Chromium plays a role in insulin sensitivity and stable blood sugar levels. Multiple studies even suggest that chromium supplementation can counteract insulin resistance, thereby lowering the risk of type 2 diabetes and its precursor, metabolic syndrome, which is linked to cardiovascular disease. This was described in a review article published in Heliyon. Here, the authors address chromium’s molecular mechanisms and the role of chromium supplements in cardiovascular disease. It is important to choose chromium in the form of chromium yeast because it has superior absorption. What is also needed to maintain stable blood sugar levels and healthy circulation is a sufficient supply of protein, healthy fats, and limited carbohydrate intake.

Magnesium is important for numerous physiological functions. In a new review article published in Nutrients, researchers have looked at the relation between the body’s magnesium levels and a variety of different ageing markers. Also, they hypothesize that optimal intake of magnesium throughout life is an easy and inexpensive way to obtain healthy ageing.

Diabetes and its precursor, metabolic syndrome, are characterized by insulin resistance and overweight. According to a Chinese study that is published in Frontiers in Nutrition, increased intake of magnesium and potassium helps reduce the fat deposits. The authors mention that both nutrients help regulate unstable blood sugar and other metabolic disturbances that are seen with diabetes and metabolic syndrome.

Metabolic syndrome, which is an early stage of diabetes, is spreading like a bushfire. This condition is characterized by overweight, hypertension, hypercholesterolemia, and disrupted blood sugar metabolism. The diet plays a major role, and scientists have found a direct link between the intake and serum levels of vitamin B6, folic acid (vitamin B9), and vitamin B12, according to a large American population study that is published in JAMA Network Open. The authors also address how these B vitamins can help improve the glucose metabolism and prevent metabolic syndrome.

Magnesium supports hundreds of different enzyme processes that are involved in energy turnover, sugar metabolism, nerves, and several other basic functions. Unfortunately, magnesium deficiency is rather common and more and more studies suggest that this may be related to a host of metabolic disturbances such as overweight, insulin resistance, type 2 diabetes, hypertension, elevated cholesterol, and chronic low-grade inflammation that is seen in connection with most chronic diseases. On the other and, it appears that high intake of magnesium from the diet or from supplements may help. In a new review article that is published in Nutrients, the authors look at magnesium deficiency and its role in the development of metabolic disorders. They also look at factors such as nutrient-depleted farmland, unhealthy diets, poor nutrient uptake, insulin resistance, the use of medicine, alcohol abuse, and stress that can potentially result in a magnesium deficiency.

Many people unwittingly suffer from a disease called non-alcoholic fatty liver disease, which is related to overweight and diabetes. The diet plays a major role, and a Chinese study shows that vitamin B12 is of particular importance. The scientists believe that the body’s vitamin B12 metabolism holds a therapeutic potential in relation to detecting and treating the disease and the complications that follow in the wake of it.

Metabolic syndrome, which is the early stage of type 2 diabetes, is associated with overweight, insulin resistance, hypertension, and other metabolic disturbances. Low blood levels of vitamin D also appear to significantly increase the risk of metabolic syndrome, according to a large population study of young and middle-aged Chinese people. The researchers mention that vitamin D is important for blood sugar levels, lipid metabolism, and weight regulation. It is worth making a note of the fact that official guidelines for vitamin D supplementation are no guarantee of optimal blood levels of the nutrient.