Tomato extract is a concentrated preparation made from tomatoes that captures the fruit’s beneficial plant compounds, most notably lycopene, the pigment responsible for the red color. It shows up in supplement capsules, skincare products, and as a natural food colorant, and it contains far higher concentrations of active compounds than you’d get from eating a fresh tomato. Standardized supplements typically contain between 5% and 12% lycopene by weight, according to United States Pharmacopeial standards.
What’s Inside Tomato Extract
Tomatoes pack a surprisingly complex mix of phytochemicals, and the extraction process concentrates them. The dominant compound is lycopene, a carotenoid pigment that gives tomatoes their red hue. A raw tomato contains about 9.25 mg of lycopene per 100 grams, but the extract delivers this in a much more concentrated form. Beyond lycopene, the extract contains several other carotenoids: phytoene (1.86 mg/100g in raw tomato), phytofluene, beta-carotene, and lutein.
The non-carotenoid compounds matter too. Tomato extract includes polyphenols (flavonoids and flavones), vitamins C and A, small amounts of vitamin E in the form of tocopherols, and nucleosides. Water-soluble tomato extracts, like the patented Fruitflow formula, specifically concentrate the polyphenol and nucleoside fractions rather than focusing solely on lycopene. This distinction matters because different extraction methods pull out different sets of compounds, which is why not all tomato extracts do the same thing.
How It’s Made
Producing tomato extract involves separating the desired compounds from the bulk of the fruit. Manufacturers use several methods depending on which compounds they’re targeting. Conventional approaches rely on organic solvents like hexane, acetone, ethanol, or ethyl acetate to dissolve and isolate lycopene and other fat-soluble compounds. Supercritical carbon dioxide extraction is a cleaner alternative that uses pressurized CO2 as a solvent, leaving no chemical residue in the final product.
Newer techniques include ultrasound-assisted and microwave-assisted extraction, which speed up the process and can improve yield. Some researchers have explored natural deep eutectic solvents made from terpenes and fatty acids as greener alternatives, finding that combinations of certain fatty acids match the extraction power of acetone. Water-soluble extracts use solid-phase extraction to isolate the non-fat-soluble components like polyphenols and nucleosides.
Why Processing Increases Potency
One of the more counterintuitive facts about tomato nutrients is that cooking and processing actually make them more available to your body. Lycopene is more bioavailable in processed tomato products than in raw tomatoes. The heat changes lycopene’s molecular shape, converting it from its natural “all-trans” form into “cis” isomers that your intestines absorb more readily. Processed tomato juice contains more accessible lycopene than unprocessed juice, and tomato paste outperforms fresh tomatoes for the same reason.
The presence of dietary fat further boosts absorption, since lycopene is fat-soluble. This is why many tomato extract supplements are formulated with oil or recommend taking them with a meal. The combination of heat processing, structural changes to the lycopene molecule, and the breakdown of the plant’s cell walls during extraction all contribute to making supplements and concentrated extracts significantly more potent than eating raw tomatoes.
Heart and Blood Flow Benefits
The strongest clinical evidence for tomato extract centers on cardiovascular health. The European Food Safety Authority has approved one specific health claim for a water-soluble tomato concentrate (marketed as Fruitflow): that it helps maintain normal platelet aggregation, contributing to healthy blood flow. This is the only approved health claim for any tomato-derived product in Europe, which gives it unusual regulatory credibility.
Platelets are the tiny blood cells that clump together to form clots. While clotting is essential for wound healing, excessive platelet aggregation can restrict blood flow and increase the risk of cardiovascular events. Clinical trials show that 150 mg per day of water-soluble tomato extract for four weeks significantly inhibits platelet activation, aggregation, and granule secretion in healthy middle-aged and older adults. In one trial with prehypertensive patients, a 150 mg daily dose produced a significant reduction in blood pressure and platelet aggregation within just 24 hours.
Lycopene-rich tomato extracts also show blood pressure effects. Studies have documented reductions in systolic blood pressure of up to 5.66 mmHg after lycopene supplementation. The effect on diastolic blood pressure (the lower number) is less consistent. A four-week trial using 213 mg per day of standardized tomato extract in high-risk cardiovascular patients found a significant drop in blood pressure.
Skin Protection
Lycopene from tomato extract acts as a potent antioxidant in skin tissue, neutralizing free radicals generated by UV exposure. It clears reactive oxygen species twice as effectively as beta-carotene and ten times better than alpha-tocopherol (a form of vitamin E). When applied topically, lycopene protects against acute UVB damage by blocking an enzyme involved in the skin’s inflammatory response, reducing both sunburn and longer-term DNA damage.
The skin benefits go beyond sun protection. Lycopene supports the synthesis of prostaglandins and phospholipids, components of cell membranes that help maintain skin barrier function. Topical application reduces inflammatory infiltration in skin tissue, and nanoemulsion formulations containing lycopene promote skin suppleness along with UV defense. That said, incorporating lycopene into sunscreen and cosmetic formulations presents technical challenges because it doesn’t mix easily with water-based products, which is why it typically appears in oil-based serums and sun oils rather than everyday moisturizers.
Prostate Health
The connection between tomato consumption and prostate health has been studied extensively. A meta-analysis of 15 human studies found that while lycopene doesn’t appear to reduce overall prostate cancer risk, it is associated with a lower risk of aggressive and advanced prostate cancers specifically. This is a meaningful distinction: the protective effect seems targeted at the most dangerous forms of the disease rather than offering blanket prevention. The research is ongoing, and the relationship between isolated lycopene supplements and whole tomato extract may differ, since whole extract contains multiple compounds that could work together.
Uses in the Food Industry
Beyond supplements and skincare, tomato extract serves as a natural food colorant, offering the food industry an alternative to synthetic red dyes. It has been used to color pasta, bologna, sausages, cookies, crackers, hamburgers, breads, muffins, cheeses, and nuggets. The appeal is dual-purpose: the extract adds color while also delivering antioxidant compounds like vitamins C and E, carotenoids, and polyphenols. In sausage production, adding tomato powder not only enhanced the red color but increased the product’s antioxidant activity and scored higher on flavor in sensory testing across all storage periods.
Despite these advantages, adoption has been slow in some markets. In Brazil, for example, lycopene from tomatoes is still primarily limited to dry pasta, powdered foods, and some snacks. The food industry continues exploring tomatoes as a replacement for synthetic dyes, driven by consumer demand for cleaner ingredient labels.
Typical Supplement Dosages
Clinical trials have most commonly used 150 mg per day of water-soluble tomato extract, which is the dose authorized by the European Food Safety Authority for daily consumption in powder, tablet, or capsule form. This dose has been shown to produce measurable effects on platelet function within four weeks. Some studies have used higher doses, up to 213 mg per day, for blood pressure benefits in higher-risk populations. Labels on lycopene-focused supplements will specify the lycopene percentage, which under pharmacopeial standards falls between 4.7% and 12% of the extract’s total weight. A supplement containing 10 mg to 30 mg of actual lycopene per dose is a common range on the consumer market.