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Nature’s Sunshine Carotenoid Blend

What is it?

A group of nutrients including beta-carotene, lutein, lycopene, capsanthin and zeaxanthin which have significant anti-oxidant properties.

Function How it helps

Help to scavenge and inhibit free radical damage to tissues in the body.

Cell protective Prevents damage by free radicals and lowers the susceptibility to cellular abnormalities.
Immune enhancement Helps to protect the thymus gland from free radical damage and boost the immune system.


What is it used for?
Anti-oxidant Cell protection Skin health
Precursor to Vitamin A Eye Health Cardiovascular health
Prostate health Immune health


Best food sources

Carrots (alpha and beta carotene)

Sweet potato (beta carotene)

Red peppers (lutein, zeaxanthin)

Watermelon (beta carotene, lycopene)

Apricots (beta carotene)

Pumpkin (alpha carotene)

Peaches (cryptoxanthin, beta carotene)

Papaya (cryptoxanthin)

Tomato (lycopene)

Spinach (beta carotene, lutein, zeaxanthin)

Broccoli (lutein, zeaxanthin)


Deficiency Symptoms

Dry, rough, prematurely aged skin

Cellular abnormalities/cell damage

Increased risk of infection

Eye problems Dry mouth Loss of appetite

Cardiovascular disease

Supplementation dosage range

  • Beta carotene: 5 – 15mg per day

  • Alpha carotene: 500ug – 10mg per day

  • Lutein: 100ug – 5mg per day

  • Lycopene: 50ug – 15mg per day

  • Zeaxanthin: 100 – 500ug per day


Other information

It is generally accepted that natural forms of carotenoids from food perform better in the body than synthetic versions.



  • No known toxicity for levels found in supplements.

  • The synthetic form of beta carotene should be avoided in heavy smokers.

  • Repeated intake of high doses of certain carotenoids, such as beta carotene, can cause a yellow/orange pigmentation of the skin. This is not a sign of toxicity and the pigmentation gradually subsides if supplementation is stopped or reduced to a sufficiently low level.

  • Extremely high intake of carrots can cause toxicity, but this is not due to the carrots’ beta carotene content.

  • Although certain carotenoids (e.g. beta carotene) convert into vitamin A in the body, they are not associated with the same risks/precautions/toxicity as preformed vitamin A (retinol and its derivatives), as conversion only takes place as the body needs it.


Factors which deplete levels, impair absorption and/or inhibit activity:

Fat blocking agents


High doses of synthetic beta carotene (which blocks absorption of other carotenoids)





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