Antioxidants & cell protection

Antioxidants play a crucial role in cell protection by neutralizing harmful free radicals produced by oxidative processes in the body. This protective function helps to minimize cell damage and can thus protect against premature aging and various diseases. Micronutrients, such as vitamins and trace elements, are essential components of antioxidants and support the maintenance of a balanced metabolism, promote the repair of damaged cells and strengthen the immune system, which leads to a positive long-term health effect. The MITOcare products listed here contain micronutrients that have an antioxidant effect & contribute to cell protection*. All information on the exact ingredients and their effects can be found on the respective product pages.

*Vitamin E, vitamin C, manganese, selenium and zinc help to protect the cells from oxidative stress.

Knowledge about antioxidants, healthy aging & cell protection

Find out more about antioxidants, cell protection & healthy aging in our blog posts:
Antioxidants - natural sun protection?
Summer is almost over again. However, sun exposure and the damage that UV rays can cause should not be underestimated, even in winter. This blog article is about antioxidants and how you can best protect yourself naturally from the sun's rays. We also show you which sun cream is best to use and why.
Read article
More energy in everyday life with PQQ and coenzyme Q10?
Have you heard of these two micronutrients that are supposed to support your body in all sorts of ways? How much can PQQ and coenzyme Q10 really do? In this article, we'll tell you about the two new micronutrients and also show you a little about the process of energy production in the mitochondria.
Read article
Coenzyme Q10
What is coenzyme Q10, what function und effect does it have on your well-being?
Read article
Migraine: causes, symptoms and remedies
14.8% of women and 6% of men in Germany meet all the criteria for migraine. In this article, you can find out more about migraine, its manifestations, treatment options and migraine prevention.
Read article
What to do about iron deficiency? Causes and countermeasures
5 to 10 % of Germans suffer from iron deficiency. How it develops and how you can meet your body's iron requirements.
Read article
Mitochondria - the power of your cells
Almost every biochemical process in our body requires energy to run. Where does our body get this energy from?
Read article
8 tips for healthy mitochondria and more energy
Do you lack energy? Do you feel tired no matter how much you rest? Do you feel like you want to support your energy metabolism? Or have you heard about mitochondria and would like to find out more about what mitochondria actually are and how you can strengthen them?
Read article
What does liposomal mean? Everything you need to know about liposomal products
Are you familiar with liposomal products? Do you know what liposomal actually means and why this technology improves the absorption of some micronutrients? In this article, we explain everything you need to know about the topic.
Read article
Fats & oils - which are healthy?
Fats and oils have fallen into disrepute. But not all of them are bad. Some oils fulfill crucial functions in your body. So which oils are healthy and which should you avoid?
Read article
Nucleotides - the forgotten basis of the micronutrient pyramid
What are nucleotides actually? Every process in an organism, every material component, cells, tissues and organs - everything is based on information. This level of information is stored in your DNA. In this article, we explain the basic functions of nucleotides, the building blocks of DNA, and why we believe they belong at the base of every micronutrient pyramid.
Read article
Effect of nattokinase: What you should know about the enzyme
Nattokinase - many people are completely unfamiliar with this enzyme. Yet it has a long history of use, particularly in Japan. So today we are talking about the enzyme nattokinase, its effect in the body and potential conclusions for supporting a therapy.
Read article