Nutrition per ~30 g · ¼ cup
109kcal
Protein3.1 g
Carbs22.9 g
Fat0.3 g
Fiber0.8 g
22.1 g net carbs after fiber.
Vitamins
Thiamin0.24 mg20%
Folate54.9 mcg14%
Riboflavin0.15 mg11%
Niacin1.8 mg11%
Pantothenic Acid0.13 mg3%
Vitamin B613.2 mcg1%
Vitamin E18 mcg0%
Vitamin K0.090 mcg0%
Minerals & other
Selenium10.2 mcg18%
Manganese0.20 mg9%
Iron1.4 mg8%
Copper43.2 mcg5%
Phosphorus32.4 mg3%
Zinc0.21 mg2%
Magnesium6.6 mg2%
Potassium32.1 mg1%
Choline3.1 mg1%
Calcium4.5 mg0%
Sodium0.60 mg0%
Sugars0.081 g—
Monounsaturated Fat0.026 g—
Polyunsaturated Fat0.12 g—
Saturated Fat0.046 g—
Bioactives estimated
Inulin / Prebiotic fibre~900 mg
Polyphenols~45 mg
Representative amounts for this food, not measured for this item. Real content varies widely by variety, ripeness and storage.
What drives the score weighted inputs
Nutrient density18.9/35Vitamins and minerals relative to calories — the single biggest driver.
Protein quality9.1/15How much protein it delivers, by absolute grams and per calorie.
Bioactives9.0/15Polyphenols, flavonoids and other beneficial plant compounds.
Fiber4.2/10Dietary fiber for gut health, satiety and steadier blood sugar.
Healthy fats5.0/10Fat quality — unsaturated against saturated, and trans-fat free.
Glycemic impact8.5/10Low sugar with a high fiber-to-carb ratio scores best.
These are the scored components, not a sum: the published score also reflects normalisation across the catalog, so the parts above will not add to 55.
What it feeds primary sources only
Systems
ImmuneBrainSleepCardioGutEnergyMuscleBonesHormonesStressLiverKidneyEyesReproductive
Pathways
MethylationAntioxidantATP / MitoBoneThyroidCollagenNeurotransmitterDetoxGlucoseHematopoiesisLipidsGut MicrobiomeMembranesClottingHPA AxisGlycolysisβ-OxidationKetogenesisNAD⁺mTORAMPKUrea CycleDopamineSerotoninSteroidogenesisVitamin D ActivationInsulin Signaling
Overview
Flour production dates back thousands of years and remains a foundational food globally. While whole grain flours retain the nutrient-dense bran and germ layers containing fiber, B vitamins, magnesium, and phytochemicals, refined white flour has been stripped of these components and typically requires fortification. For longevity, whole grain and alternative flours (spelt, rye, chickpea, almond) offer superior micronutrient density and slower glucose absorption compared to refined varieties. The specific health impact depends critically on flour type: whole grain flours provide resistant starch and soluble fiber that support gut microbiota and metabolic health, while refined flours cause rapid blood glucose spikes linked to metabolic dysfunction and inflammation. Specialty flours like chickpea flour add plant protein and resistant starch. The fortification of refined flour with iron and B vitamins addresses some nutritional gaps but doesn't replicate the comprehensive benefit profile of whole grain alternatives. Flour choice represents a significant modifiable factor in carbohydrate quality and overall dietary pattern healthfulness.
Health benefits 5
Supports stable blood glucose and metabolic health when using whole grain or low-glycemic varietiesstrong
Whole grain flours contain fiber and bran that slow starch digestion and glucose absorption, preventing blood sugar spikes and reducing insulin demand
Promotes healthy gut microbiota diversity and short-chain fatty acid productionstrong
Insoluble fiber and resistant starch in whole grain flour feed beneficial bacteria, producing butyrate that strengthens intestinal barrier and reduces inflammation
Reduces cardiovascular disease and type 2 diabetes risk with whole grain consumptionstrong
Whole grain flour provides B vitamins, magnesium, and polyphenols that support endothelial function, reduce oxidative stress, and improve insulin sensitivity
Provides sustained energy and improved satiety versus refined flourmoderate
Higher fiber content slows gastric emptying and promotes greater satiety hormone release, reducing overall calorie intake and supporting weight management
Supplies bioavailable iron and B vitamins essential for energy metabolism and neurological functionstrong
Whole grain and fortified flours contain thiamine, niacin, folate, and iron required for ATP production, myelin synthesis, and homocysteine metabolism
Pairs with
- Pair whole grain flour with legumes (lentil pasta, chickpea flour) because complementary amino acids create complete protein profiles and boost fiber intake
- Combine flour-based foods with omega-3 sources (flaxseed, chia seeds) to enhance anti-inflammatory effects and improve micronutrient absorption
- Mix whole grain flour with fermented foods (yogurt, kefir) because probiotics enhance mineral bioavailability and phytochemical digestion
- Pair flour-based meals with vitamin C sources (citrus, tomatoes, peppers) to enhance non-heme iron absorption from fortified and whole grain flours
In the kitchen
- Choose whole grain, sprouted, or alternative flours (spelt, rye, chickpea, almond) over refined white flour to maximize fiber, micronutrient density, and metabolic benefits
- Store whole grain flours in airtight containers in cool, dark conditions or refrigerate to prevent oxidation of beneficial oils and maintain phytochemical stability
- Mix refined and whole grain flours in a 1:1 ratio as a transition strategy to increase fiber intake while maintaining desired baking properties and palatability
- Check labels for 'whole grain as first ingredient' and aim for at least 3g dietary fiber per serving in bread or baked products
- Consider sprouted grain flours which reduce anti-nutrients (phytic acid) and increase bioavailability of minerals like zinc and magnesium
When to eat it midday
Whole grain flour products are best consumed at midday with protein and healthy fat to provide sustained energy, minimize blood glucose spikes, and support afternoon satiety
Breaks a fast
Best avoided
- late evening
- as sole pre bedtime food
Refined flour consumed alone on empty stomach causes rapid glucose absorption; pair with protein/fat to moderate glycemic response regardless of timing