Acrylamide is most commonly known as 2-propenamide or prop-2-enamide.
Acrylamide – otherwise known as acrylic amide – is a chemical compound with the chemical formula C3H5NO. Its International Union of Pure and Applied Chemistry (IUPAC) name is prop-2-enamide.
Acrylamide is a chemical that naturally forms in plant-based foods when cooked at high temperatures (like frying, roasting, or baking). The highest concentrations are typically found in French fries, potato chips, toast, crackers, cookies, breakfast cereals, and roasted coffee beans.
Comparing frying, roasting, and baking potatoes, frying causes the highest acrylamide formation. Roasting potato pieces causes less acrylamide formation, followed by baking whole potatoes. Boiling potatoes and microwaving whole potatoes with skin on to make “microwaved baked potatoes” does not produce acrylamide.
Acrylamide is found in baked goods, fried foods, and coffee. In the case of coffee, roasting the beans at high temperatures causes the asparagine present to react with sugars, forming acrylamide. The process of making instant coffee concentrates acrylamide even further.
Your body naturally removes acrylamide and its toxic byproduct (glycidimide) through liver metabolism and renal excretion, primarily expelling it via urine within a few days. You cannot "flush" it out, but you can support your body's natural clearance and prevent future exposure by adopting specific dietary habits.
Cardiologists recommend adding functional, antioxidant-rich ingredients to coffee—like cinnamon or unsweetened cocoa powder—while strongly advising against inflammatory add-ins like refined sugar, artificial sweeteners, and heavy creamers.
To minimize acrylamide exposure, avoid overcooking or burning starchy and plant-based foods. Acrylamide is a chemical compound that naturally forms in certain foods—like potatoes, coffee, and baked goods—during high-temperature cooking like frying, roasting, or baking.
Yes, bread does contain acrylamide. It is a chemical byproduct that forms naturally when starchy foods are baked, roasted, or toasted at high temperatures (above 120ºC / 248ºF).
Water-soluble vitamins, particularly AA, protect the body from the damaging effects of acrylamide due to their strong antioxidant capacity [19].
Roasted Nuts and Nut Butters
Roasted almonds and peanuts can contain acrylamide. Because most peanut butter is made from roasted peanuts, it may also contain small amounts.
The formation of acrylamide in both banana varieties was enhanced with an increase in both reducing sugars (glucose and fructose). This research demonstrated that the formation of acrylamide was strongly dependent on the concentration of, both glucose and fructose.
Oats have the second highest acrylamide forming potential of rye, wheat, barley and oats. Several studies have found high levels of acrylamide in oat products that exceed the benchmark limits within the EU.
Based on most studies, the AA content in coffee generally decreased with the increase in roasting time and temperature, especially at temperatures above 200 °C. Therefore, high temperatures and sufficient roasting time are necessary conditions for reducing the AA content.
Fried potato products, specifically potato chips (crisps) and French fries, are the primary dietary sources containing the highest levels of acrylamide, especially when cooked to a dark brown or crunchy texture. Other high-risk foods include coffee, crackers, toast, biscuits, and roasted snacks.
Yes, tea can contain trace amounts of acrylamide, primarily formed during the high-temperature baking or roasting stages of processing. However, the amounts are typically quite low, and some components in tea actually help reduce acrylamide levels.
Reduce consumption of foods that contain acrylamide:
Avoid eating a lot of carbohydrate-rich foods that are cooked at high temperatures (e.g., French fries). Foods with higher protein content appear to have lower amounts of acrylamide. Avoid overcooking foods.
American bread is often restricted from European markets because the EU bans several chemical additives commonly used in U.S. commercial loaves. These include maturing agents, bleaching agents, and dough conditioners (like potassium bromate and azodicarbonamide) that are linked to cancer and banned due to health concerns.
High levels of acrylamide primarily damage the nervous and reproductive systems. Severe, prolonged exposure—most commonly seen in industrial settings—leads to a condition known as acrylamide neuropathy.
Some breads are more nutritious than others. To choose a beneficial bread, you can look for varieties made from 100% whole-grain and/or sprouted-grain flours. Make sure your bread is low in added sweeteners. A few good options include sourdough, rye, flax, and oat breads.
For most people, there is no health reason to avoid bread. The only health reasons to avoid bread are coeliac disease and a wheat allergy. Coeliac disease is a health disorder in which the immune system reacts adversely to gluten.
To minimize acrylamide exposure, avoid overcooking or burning starchy and plant-based foods. Acrylamide is a chemical compound that naturally forms in certain foods—like potatoes, coffee, and baked goods—during high-temperature cooking like frying, roasting, or baking.
Steaming and boiling do not produce acrylamide at all, making them great alternatives to frying or baking. If you bake frequently using rice flour instead of wheat flour can also lower acrylamide levels in baked goods, since rice flour naturally contains less free asparagine.
It is not recommended to store raw, uncooked potatoes in the fridge. The cold temperatures cause the potato’s starches to convert into sugars (a process called cold-induced sweetening), which can result in an overly sweet taste, a gritty texture, and dark, burnt spots when fried or roasted.
Rice and rice products have lower acrylamide content compared to other cereals. Boiled and steamed rice samples have less acrylamide content than fried rice samples. The acrylamide content in rice products is less than that of other cereals may be due to the lower asparagine content.