Did you know that every time you go to the bathroom, you lose electrolytes?

Every time you urinate, your body eliminates essential electrolytes, which are crucial for maintaining fluid balance, nerve and muscle function, and many other vital processes.

Urine contains various electrolytes in different concentrations, and the loss can vary depending on the amount of fluid you consume and your diet.

Electrolyte Loss by Mineral in Urine (*):

• Sodium (Na+): 460-5060 mg 
• Potassium (K+): 975-4875 mg
• Calcium (Ca2+): 100-300 mg
• Magnesium (Mg2+): 24-96 mg

Coffee and the Doubling of Electrolyte Loss

Coffee is a known diuretic, meaning it increases urine production and, with it, the elimination of electrolytes. By consuming coffee, you may experience a doubling in the loss of these essential minerals, increasing the risk of dehydration and electrolyte imbalance.

Symptoms of Low Electrolyte Levels in Sedentary People

Even if you don't exercise regularly, you can experience symptoms of low electrolyte levels due to losses from urine and sweating.

Some of the most common symptoms include:

• Fatigue: Constant feeling of tiredness and lack of energy.
• Muscle Cramps: Pain and spasms in the muscles, especially in the legs.
• Nausea: Feeling of stomach discomfort.
• Mental Confusion: Difficulty concentrating and memory problems.
• Headaches: Recurrent headaches with no apparent cause.
• Constipation: Electrolyte deficiency alters muscle function and intestinal motility, hindering the passage of feces and causing constipation.

Electrolyte Loss After One Hour of Aerobic Exercise

According to research by Dr. PhD James DiNicolantonio, after one hour of intense aerobic exercise, electrolyte loss is significant:

• Sodium (Na+): Approximately 500-700 mg
• Potassium (K+): Approximately 200-300 mg
• Calcium (Ca2+): Approximately 20-30 mg
• Magnesium (Mg2+): Approximately 10-15 mg

Filtered Water without Minerals: Hydration or Dehydration?

Consuming filtered water that has removed minerals, especially sodium, can actually contribute to dehydration. This is because pure water without electrolytes can dilute the electrolytes present in your body, leading to a condition known as hyponatremia, where blood sodium levels are too low. The mechanism is as follows:

• Electrolyte Dilution: When you consume filtered water without minerals, you introduce a liquid into the body that lacks the necessary electrolytes to maintain fluid balance. This leads to a dilution of electrolytes in your blood and other bodily fluids.
• Increased Urine Production: To correct the electrolyte imbalance caused by dilution, the kidneys respond by increasing urine production. This process is called diuresis and is the body's attempt to eliminate excess water to maintain homeostasis.
• Impact: As you produce more urine, you eliminate not only excess water but also more electrolytes from your body, exacerbating the initial loss and leading to further dehydration.
• Increased Thirst: As your body loses more water and electrolytes, the thirst mechanism is activated. The brain detects low electrolyte levels and reduced blood volume, and sends signals that increase the feeling of thirst to encourage more fluid intake.
• Impact: Drinking more filtered water without minerals in response to thirst perpetuates the cycle of electrolyte dilution and continuous loss through urine.
• Vicious Cycle of Dehydration: Additional consumption of filtered water without minerals reintroduces more fluid that lacks the necessary electrolytes, causing:
• Greater Dilution: Each time you drink more filtered water, you continue to dilute the electrolytes in your body.
• Continuous Increase in Urine: The kidneys continue to eliminate excess water through urine, carrying away more essential electrolytes with each urination.
• Increased Thirst: Dehydration and electrolyte imbalance worsen, further increasing the feeling of thirst and the need to drink more water.

How to Break the Vicious Cycle?
To avoid falling into this vicious cycle of dehydration:

• Include electrolyte minerals in the water you drink.

How to choose the "Best Electrolyte Formulation"?

When selecting an electrolyte formulation, it is important to consider the quality of the ingredients and their suitability for your specific needs. 

Ingredients to Avoid

• Sugar and Artificial Sweeteners: Sugar can contribute to excess calories and affect blood glucose levels. Artificial sweeteners such as aspartame, sucralose, and acesulfame K can have adverse effects in some people and provide no nutritional benefits.
• Rice and Corn Flours (Maltodextrin): Used as fillers, these flours and maltodextrin can raise the glycemic index and do not provide significant benefits in terms of electrolytes.
• Magnesium Stearate and Silicon Dioxide: These compounds are additives used as flow agents in supplement manufacturing and are not electrolytes. They do not provide nutritional benefits, and some consumers prefer to avoid them due to concerns about their purity and long-term effects. 

None of the above ingredients are electrolyte minerals, they can affect the health of your intestinal microbiota, and paying for fillers at electrolyte prices is much more expensive. 

It is important to read labels and look for products that clearly indicate the absence of these additives and that have a significant contribution of electrolyte minerals. 

Ingredients to Consider

• Key Electrolytes:
• Sodium (Na+): Vital for fluid regulation and muscle function. A typical formulation for athletes may contain up to 1000 mg per serving, but for sedentary people, this amount may be excessive and cause fluid retention.
• Potassium (K+): Helps maintain fluid balance and is essential for muscle and nerve function.
• Calcium (Ca2+): Important for bone health and muscle contraction.
• Magnesium (Mg2+): Involved in muscle and nerve function, as well as protein synthesis and bone health.

Beneficial Trace Minerals:

If possible, choose formulations that, in addition to electrolyte minerals, include "trace minerals."

• Zinc: plays an important role in maintaining a healthy immune system, protein synthesis, and wound healing.
• Copper: Necessary for red blood cell formation and immune system health.
• Chromium: Helps regulate blood sugar by improving insulin action, which can help maintain stable energy levels.
• Selenium: Acts as a powerful antioxidant, protecting cells from oxidative damage, and is crucial for thyroid function.

 Concentration:

Some formulations include the "minimum for the ingredient to appear on the label" and also appear with "lower prices." Choose a formulation with an adequate sodium concentration that fits your needs. 

Enriched with Trace Minerals:

Supplements that include zinc, copper, chromium, and selenium can offer additional benefits beyond simple electrolyte replenishment.

Conclusion:

To choose the best electrolyte formulation, look for products that are transparent in their ingredients, without unnecessary fillers, and that offer a balanced blend of electrolytes and trace minerals.

Make sure the amount of sodium is appropriate for your activity level and consider the additional benefits that trace minerals can provide for your overall health.

ELEC-VITAL is the first blend of electrolyte minerals, with added trace minerals, that contains no sugar, sweeteners, flours (rice, corn, maltodextrin), magnesium stearate, silicon dioxide, etc. because these "filler" ingredients are not electrolytes and can affect your gut microbiota health. 

ELEC-VITAL contains electrolyte minerals: sodium – potassium – calcium – magnesium and trace minerals: zinc – copper – chromium – selenium and "It has no taste" because it comes in capsules.

ELEC-VITAL does not break your fast; on the contrary, it will allow you to go longer without eating and without feeling hungry.

To place your order for ELEC-VITAL outside of Chile, click here: 

www.TheGrezWay.com

or on Amazon click here or (Search GREZ ELEC-VITAL)  

(*) Studies and publications regarding electrolyte loss in urine: https://www.untumbes.edu.pe/bmedicina/libros/Libros10/libro125.pdf / https://accessmedicina.mhmedical.com/book.aspx?bookID=2954 / https://www.edicionesjournal.com/Papel/9781455758388/Comprehensive+Clinical+Nephrology+Ed+5