The war against COVID-19 requires four nutrients

Vitamin D deficiency and overweight increase the risk of sclerosis – especially in children

About vitamin E: Natural alfa-tocopherol

Antioxidant supplements may reduce respiratory diseases in patients with cystic fibrosis

Are vitamin D supplements able to protect against COVID-19 and other infections?

COVID-19 waves and vitamin D

Denmark sets the cancer record again

Diet and supplements: Swiss expert panel publishes new COVID-19 guidelines and calls for immediate action

Essential nutrients may prevent impaired hearing and improve certain hearing problems

Free radicals support both essential and lethal processes

Intestinal disorders may be caused by too little vitamin D

Intravenous vitamin C increases survival in patients with blood poisoning or sepsis

Lack of B vitamins causes a myriad of symptoms

Lack of selenium causes virus to mutate

Lack of vitamin D increases your risk of common thyroid disorders

Low selenium levels in the soil are linked to life-threatening reactions to COVID-19

Melatonin helps cancer patients sleep better

Meta-analysis: Lack of vitamin D is related to complicated COVID-19 infections, intensive care admission, and death

News: Intravenous zinc therapy for patients with COVID-19

Nine anti-ageing tips for 2017

Particular type of vitamin D blocks dangerous inflammation

Schizophrenia symptoms can be reduced with large doses of B vitamins

Selenium’s vital role in the defense against COVID-19 and other RNA viruses

Sepsis, the third leading cause of death, is not registered in Denmark

Super bacteria spread and the problem requires a strong immune defense

Vitamin A supports the lungs’ immune defense against tuberculosis

Vitamin C (ascorbic acid)

Vitamin E for your cardiovascular system, fertility and immune defense

Widespread nutrient deficiencies among younger adults can harm their fertility and cause them to age faster

Widespread selenium deficiency increases the risk of dying of COVID-19

Zinc deficiencies speed up ageing, inflammation, and DNA damage