chanaKala chanaChana dal
Energy (kcal)378287329
Protein (g)201922
Fat (g)65.15.3
Carbohydrates (g)634047
Dietary fibre (g)122515
Iron (mg)4.36.86.1
Calcium (mg)5715046
Magnesium (mg)79160118
Potassium (mg)718935957
Sodium (mg)242721
Zinc (mg)2.83.43.6
Folate (mcg)557233182
Vitamin C (mg)4——
Glycemic index (GI)232311

Per 100 g raw, edible portion. Composition: USDA FoodData Central (SR Legacy), FDC ID 173756, NDB 16056; IFCT 2017 (ICMR-NIN). GI: University of Sydney GI database. — means not reported. These are average values for the food; the label on a pack gives the values for that product.

How much and how: one katori, and what the pulse trials found

One katori of cooked kabuli chana comes from about 30 g of the dry grain. That katori carries roughly 113 kcal, 18.9 g of carbohydrate, 6.2 g of protein and 3.7 g of fibre. The fibre matters here: the ICMR-NIN dietary guidelines credit dietary fibre with delaying and retarding the absorption of carbohydrates and fats and with raising the satiety value of a meal. The chana should still replace rice or roti rather than ride on top of them.

Beyond the plate arithmetic, there is trial evidence. A 2009 systematic review and meta-analysis in Diabetologia pooled 41 randomised controlled trials of non-oil-seed pulses, chickpeas among them. Pulses eaten alone lowered fasting blood glucose and insulin; pulses inside low-GI diets lowered HbA1c or fructosamine; and pulses in high-fibre diets lowered both. The authors note the results varied a good deal between trials. A 2014 review of pulses adds that pulses are high in fibre and have a low glycemic index, which the authors say assists people with diabetes in maintaining healthy blood glucose and insulin levels. On the plate that means boiled chana, dal or salad, not deep-fried or sugar-coated versions; two recipes that hold the line are Punjabi chole and a plain kabuli chana salad.

Better and worse options in the chana family

Better

  • Boiled kabuli chana: the form the GI tests used, with the cooking water or in a thin gravy.
  • Kabuli chana salad with onion, tomato, cucumber and lemon.
  • Kala chana: the same GI entries as kabuli, more fibre at 25.22 g per 100 g and fewer calories at 287 kcal, worth a look for anyone counting both; the kala chana guide has its cooking and storage.
  • Chana dal, at a GI of 11 from its single India-tested entry.

Worse

  • Deep-fried and sugar- or honey-roasted chickpea snacks, and kabuli chana laddu, which is a sweet whatever the pulse inside.
  • Chana eaten as an extra with the usual rice or roti: the carbohydrate simply adds up.
  • Chole with two bhature: the deep-fried maida bread brings its own carbohydrate and oil to the plate.

Whichever you pick, the soaking, cooking and storing of the white type are all on the kabuli chana hub.

What to avoid

  • Changing medication on your own. If your readings improve after adding chana, show them to your doctor and let the doctor set the dose.
  • Trusting only the GI. The GI is an average from laboratory tests; what your own meter shows after your own meal is the number that counts.
  • Sweetened or salted roasted chana packs sold as health food; read the label for sugar, oil and salt.
  • Chana on top of a full plate. Replace, do not add: at 63 g of carbohydrate per 100 g raw, a second katori is a second helping of carbohydrate.

Talk to your doctor or dietitian

Diabetes care stands on medication, monitoring and a meal plan shaped for one person, and a change of staple touches all three. Insulin and tablets that lower blood glucose mean a large change in carbohydrate can send readings low as well as high, so agree the chana swap with your doctor and show them your meter readings; a dietitian can fit the 18.9 g of carbohydrate in a katori into your count for the meal. For a person with diabetes, a change like this belongs to the clinic as much as the kitchen: talk to your doctor or dietitian.

FAQs

Is chickpeas good for diabetes?

Chickpeas fit a diabetic plate as a measured swap for part of the rice or roti rather than an extra. Boiled whole chickpeas average a GI of 23 across nine database entries, and carry 12.2 g of fibre per 100 g; the ICMR-NIN guidelines say dietary fibre delays carbohydrate absorption. The 2009 pulse meta-analysis found pulses in low-GI diets lowered HbA1c or fructosamine. One katori, from 30 g dry, carries 18.9 g of carbohydrate; skip fried or sweetened versions.

Why chickpeas cause gas?

Gas after chickpeas is usually put down to galacto-oligosaccharides, sugars the small intestine does not digest, which are fermented in the colon with the release of gas. A 2019 review of pulse tolerance notes that this explanation has recently been questioned, that the amount of gas varies from person to person, and that most people who get it adapt if they keep eating pulses. The review covers pulses in general, kala chana and chana dal included.

Does kabuli chana have protein?

Yes: 20.5 g of protein per 100 g of the dry grain, in the USDA FoodData Central record. One cooked katori, from 30 g of the dry grain, brings roughly 6.2 g of protein. The 2012 review in the British Journal of Nutrition records the seed carries significant amounts of every essential amino acid except the sulphur-containing ones, and that cereals in the daily diet can complement them, so chana with rice or roti is a sensible pairing.

Which chickpeas are high in protein?

Between the two whole types, kabuli chana edges it: 20.5 g of protein per 100 g against kala chana's 18.77 g. Chana dal, the split Bengal gram, is higher still at 21.55 g. All three are good plant sources, and the differences are small enough that the choice is usually about the dish, not the protein.

Can chickpeas be boiled without soaking?

They can, but they take much longer to soften and cook less evenly, and the soak also improves digestibility, which is why it is worth the time. The step-by-step timings are in our guide to soaking kabuli chana: 8 to 12 hours cold, or a two-hour hot quick soak.

How much kabuli chana can a diabetic eat in a day?

No source sets a daily amount for chana itself. The ICMR-NIN food pyramid for a balanced 2000 kcal diet puts pulses and legumes at 85 g a day, shared among the pulses you eat; one katori of cooked chana uses about 30 g of that, with rice or roti reduced to match. Your dietitian's carbohydrate target for the meal is the number to work to.

References

  1. USDA FoodData Central
  2. Indian Food Composition Tables (IFCT) 2017, ICMR-National Institute of Nutrition
  3. University of Sydney glycemic index database (GI search)
  4. University of Sydney: about the glycemic index
  5. Atkinson FS, Brand-Miller JC et al. International tables of glycemic index and glycemic load values 2021: a systematic review. Am J Clin Nutr, 2021
  6. Sievenpiper JL, Kendall CW, Esfahani A, et al. Effect of non-oil-seed pulses on glycaemic control: a systematic review and meta-analysis of randomised controlled experimental trials in people with and without diabetes. Diabetologia, 2009
  7. Mudryj AN, Yu N, Aukema HM. Nutritional and health benefits of pulses. Appl Physiol Nutr Metab, 2014
  8. Jukanti AK, Gaur PM, Gowda CL et al. Nutritional quality and health benefits of chickpea (Cicer arietinum L.): a review. Br J Nutr, 2012
  9. Dietary Guidelines for Indians, ICMR-National Institute of Nutrition
  10. Thompson HJ. Improving human dietary choices through understanding of the tolerance and toxicity of pulse crop constituents. Curr Opin Food Sci, 2019

Shop this article

Shop all Pulses