Yes — and rice may be the most innocent staple this site has scored. Cooked white rice registers 0.0 to 1.5 mg of sodium per cup; cooked brown sits at 1.9 mg. Numbers that low make the sodium question almost meaningless, which is exactly why the useful question is different: what happens to rice between the pot and the plate. Rice contains no salt. It absorbs whatever it is cooked in — the best property in a kitchen and the worst, depending on who is holding the bottle of soy sauce.
Why: every cooked rice row in the database sits under 10 mg of sodium per cup, and the cooked white rows are literally at zero. Rice is milled, not cured or brined, and nothing in its production involves the processes that push foods into the amber and red bands.
The split that matters is potassium: cooked brown medium-grain carries 154.1 mg per cup, cooked white medium-grain 53.9 mg. Milling removes the bran, and the bran is where the minerals sit.
Half the world eats rice as its daily grain, and the database rows explain part of why it has never been the sodium story: the food is simply salt-free. A cup of cooked white rice registers 0.0 mg in one row and 1.5 mg in another. Long-grain, medium-grain, short-grain, raw, parboiled — every row is green.
That makes rice a blank carrier, and blank carriers are where diets are won or lost. A plain bowl of rice is the most sodium-neutral starch a kitchen can put on a table. The same rice fried in soy sauce with a bouillon cube is a different food in everything but name.
Seven rows from the rice and wild rice files, including the cooked white entries that show how little milling leaves behind.
| Form (database serving) | Sodium | Potassium | Verdict |
|---|---|---|---|
| Brown rice, medium-grain, cooked — 1 cup | 1.9 mg | 154.1 mg | GREEN |
| Brown rice, long-grain, cooked — 1 cup | 8.1 mg | 173.7 mg | GREEN |
| Brown rice, long-grain, raw — 1 cup | 9.2 mg | 462.5 mg | GREEN |
| White rice, medium-grain, cooked — 1 cup | 0.0 mg | 53.9 mg | GREEN |
| White rice, long-grain, cooked — 1 cup | 1.5 mg | 52.5 mg | GREEN |
| Parboiled brown, cooked — 1 cup | 6.0 mg | 91.5 mg | GREEN |
| Wild rice, cooked — 1 cup (for scale) | 4.5 mg | 151.5 mg | GREEN |
The bran layer that makes brown rice brown is also where the minerals live, and the database shows the consequence plainly. Brown medium-grain, cooked: 154.1 mg of potassium per cup. White medium-grain, cooked: 53.9 mg. The gap is roughly a factor of three, produced by milling.
A second effect confuses people reading raw labels. Raw brown long-grain carries 462.5 mg of potassium per cup; cooked, the same grain reads 173.7 mg. Nothing was lost. The rice absorbed water and roughly tripled in weight, so a cup of finished rice holds far less grain than the cup measured dry. Cooking dilutes.
And a piece of honesty this site applies to every grain it scores: 154.1 mg of potassium is a decent contribution, not a potassium strategy. A prepared cup of hash browns holds 915.2 mg, a banana 805.5 mg. Brown rice is a safe starch with a modest mineral dividend. It is not why anyone reaches 4,700 mg a day.
Absorbency is the whole story of rice's sodium risk. The grain takes on whatever liquid it sits in, which is why the distance between a green bowl and a red one is measured in condiments rather than grains.
Soy sauce is the clearest case. The database scores a low-sodium shoyu at 510.9 mg of sodium per tablespoon and a reduced-sodium hydrolyzed version at 433.5 mg. Both bottles print the word "reduced," and both rate limit at a single tablespoon. One tablespoon of the low-sodium bottle carries roughly 269 times the sodium of an entire cup of cooked brown rice.
Nothing in a rice bowl forces that outcome. What makes fried rice taste like fried rice is usually the pan and the aromatics — garlic, ginger, scallion, a splash of rice vinegar — and soy sauce can be a finishing note rather than the cooking medium. The site's label routine covers the same ground for any condiment: compare per tablespoon, never per bottle.
Sushi rice sits in a similar position, seasoned with vinegar, sugar, and a small amount of salt. The grain is innocent; the seasoning is the decision.
A rice bowl built on aromatics instead of the bottle. Three cups of cooked brown rice carry roughly 460 mg of potassium between them against about 6 mg of sodium, and the ginger-scallion oil does the seasoning work.
A useful way to hold rice in mind on this site: it is the most reliable neutral base a kitchen has, and neutral bases are how high-potassium foods get eaten in quantity. A cup of cooked brown rice contributes 154.1 mg of potassium on its own. Add a cup of cooked black beans — 610.6 mg of potassium against 1.7 mg of sodium in the database — and the same bowl reaches 764.7 mg. Not because the rice did anything, but because rice is what the beans ride in on.
That framing matters more than any single number. Readers chasing 4,700 mg of potassium a day rarely arrive there through one heroic ingredient. They arrive by putting a modest grain under a strong topping, twice a day, without thinking about it. Rice is the least demanding way to build that habit, and no row in the database stands in the way.
A no-soy rice bowl built on aromatics — about 460mg of potassium across three cups of cooked brown rice.
The grain is — every cooked row in the database sits under 10 mg of sodium per cup, and cooked white rice reads zero. Brown rice adds a modest potassium dividend at 154.1 mg per cup. What raises the sodium is what rice is cooked with: soy sauce, bouillon, seasoned mixes.
Brown, on the mineral count — 154.1 mg of potassium per cooked cup against 53.9 mg for white, because the bran is where the minerals live. On sodium the two are effectively identical, both near zero. If white rice is what a household eats, the grain is not the problem to solve.
No row in the database involves curing, brining, or salt in production. Seasoned rice mixes and restaurant preparations are a different story, and those deserve to be read as packaged products rather than as rice.
SodiumScore is an independent data project — not a medical practice.
Ratings derive from USDA FoodData Central nutrient data and the 2025 ACC/AHA Hypertension Guidelines (DASH pattern).
Dietary reference information only. Always consult your healthcare provider before making dietary changes.
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