QA
- Is TINE’s oil traceable?
- From which type of fish is the oil sourced?
- Polyunsaturated fat, such as EPA and DHA, are exposed to oxidation (rancidity). Can the substances created by oxidation be harmful to the health?
- From what part of their diet do Norwegians get long-chained Omega-3?
- Is the oil from TINE better than other oils?
- What will happen if I do not consume any EPA and DHA at all? Vegetarians do without, don’t they?
- Who are most likely to have a lower level of the long-chained Omega-3 fatty acids in their diets?
- How do I know whether I consume a satisfactory amount of the long-chained Omega-3 fatty acids through my diet?
- I have heard that harmful environmental toxins can be stored in the fish fat. How can I be certain that I do not consume any of this through the Omega-3-added food products?
- What is the usual dosage of EPA and DHA in the Omega-3-added food products?
- Can those who are allergic to fish eat TINE’s Omega-3-added food products?
- Can Omega-3-added food products replace cod liver oil and a diet containing oily fish?
- Can I consume too much Omega-3, EPA or DHA?
- Does everybody benefit from supplements of the Omega-3 fatty acids EPA and DHA?
- Is there a difference between Omega-3 from plants and Omega-3 from fish?
- Do we need EPA and DHA?
- What functions do EPA and DHA have in the body?
- What sources do EPA and DHA come from?
- How much Omega-3 do I need?
- Why does one talk about “a balance between Omega-3 and Omega-6”?
- How do the marine Omega-3 fatty acids EPA and DHA affect cardiac health?
- What is EPA and DHA (marine Omega-3)?
- What is Omega-3?
There have been speculations as to whether oxidisation products (the substances produced when fatty acids turn rancid) can be harmful to the health.
There have also been questions about whether the negative health effects of such products can outweigh the well-documented positive health effects of EPA and DHA, and whether this constitutes part of the reason why studies in which Omega-3 supplements are provided to patients do not always reach corresponding results1.
As per today, one still has very little knowledge about how and to what degree oxidized oil can affect the health. A lot of research is being carried out on the subject. What we do know, however, is that humans have a very low tolerance for rancid tastes and that we usually would spit out and refuse to eat food products that contain even small amounts of oxidized fatty acids.
There is therefore very little reason to worry about the intake of food products which have been added Omega-3 fatty acids unless they taste bad. For the industry that delivers food products or dietary supplements containing fatty acids which can easily oxidize, it is crucial to maintain a high degree of control over the production process, so that the amount of oxidation products in the product sold is minimal.
1. Turner et al. Are the health benefits of fish oils limited by products of oxidation? Nutrition research Reviews. 2006. 19; 53-62
- Applications
- Low oxidation Omega 3
- Omega 3 Emulsion containing healthy Omega 3
- Omega 3 applications are many with the expertise from TINE
- Omega 3 bread – a vehicle for EPA and DHA
- Omega 3 fish
- Omega 3 fruit juice
- Omega 3 fruit preparation
- Omega 3 mayonnaise
- Omega 3 meat
- Omega 3 milk
- Omega 3 pilot bakery
- Omega 3 research at TINE
- Omega 3 smoothie
- Omega 3 yoghurt
- Ready meal with added Omega 3
- Know-how
- EPA and DHA – healthy ingredients from TINE EPADHA
- EPA and DHA – foundation for healthier living
- Productinfo
- EPA and DHA – healthy ingredients from TINE EPADHA
- Marine oils with Omega 3
- Omega 3 ingredient
- Omega 3 competence – the art of nutritional supplements
- EPA and DHA – foundation for healthier living








