What Are Electrolytes? Sources, Function & How to Replenish (2026)

Electrolytes get talked about like a fitness buzzword, but they are basic body chemistry. This guide answers the questions people actually ask: what they are, what they do, which drinks and foods contain them, how to replenish them, and whether you can overdo it. Every number here is sourced, and where the science is unsettled we say so.

What are electrolytes?

Electrolytes are minerals that carry an electrical charge when they dissolve in water or body fluid. The main ones in your body are sodium, potassium, chloride, calcium, magnesium, phosphate, and bicarbonate (StatPearls, NIH). Because they hold an electrical charge, they let your cells generate the tiny voltages that fire nerve signals and trigger muscle contractions, which is why they are essential for basic life function.

The word "electrolyte" simply means a substance that splits into charged ions in solution. Table salt (sodium chloride) is the textbook example: drop it in water and it separates into a positive sodium ion and a negative chloride ion. Your blood, sweat, and the fluid inside and around every cell are full of these ions, and your body works constantly to keep them at the right concentrations.

What do electrolytes do in the body?

Electrolytes regulate four things: fluid balance, nerve signaling, muscle contraction (including your heartbeat), and blood pH. Sodium and potassium move water in and out of cells and carry nerve impulses; calcium and magnesium drive muscle contraction and relaxation; bicarbonate keeps your blood from becoming too acidic (MedlinePlus, NIH).

Here is what each major electrolyte does, drawn from the Cleveland Clinic and MedlinePlus:

• Sodium controls how much fluid your body holds and helps nerves and muscles fire. It is the main electrolyte lost in sweat.
• Potassium works with sodium to balance fluid inside cells and is critical for a steady heartbeat.
• Magnesium supports nerve and muscle function and helps convert nutrients into usable energy.
• Calcium triggers muscle contraction, supports nerve signaling, and builds bone.
• Chloride partners with sodium to maintain fluid balance and blood pressure.
• Bicarbonate buffers acid to keep your blood pH stable.

What are the seven electrolytes and what do they each do?

Your body relies on seven key electrolytes, each with a distinct job and a tightly controlled normal range in your blood. Cleveland Clinic dietitian Julia Zumpano, RD, emphasizes that they work as a system: "It's really important that we have a balance of all the electrolytes. We can't just focus on one." The stakes are real: potassium intake, for example, has a documented dose-response relationship with lower blood pressure (Filippini et al., 2020). Here is what each one does, its normal blood range, and what happens when it runs too low or too high:

Electrolyte	Main role	Normal blood range	Signs of imbalance
Sodium (Na⁺)	Controls fluid balance; helps nerve and muscle function; most abundant electrolyte	136–144 mmol/L	Low: confusion, nausea, seizures. High: strong reflexes, loss of muscle control
Potassium (K⁺)	Supports heart rhythm, nerve and muscle function	3.7–5.1 mmol/L	Low: weakness, cramps, palpitations. High: dangerous heart-rhythm changes
Chloride (Cl⁻)	Maintains fluid balance and blood pressure; works with sodium	97–105 mmol/L	Usually shifts alongside sodium and pH
Magnesium (Mg²⁺)	Turns nutrients into energy; brain and muscles rely on it heavily	1.7–2.2 mg/dL	Low: muscle weakness, twitching, arrhythmias. Often paired with low calcium/potassium
Calcium (Ca²⁺)	Muscle contraction, nerve signaling, bone health, blood clotting	8.5–10.2 mg/dL	Low: tingling, muscle spasms. High: weakness, kidney issues
Phosphate (PO₄³⁻)	Supports bones, teeth, nerve and muscle function; energy storage	2.5–4.5 mg/dL	Imbalance tied to kidney and bone conditions
Bicarbonate (HCO₃⁻)	Balances acids and bases (pH); moves carbon dioxide out of the body	22–29 mmol/L	Reflects acid–base disorders (acidosis/alkalosis)

Normal ranges from Cleveland Clinic; exact reference values vary slightly by lab. Sodium, potassium, and chloride are measured in mmol/L; magnesium, calcium, and phosphate are typically reported in mg/dL.

Each electrolyte plays a distinct physiological role: calcium, for instance, is essential for muscle contraction and nerve signaling (Terrell et al., 2023), while the whole system is tightly regulated by the kidneys to keep blood levels within these narrow ranges (Shrimanker & Bhattarai, StatPearls).

Why are electrolytes important?

Electrolytes are important because your nerves, muscles, and heart literally run on them. They maintain the voltage across cell membranes that lets cells send electrical impulses (StatPearls, NIH). When levels drop too low or climb too high, normal function breaks down, which can cause cramps, fatigue, confusion, irregular heartbeat, and in severe cases life-threatening complications.

That said, "important" does not mean "you constantly need to supplement them." Your kidneys and hormones regulate electrolyte levels around the clock, and most people stay balanced through ordinary eating and drinking. The cases that genuinely deplete electrolytes are heavy sweating, prolonged exercise, illness with vomiting or diarrhea, and certain medications.

According to Dr. Andrew Huberman, a neuroscientist and professor of neurobiology and ophthalmology at Stanford School of Medicine, electrolytes are foundational to the nervous system: neurons communicate through electrical signals called action potentials, and those signals depend on sodium, potassium, and magnesium moving across cell membranes (Huberman Lab, Episode 63). In his discussion of hydration, he has highlighted a science-backed electrolyte ratio of roughly 1,000 mg sodium to 200 mg potassium to 60 mg magnesium, a 5:1 sodium-to-potassium balance aimed at supporting cellular and cognitive performance.

What are the symptoms of low electrolytes?

The most common signs of an electrolyte imbalance are muscle cramps, spasms, or weakness; fatigue; an irregular or fast heartbeat; nausea; and confusion or irritability (Cleveland Clinic). A slight imbalance often causes no symptoms at all — problems appear when a level drifts far enough to disrupt nerve and muscle signaling. Even the fluid loss that accompanies electrolyte depletion matters: a meta-analysis found that dehydration measurably impairs cognitive performance (Wittbrodt et al., 2018).

Different electrolytes produce different patterns:

• Low sodium (hyponatremia, below 135 mmol/L) is the most common imbalance and tends to be neurological — headache, confusion, irritability, nausea, and in severe cases seizures. A 2024 analysis found that even sodium variations within the normal range correlated with measurable changes in cortical excitability (Faludi et al., 2025).
• Low potassium (hypokalemia, below 3.5 mmol/L) shows up as muscle weakness, cramps, and heart palpitations, because potassium is central to muscle and heart-rhythm function.
• Low magnesium (hypomagnesemia) causes muscle weakness, twitching, and arrhythmias, and commonly occurs alongside low calcium and potassium; magnesium supplementation has been studied specifically for muscle cramps (Garrison et al., 2020).
• Low calcium (hypocalcemia) produces tingling, muscle spasms, and cramping.

Most day-to-day dips are mild and self-correct with food and fluids. But symptoms that are severe, persistent, or include chest pain, fainting, or seizures are a medical emergency — see a doctor, since the underlying cause (a medication, kidney problem, or illness) matters more than the electrolytes themselves.

Do electrolytes give you energy?

Not in the way caffeine or sugar do. Electrolytes contain no calories and are not a stimulant, so they do not directly "give" you energy. But low electrolyte levels, especially sodium and magnesium, can cause fatigue and sluggishness, so correcting a deficit can make you feel less tired. The effect is removing a drag, not adding fuel.

If you feel a lift after an electrolyte drink during heavy exercise, it is usually because you were mildly depleted or dehydrated and restored normal function, not because the minerals are energizing on their own. Magnesium in particular is involved in turning food into cellular energy (ATP), which is why a magnesium shortfall often shows up as tiredness (NIH Office of Dietary Supplements).

Which drinks have electrolytes?

Sports drinks (Gatorade, Powerade), coconut water, milk, and dedicated electrolyte mixes all contain electrolytes; plain water and most "enhanced" waters contain very little. The amounts vary widely, and the type matters: sports drinks are higher in sodium, coconut water is higher in potassium.

Here is how common drinks compare. Values are per standard serving and rounded; exact numbers vary by formula, so check the label:

• Gatorade (Thirst Quencher): about 160 mg sodium and 45 mg potassium per 12 oz, plus roughly 21 g sugar (Healthline).
• Powerade: roughly 150 to 240 mg sodium and 35 to 80 mg potassium per 12 oz depending on the formula, plus added B vitamins.
• Coconut water: high in potassium (around 400 to 600 mg per cup) but low in sodium (about 40 to 105 mg), with small amounts of magnesium and calcium (Cleveland Clinic).
• Milk: a natural source of calcium, potassium, and some sodium, plus protein, which is why it is studied as a recovery drink.
• Vitamin Water / Smart Water: minimal electrolytes. Smart Water adds trace minerals for taste, not meaningful replacement. Most "enhanced" waters are essentially flavored water.
• Plain water: negligible electrolytes. Tap water has trace minerals; it hydrates but does not replace what you sweat out.

Electrolyte content of common drinks (per standard serving, approximate)

Drink	Sodium	Potassium	Notes
Gatorade (12 oz)	~160 mg	~45 mg	~21 g sugar
Powerade (12 oz)	~150-240 mg	~35-80 mg	Adds B vitamins; high sugar
Coconut water (1 cup)	~40-105 mg	~400-600 mg	High potassium, low sodium
Orange juice (1 cup)	trace	~450 mg	High natural sugar
Milk (1 cup)	~100 mg	~350-400 mg	Also calcium + protein
Vitamin Water / Smart Water	trace	trace	Minimal electrolytes
Plain water	~0	~0	Hydrates, no replacement

Does Gatorade have electrolytes?

Yes. Gatorade contains about 160 mg of sodium and 45 mg of potassium per 12 oz serving, the two main electrolytes lost in sweat (Healthline). It also contains roughly 21 g of sugar per 12 oz, which is the main downside for everyday use. The electrolyte dose is real but modest compared with concentrated electrolyte mixes.

Does Powerade have electrolytes?

Yes. Powerade provides roughly 150 to 240 mg of sodium and 35 to 80 mg of potassium per 12 oz depending on the version, and unlike standard Gatorade it adds B vitamins and a small amount of magnesium. Like Gatorade, it is high in sugar in the standard formula, so the electrolytes come with a significant sugar load.

Does coconut water have electrolytes?

Yes, and it is notably high in potassium, around 400 to 600 mg per cup, far more than Gatorade or Powerade. However, it is low in sodium (roughly 40 to 105 mg per cup), which is the electrolyte you lose most in sweat. That makes coconut water a good everyday potassium source but a weaker choice for replacing heavy sweat losses unless you add sodium (Cleveland Clinic).

Does water have electrolytes?

Plain water has only trace electrolytes. Tap and spring water contain small amounts of minerals like calcium and magnesium, but not enough to meaningfully replace what you lose through sweat. Water hydrates by adding fluid, but during heavy or prolonged sweating, drinking only water without replacing sodium can actually dilute your blood sodium, which is why endurance athletes pair water with electrolytes.

Does vitamin water or Smart Water have electrolytes?

Barely. Most "enhanced" waters, including Vitamin Water and Smart Water, contain minimal electrolytes. Smart Water adds a tiny amount of minerals for taste, and Vitamin Water focuses on added vitamins and sugar rather than electrolyte replacement. For actual electrolyte needs, they perform close to plain water.

Does orange juice have electrolytes?

Yes. Orange juice is a good natural source of potassium (around 450 mg per cup) and also provides some magnesium and calcium, especially if fortified. It contains very little sodium. Like other fruit juices it is high in natural sugar, so it works as a potassium source but not as a low-calorie hydration drink.

How much sodium and potassium are in popular electrolyte drinks?

Most "hydration" drinks contain electrolytes, but the amounts vary enormously — and the marketing rarely matches the label. Here is how common options compare, using published nutrition data (values per serving; check your specific product, since formulas differ by flavor and region):

Drink	Sodium	Potassium	Best for
Gatorade (12 fl oz)	~160 mg	~45 mg	Sweaty workouts; carb + sodium replacement
Powerade (12 fl oz)	~150 mg	~35 mg	Similar to Gatorade
Coconut water (8 fl oz)	~40–100 mg	~470–600 mg	Everyday potassium; light activity
Pedialyte Classic (12 fl oz)	~390 mg	Notable	Illness, vomiting, diarrhea (ORS)
Plain water	Trace	Trace	General hydration; no meaningful electrolytes

The pattern: sports drinks like Gatorade and Powerade lead on sodium — the primary electrolyte lost in sweat — while coconut water is potassium-forward, delivering more than ten times the potassium of Gatorade but far less sodium — and it has been shown to rehydrate effectively after exercise-induced fluid loss (Bell et al., 2026). Cleveland Clinic notes many sports drinks carry 250 mg or more of sodium per serving, over 10% of the typical daily recommendation. For reference, adults should aim for roughly 4,700 mg of potassium per day (NIH), and a medium banana has about 360–420 mg. Oral rehydration solutions like Pedialyte carry the highest sodium because they are built for fluid loss from illness — the glucose-sodium co-transport principle behind them is one of the most validated therapies in medicine (Sachdev, 1996).

One counterintuitive point from the experts: plain water can actually make things worse during heavy sweating. As Cleveland Clinic's Julia Zumpano explains, drinking large volumes of plain water when you are sweating heavily can dilute the sodium already in your body, throwing your balance further off — which is exactly when a sodium-containing drink earns its place.

What foods have electrolytes?

Whole foods are the primary electrolyte source for most people. Bananas, potatoes, beans, and leafy greens supply potassium; dairy and fortified alternatives supply calcium; nuts, seeds, and spinach supply magnesium; and ordinary table salt supplies sodium and chloride (Healthline).

A practical breakdown by mineral:

• Potassium: bananas, potatoes, sweet potatoes, beans, lentils, avocado, spinach, oranges.
• Magnesium: nuts (almonds, cashews), seeds (pumpkin), spinach, dark chocolate, whole grains.
• Calcium: dairy, fortified plant milks, leafy greens, tofu set with calcium.
• Sodium and chloride: table salt, olives, pickles, broth, most processed foods.

Because sodium is abundant in processed food, most people in fact get more than enough; the electrolyte people more often fall short on is potassium (dietary intake data).

Does salt have electrolytes?

Yes. Table salt is sodium chloride, which provides two electrolytes at once: sodium and chloride. A quarter teaspoon of salt contains roughly 575 mg of sodium. It is the simplest and cheapest way to replace sodium, which is the main electrolyte lost in sweat, though it provides none of the potassium or magnesium you also need.

Do lemons have electrolytes?

In small amounts. Lemons contain modest potassium (about 80 mg per lemon) and trace magnesium and calcium, but not enough to function as a real electrolyte source on their own. Lemon water is mostly valued for flavor; adding a pinch of salt to lemon water turns it into a basic homemade electrolyte drink by supplying the missing sodium.

How do you get or replenish electrolytes?

For everyday needs, eat a varied diet with fruit, vegetables, dairy or alternatives, and normal salt; your body does the rest. To replenish after heavy sweat or illness, you need fluid plus sodium and potassium together, from an electrolyte drink, an oral rehydration solution, or food plus salted water. The harder you sweat, the more sodium you need to replace.

Matching the method to the situation:

• Normal day, moderate activity: food and water are enough. No supplement needed.
• Hard or hot workout over ~60 minutes: add sodium, ideally 300 to 1,000 mg depending on how much you sweat, plus fluid.
• Illness with vomiting or diarrhea: an oral rehydration solution (balanced sodium, potassium, and a little glucose) replaces losses more effectively than water alone.
• Keto or fasting: low insulin makes you excrete more sodium, so deliberate sodium (and potassium and magnesium) intake helps with the fatigue and headaches some people get.

How do you get electrolytes naturally?

Eat potassium-rich produce (bananas, potatoes, beans, leafy greens), magnesium-rich nuts and seeds, calcium from dairy or fortified alternatives, and use normal table salt for sodium. For a natural electrolyte drink, mix water with a pinch of salt, a squeeze of citrus for potassium and flavor, and a little honey if you want carbohydrate. This covers the same minerals as a commercial drink without added dyes or sugar.

How do you add electrolytes to water?

The simplest homemade version is a pinch of salt (sodium and chloride) plus a squeeze of lemon or orange (potassium) in a glass of water. For a more complete profile you can add a measured electrolyte powder, which gives you controlled doses of sodium, potassium, and magnesium without guessing. A pinch of salt alone fixes the most commonly lost electrolyte; a full mix covers all of them.

How do you replace electrolytes quickly?

The fastest practical option is an oral rehydration solution or a concentrated electrolyte mix dissolved in water, because it delivers sodium and potassium in absorbable amounts immediately. For mild cases, salted water plus a potassium-rich food or juice works. Speed comes from getting enough sodium in solution, since sodium drives water absorption in the gut.

What is the best drink to replace electrolytes?

It depends on the situation. For illness, an oral rehydration solution is best because its sodium-to-glucose ratio maximizes fluid absorption. For heavy sweat, a higher-sodium electrolyte mix beats standard sports drinks. For everyday hydration, water plus normal food is enough, and a low-sugar electrolyte drink is a reasonable add-on. The "best" drink is the one whose sodium content matches how much you actually lost.

How do you make homemade electrolytes?

You can make a basic electrolyte drink at home with three kitchen ingredients: water, salt (for sodium and chloride), and citrus juice (for potassium and flavor). A common starting recipe is 500 ml of water, a pinch to 1/4 teaspoon of salt, the juice of half a lemon or lime, and a small amount of honey or maple syrup if you want carbohydrate for energy or taste. This delivers the two electrolytes that matter most during sweat loss — sodium and potassium — without the artificial dyes or heavy sugar of many commercial drinks.

For a more potassium-rich version, use coconut water as the base instead of plain water and add just a pinch of salt to raise the sodium. Whole foods cover the rest: bananas, oranges, potatoes, and leafy greens for potassium; nuts, seeds, and dark chocolate for magnesium; dairy and leafy greens for calcium. This matches the expert consensus — University of Florida nephrologist Mark Segal notes that most people get all the salt and potassium they need from food.

Individual sweat sodium losses do vary widely, however — a detailed review by Gatorade's Dr. Lindsay Baker documented the full physiological range (Baker, 2017), and sweat composition itself adapts as the body acclimates to heat (Périard et al., 2015). For most people doing moderate exercise in normal conditions, food plus water already covers electrolyte needs; homemade or store-bought electrolyte drinks earn their place mainly during heavy sweating, illness, heat, or fasting.

Can you have too many electrolytes?

Yes. Overdoing electrolytes, especially through supplements, can cause problems: too much sodium raises blood pressure and can cause swelling, and too much potassium or magnesium can disturb heart rhythm, particularly in people with kidney disease (Cleveland Clinic). For healthy people getting electrolytes from food and normal drinks, overdose is very unlikely; the risk rises with high-dose supplements or impaired kidneys.

Your kidneys normally excrete excess electrolytes, which is why dietary overdose is rare in healthy people. The situations to watch are: taking high-dose mineral supplements without need, having kidney disease that limits excretion, or drinking very large amounts of concentrated electrolyte products. If you have kidney problems, heart conditions, or take medications affecting fluid balance, check with a doctor before adding electrolyte supplements.

How much electrolytes is too much?

There is no single number because it differs by mineral and by person. As reference points, adults are generally advised to stay under about 2,300 mg of sodium per day for blood pressure, while potassium needs are around 2,600 to 3,400 mg per day from food (excess from supplements is the concern, not food). The practical rule: food-based electrolytes are self-limiting and safe; high-dose supplements are where "too much" becomes possible, especially with kidney issues.

Do electrolytes make you poop?

They can. Magnesium in particular has a laxative effect at higher doses (magnesium draws water into the intestine), which is why magnesium supplements sometimes loosen stools. Sodium and potassium do not typically cause this at normal intake. If an electrolyte product upsets your stomach, the magnesium dose or a sugar alcohol sweetener is the usual cause.

Do electrolytes break a fast?

Plain electrolytes (sodium, potassium, magnesium with no calories) do not break a fast, because fasting is broken by calories, mainly carbohydrate and protein that raise insulin. Pure electrolyte products with zero sugar are fine during fasting and actually help with the fatigue and headaches that come from the extra sodium you excrete while fasting. An electrolyte drink with sugar (like regular Gatorade) does break a fast.

This is why electrolytes are popular in the fasting and keto communities: when insulin is low, your kidneys dump sodium, and replacing it without calories keeps you feeling normal while staying in a fasted state. Check the label for sugar or other caloric sweeteners, which are what would interrupt a fast.

Do you need electrolytes for keto, fasting, or pregnancy?

Keto: Yes — this is one situation where extra electrolytes genuinely help. When you cut carbohydrates, insulin drops and your kidneys excrete more sodium and water, which is why "keto flu" — headaches, fatigue, cramps — is largely an electrolyte and fluid shift. Adding sodium, and often magnesium and potassium, is the standard fix.

Fasting: During longer fasts you take in no food-based electrolytes while still losing them, so sodium, potassium, and magnesium can drop. A sugar-free or zero-calorie electrolyte source is popular because it will not break a fast the way a sugary sports drink would. Plain salt in water plus a magnesium source is a minimal approach.

Pregnancy: Hydration and electrolyte needs rise in pregnancy, and morning sickness with vomiting can cause real losses. Electrolyte drinks can help, but pregnancy is a case where you should check the specific product and dose with your doctor or midwife rather than self-prescribing high-sodium formulas — and be cautious with any product carrying stimulant or herbal add-ins.

A cautionary note for endurance athletes: over-drinking plain water during prolonged exercise can cause exercise-associated hyponatremia, a dangerous dilution of blood sodium first characterized in distance runners (Noakes et al., 2002; Hew-Butler et al., 2019); the American College of Sports Medicine's position stand recommends matching fluid and sodium intake to actual losses rather than drinking as much as possible (ACSM, Convertino et al.).

The common thread across all three: these are the genuine exceptions to the "most people get enough from food" rule. As Vanderbilt nephrologist Hunter Huston notes, in a healthy person the kidneys do an excellent job of keeping electrolytes in balance and simply flush the excess in urine — so the goal is to replace real losses, not to load up preventively.

The bottom line on electrolytes

Electrolytes are charged minerals, mainly sodium, potassium, magnesium, calcium, and chloride, that run your nerves, muscles, hydration, and heartbeat. Most people get enough from a normal diet, and your kidneys keep them balanced automatically. You only need to actively replace them when you lose a lot through heavy sweat, endurance exercise, illness, or while fasting and on keto. When you do, what matters is replacing sodium (the main sweat loss) along with potassium and magnesium, and matching the dose to your actual losses rather than drinking electrolytes by default.

Where creatine and electrolytes meet

One place electrolytes matter beyond hydration is creatine supplementation. Creatine enters muscle cells through a sodium-dependent transporter, so sodium and creatine move into the cell together, drawing water in with them (Kreider et al., 2017, ISSN Position Stand). That is also why proper hydration and electrolyte balance support creatine's effects, and why the water creatine holds goes into muscle (making it fuller) rather than under the skin. We cover that mechanism in detail in how much water to drink with creatine.

This is the thinking behind our Creatine Hydration Powder: it pairs a full 5 g clinical dose of creatine monohydrate with a real electrolyte load, 1,000 mg sodium, 200 mg potassium, and 60 mg magnesium malate, the same sodium level as a full LMNT stick, rather than the token amounts most "creatine plus hydration" products use. To be clear, the electrolytes do not multiply creatine's effect; what the format does is practical, delivering your creatine dose and a meaningful electrolyte load in one sugar-free glass. If you want to compare dedicated electrolyte drinks, see our guide to the best electrolyte powders.

Creatine plus a full electrolyte load, one scoop. Shop Creatine Hydration Powder →

Does Gatorade actually have enough electrolytes?

It depends on your sweat losses. A 12-oz serving of Gatorade delivers about 160 mg of sodium and 45 mg of potassium. For moderate exercise in normal conditions, that is a reasonable amount — most recreational exercisers lose 300–600 mg of sodium per hour, so one to two servings during a workout covers the gap. Where Gatorade falls short is heavy sweating: endurance athletes, hot-climate workers, and salty sweaters can lose over 1,000 mg of sodium per hour, and Gatorade's 160 mg per serving barely dents that. It also delivers about 21 g of sugar per 12-oz serving, which aids absorption during intense exercise but is unnecessary for a desk worker sipping it throughout the day. Coconut water, by contrast, has far more potassium (~470–600 mg per 8 oz) but much less sodium (~40–100 mg), making it better for everyday potassium intake and worse for sweat replacement.

How do you get electrolytes without sugar?

The simplest method is salt plus water — a pinch of table salt in a glass of water gives you sodium and chloride with zero sugar. From there, add a squeeze of lemon or lime for potassium and flavor. Sugar-free electrolyte powders are also widely available and hydrate just as effectively as sugared versions for most uses; the only scenario where sugar genuinely helps is intense endurance exercise lasting 90+ minutes, where glucose activates the sodium-glucose co-transporter to speed fluid absorption. For keto, fasting, or everyday use, sugar is unnecessary. Whole foods handle the rest: bananas and potatoes for potassium, nuts and seeds for magnesium, dairy and leafy greens for calcium. As University of Florida nephrologist Mark Segal notes, most people get all the salt and potassium they need from food alone.

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Frequently asked questions

This article is for general educational purposes and is not medical advice. Electrolyte needs vary by individual, activity, climate, and health status. If you have kidney disease, heart conditions, high blood pressure, or take medications affecting fluid balance, consult your healthcare provider before using electrolyte supplements.

References

Electrolytes at a Glance

Metric	Value
Main electrolytes	sodium, potassium, magnesium, calcium, chloride
Primary jobs	fluid balance, nerves, muscle, heartbeat
Lost most in sweat	sodium
Gatorade (12 oz)	~160 mg sodium, 45 mg potassium
Coconut water (1 cup)	~400-600 mg potassium, low sodium
When to supplement	heavy sweat, illness, keto/fasting
Source: YourHealthier · Cleveland Clinic, NIH StatPearls, MedlinePlus

Chart: Electrolytes at a Glance. Data: Main electrolytes are sodium, potassium, magnesium, calcium, and chloride; primary jobs are fluid balance, nerve signaling, muscle contraction, and heartbeat; sodium is lost most in sweat; Gatorade has ~160 mg sodium and 45 mg potassium per 12 oz; coconut water has ~400-600 mg potassium with low sodium per cup; supplement during heavy sweat, illness, or keto/fasting. Source: Cleveland Clinic, NIH StatPearls, MedlinePlus.