June 20, 2026Wellness

Magnesium: The Multitasking Wonder Mineral

Surprised how one mineral does it all? From being involved in 300 reactions to ensuring muscle recovery, here is why Magnesium matters to us

What is Magnesium?

Magnesium is a wonder mineral managing multiple physiological processes in our body. Needed in over 300 biochemical reactions, magnesium ensures the smooth functioning of our immune system, stabilises irregular heartbeats, maintains nerve and muscle function and strengthens bones from within. It is also important for proper ion channel functioning, especially calcium channels, aiding in nerve transmission and muscle relaxation. It helps in energy production through participation in ATP synthesis thus providing the cells the energy needed to function. Magnesium’s functions further extend to its active involvement in neuromuscular conduction, nerve transmission, vasomotor tone, muscular contraction, insulin metabolism, and maintenance of optimal glucose and blood pressure. It also maintains bone density, accentuating bone mineralisation and bone health. Scientific studies claim that it is important in the contribution of insulin resistance as well as impaired glucose metabolism.

Overall, among hundreds of other processes, magnesium supports the following physiological activities in our body:

Muscle and nerve functioning
Sleep Restoration
Implementing a state of calmness and relaxation
Regulation of blood pressure
Platelet-activated thrombosis
Maintenance of vascular tone
Insulin regulation
Managing detoxification pathways in the liver
Hormonal regulation
Bone formation
Cardiac conduction

Sources of Magnesium in Food

According to the recommended dietary allowance for magnesium, the average amount required for people includes 400 to 420 mg for males and 320 mg for females (National Institutes of Health, 2022).

There are a variety of food items which act as a good source of magnesium, including legumes, seeds, whole grains, and nuts. Specifically considering the list contains pumpkin seeds, chia seeds, soymilk, edamame, baked potato, cooked brown rice, plain yoghurt, kidney beans, oatmeal, banana, milk, low fat yoghurt.

Amidst plenty of food options, we often suffer from magnesium deficiency. Globally, an estimated 2.4 billion people or 31% of the global population, fall short in meeting the recommended magnesium intake levels (Zhang & Zhao, 2025). The reason – we are not receiving enough magnesium in our food, as it is falling short compared to a sharp increase in population growth and the mass production of food crops and items. Some of the processes which strip the food of its essential minerals, are as follows:

• Food processing techniques and polishing products for their attraction of consumers often remove essential minerals and reduce the nutrition received.

• Intensive farming methods for creating new crop varieties have higher yield, high resistance to pests or even adaptability to various climates.

• Sudden decrease in food quality as the soil is not getting time to retain its lost nutrients for supplying them to the crops grown on this field.

• Preference for western diet- people like following the western culture in their diet which is low in fresh fruits, vegetables as well as whole grains and is rich in refined, processed sugary food.

Magnesium: The Multitasking Wonder Mineral 1

Magnesium Deficiency

Wondering what’s life without Magnesium? Our body gives signs, the most common symptoms being twitches, tremors or muscle cramps. Moreover, severe effects of magnesium deficiency can lead to seizures or convulsions. Commonly known as hypomagnesemia, a lack of magnesium in our body further leads to a plethora of disorders like osteoporosis, cardiovascular diseases, hypertension and type 2 diabetes. Extended research shows that low magnesium levels are also associated with various chronic diseases like migraine, cerebrovascular accident or stroke, cardiovascular disease hypertension as well as type 2 diabetes mellitus. Sometimes the lack of magnesium in our body is asymptomatic, silently causing muscle cramps, anxiety, depression, irregular heartbeat, tremors, etc.

Summarising, the detrimental effects of hypomagnesemia can be as follows:

Dysphagia
Muscular weakness
Choreosthetosis
Vertical nystagmus
Delirium
Cardiac ischemia
Atrial fibrillation
Hypocalcemia
Hypokalemia
and several more disorders

Structural analysis of Magnesium

Diving deep into structural properties of Magnesium, various forms are present and are made in the form of supplements claiming to be effective for bone health. So, we might wonder why magnesium form is so important, it’s because the tissue distribution is dependent on the form of magnesium administered and the kind of supplement we choose helps people to maintain their optimum Mg levels. The most common form of magnesium we know are as follows:

• Magnesium oxide

• Magnesium glycinate

• Magnesium citrate

• Magnesium chloride

• Magnesium bis-glycinate

• Magnesium lactate

• Magnesium taurate

• Magnesium sulphate

• Magnesium malate

• Magnesium L-threonate

Thinking from a consumer ‘s perspective, this can be overwhelming and leave consumers confused by misinformation or excess information. The key attribute to be considered here is absorption. There are various factors based on which magnesium absorption, especially from a supplement, depends like the current magnesium levels in the body, age of the individual, magnesium supplement used, dose of magnesium taken, procedure of taking medicines, medications and other factors.

Among all these forms, magnesium bis-glycinate is appropriate for its use in supplementation. It is a scientifically advanced chelate which combines magnesium with glycine. This ensures high bioabsorption as well as bioavailability, further optimising any gastrointestinal distress and making it less likely to cause diarrhoea commonly found in traditional magnesium salts.

Now let’s look at some summarised information about the various forms of magnesium:

• Magnesium form variations come from specific salts which are made when magnesium is combined with other substances. These determine the level of magnesium absorption in the body.

• Magnesium glycinate is good for people with sensitive stomachs, having regular bowel movements- less likely to cause diarrhoea.

• Chelated magnesium is one that is bonded to amino acids and is more easily absorbed than other forms of magnesium.

• Magnesium oxide is less expensive though widely available but it is absorbed less efficiently when used alone in supplements.

• Social media shoutouts are not always genuine - Magnesium glycinate is popular in social media but yet extensive research remains to declare it as the best form of magnesium

What’s so elemental about Magnesium?

Elemental Magnesium is most importantly considered in supplement formulation. Now let's understand the meaning of this word “elemental”. Elemental magnesium is the actual amount of magnesium present in each serving. Moreover, it is the purest form of magnesium, raw, separated from other compounds, reflecting the amount which is actually absorbed in our body. Most magnesium supplement labels report the amount of elemental magnesium in the product; however, it does not appear on the label. For example, a magnesium-containing compound might have 2000 mg of magnesium in the form of magnesium glycinate, but elemental magnesium is only 100 mg, and we are concerned with this only because this is the actual magnesium amount to be absorbed in our body.