E-numbers  /  Colours  /  E162

Beetroot Red

also: Beet red · Betanin · Betalains

Beetroot juice concentrate that turns yoghurts, ice cream and sweets pink. It can turn your urine pink too.

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An ingredient list from the cakes, biscuits and desserts aisle

Palm Fat, Sugar, Wheat Flour, Coconut Oil, Emulsifier (Soya Lecithins), Colour (Beetroot Red), Flavouring, Salt, Flour Treatment Agent (Ascorbic Acid)

E162Colour

Beetroot Red

Beetroot red is a concentrated extract from red beetroot.

VeganVegetarian

630

of the 43,325 UK supermarket foods we checked declare E162 in their ingredients

That is 1.5%, counted by its code or its name.

Only 5.6% of these labels print “E162”. Most use the name: look for “beetroot red”.

Counted by NutraSafe from UK supermarket ingredient lists, September 2026. How we counted

How common it is in UK food, by aisle

  • Cakes, biscuits and desserts156 products4.2% of 3,715
  • Bread and bakery112 products3% of 3,682
  • Chocolate and sweets100 products4.9% of 2,045
  • Ice cream and frozen desserts58 products7.6% of 762

What Beetroot Red is, what it does and where you will see it

What is it?

Beetroot red is a concentrated extract from red beetroot. Its colour comes from betalain pigments, mostly the red betanin, with a little yellow pigment. It is made by pressing or soaking the root in water, then filtering and concentrating. It dissolves in water, and heat, light and air break it down, which is why it is mostly used in chilled, frozen or short-life foods.

What does it do?

It makes food pink to deep purplish-red. The shade depends on acidity: brighter red in acidic food, turning more blue-violet in less acidic food. Because heat and air break it down, it works best in foods that are not cooked much after it is added.

Where you will see it

Flavoured yoghurts, ice cream, jellies and jams, soft drinks, sweets, chewing gum, breakfast cereals, meat alternatives, and some cake fillings and icings. UK labels call it beetroot red, betanin or E162.

What the science says

Too little safety data to set a limit

When European reviewers looked at E162 in 2015, they found the toxicity studies too limited to set a daily limit. No proper DNA-damage tests had been submitted, and there were no adequate long-term, cancer or reproduction studies. They still concluded it was not a concern at current use, mainly because betanin is already in the diet from eating beetroot and the additive supplies similar amounts.

The toxicity data were not enough to set a daily limit. Whether it damages DNA could not be judged, and there were no adequate long-term, cancer or reproduction studies.

2015Regulator reviewEFSA ANS Panel, Scientific Opinion on the re-evaluation of beetroot red (E 162) as a food additive, EFSA Journal 2015, volume 13, 4318

At reported use levels, reviewers did not see beetroot red as a concern, because its pigments are a normal part of the diet with a long history, and intake from the additive is similar to intake from food.

2015Regulator reviewEFSA ANS Panel, Scientific Opinion on the re-evaluation of beetroot red (E 162) as a food additive, EFSA Journal 2015, volume 13, 4318

Pink urine after eating it

About 10 to 14% of people pass pink or red urine after eating beetroot or food coloured with E162, because some of the pigment passes through undigested. It is more common in people short of iron, and it stopped in iron-deficient patients once they were treated. On its own it tells you the pigment passed through, nothing more.

Pink or red urine after eating beetroot affects about 10 to 14% of people, and is more common in people with iron-deficiency anaemia or poor absorption.

1993ObservationalWatson WC et al., Beeturia and the biological fate of beetroot pigments, Pharmacogenetics 1993, volume 3, 302-311

In seven iron-deficient patients, pink urine stopped after 8 days of iron treatment, pointing to how iron status affects the pigment's breakdown.

1993ObservationalWatson WC et al., Beeturia and the biological fate of beetroot pigments, Pharmacogenetics 1993, volume 3, 302-311

Most of it is not absorbed

In a human study, even after large amounts of beetroot juice or whole beetroot, betanin could not be found in the blood at any point. It seems to be broken down in the gut rather than absorbed whole.

Betanin was undetectable in blood after 250ml of beetroot juice (about 194mg betanin) or 300g of whole beetroot (about 66mg betanin).

2017Randomised trial in peopleClifford T et al., The plasma bioavailability of nitrate and betanin from Beta vulgaris rubra in humans, European Journal of Nutrition, PMC5346430

Antioxidant effects in the lab and in animals

In lab and animal studies, betanin acts as an antioxidant and dampens inflammation. Because so little reaches the blood in people, it is not established whether this happens at food colour amounts, and good human trials are lacking.

Betanin mopped up free radicals in lab tests and lowered signs of oxidative stress in rats.

2019Animal studyAllegra M et al., Short-Term Betanin Intake Reduces Oxidative Stress in Wistar Rats, Antioxidants 2019, volume 8, 306, PMC6769636

Most evidence for betanin's antioxidant and anti-inflammatory effects comes from lab and animal work, and solid human trials are lacking.

2021ObservationalChen L et al., Beetroot as a functional food with huge health benefits, Food Science and Nutrition 2021, volume 9, 6158-6166

Where it stands with the regulators

Approved in the UK and the EU

Daily limit. None set. The international committee lists it as not specified. European reviewers (2015) found the data too thin to set one, but did not see a concern at current use.

Legal basis
On the Food Standards Agency's approved list for Great Britain, as a colour with no set maximum
Permitted foods
All foods where colours are allowed, with no set maximum · Foods for special medical purposes for children aged 1 to 3 (up to 20mg per litre of betanin as drunk) · Not allowed in foods for babies and young children generally
Maximum levels
No set maximum, as long as makers use no more than they need. 20mg per litre of betanin in special medical foods for children aged 1 to 3.
History
Beetroot extract has a long history in food. European reviewers looked again in December 2015 (EFSA Journal 2015, volume 13, 4318), found gaps in the data on DNA damage, long-term effects, cancer and reproduction, and kept it approved because intake matches what beetroot itself gives. In 2016 they found extending it to special medical foods for children aged 1 to 3, at 20mg per litre, would not be a concern. Colours are not allowed in foods for babies under 12 months.

Who should be careful

People with a history of calcium oxalate kidney stones may know beetroot is high in oxalate, though the small amounts used as a colour are not established as a concern. Pink or red urine after eating beetroot-coloured food is usually beeturia, but red urine with no beetroot eaten should be checked by a doctor. Look for beetroot red, betanin or E162.

The honest read

E162 comes from a vegetable people eat in large amounts, and the additive gives about what a portion of beetroot does. The main caveat is about the paperwork, not its effects: because betanin has a long history in food, the full set of animal and DNA studies needed to set a standard daily limit was never done, and European reviewers flagged that gap in 2015 without changing its approval. It sits in a category defined by the absence of recorded harm rather than by a full safety dossier.

Common questions about Beetroot Red

Is E162 banned in the UK?

No. Beetroot red is approved in the UK and is on the Food Standards Agency's list, with no set maximum in most foods. It is not allowed in foods made for babies under 12 months.

Why could European reviewers not set a daily limit for E162?

In 2015 they found the standard studies, on DNA damage, long-term feeding, cancer and reproduction, were missing or too limited to work one out. They did not find evidence of harm. They found a gap in the usual study package, and judged current use not a concern because betanin is part of the diet from beetroot and the additive supplies similar amounts.

What foods contain E162?

Flavoured yoghurts, ice cream, frozen desserts, jellies, soft drinks, sweets, chewing gum, breakfast cereals, meat alternatives, and some cake fillings and icings. Labels call it beetroot red, betanin or E162.

Is E162 vegan?

Yes. It comes entirely from beetroot, with nothing from animals.

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