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Updated: 2026-05-29 · v2.0 · Prof. G. Pkhakadze, MD, MPH, PhDCiteEditorial
📰Read the full Electrolyte Salts evidence review on GMJ News →Complete clinical article, references and updates on news.gmj.ge. This page is the structured safety summary.
1
Safe
Electrolyte Salts
Na/K/Mg/Ca chloride-citrate blends
Generally SafeStrongMajor Minerals
RDA
Per product
Target
Normal ranges
Upper limit
See individual minerals
Products
Dosage by population group — reference
🔗 Best with: Magnesium, Potassium, Sodium✅ USP Verified, NSF Contents Certified, Clean Label Project Certified
⚠ Patient on ACE inhibitor/ARB + K-containing electrolytes — hyperkalemia [1]
⚠ Premium products = same minerals as salt + lite salt for 10–50× price [2]
⚠ Keto flu: supplement Na 3–5 g, K, Mg [2]
⚠ WHO ORS: 6 tsp sugar + 1/2 tsp salt + 1 L water — saves lives [1]
ℹ️ Not obtained from food. Not applicable — this is not obtained from food in meaningful amounts; supplementation is the practical route.
🔬 Lab interpreter
Recommended test
Basic metabolic panel (Na, K, Cl, bicarb)
Reference range / target
Normal ranges
When to test
If chronic supplementation or at-risk [1].
Especially K in patients on ACE/ARB [1].
Full lab monitoring ↓
⚕ For professionals — confirm ranges against your local laboratory.
Clinical verdict
WHO ORS = one of history's most important medical interventions. For exercise: Na replacement prevents hyponatremia during >2 hr activity. For keto: supplement Na/K/Mg to prevent 'keto flu.' Premium electrolyte products are mostly overpriced — salt + lite salt + water = same minerals for pennies. Most sedentary people don't need electrolyte supplements [1] [2].
1 How much do I need?
👤 Adults: Specific dosage data under clinical review
👴 Elderly: Specific dosage data under clinical review
🤰 Pregnancy: See guidance
ORS for dehydration. Adequate electrolytes important [1].
👦 Pediatric: See guidance
Pedialyte/ORS for pediatric dehydration: standard of care [1].
🏃 Athletes: Standard dose
⚖️ Obesity: Standard dose
Fat-soluble compounds may require dose adjustment in obesity.
🩺 Renal: Consult specialist
Dose adjustment may be needed in renal impairment.
🌱 Vegan: Standard dose

How to take

🍽 Timing: During and after exercise/illness [1] [2].
💊 With food: Dissolved in water [1].
🚫 Avoid: K supplements with ACE/ARB/K-sparing diuretics without monitoring [1].
2 Which form?
FormBioavailabilityVeganCost
['WHO ORS (oral rehydration salts)', 'gold standard', 'For diarrheal dehydration. Na 75 mEq/L, glucose 75 mmol/L, K 20 mEq/L [1].']StandardCheck label
['Sports electrolyte drinks/powders', 'common', 'Variable formulations. Check Na/K/Mg content [2].']StandardCheck label
['Electrolyte capsules', 'common', 'Salt capsules for endurance athletes [2].']StandardCheck label
['LMNT, Drip Drop, Pedialyte', '', 'Branded products. Variable quality and pricing [2].']StandardCheck label
3 Common questions
Do I need electrolyte supplements?
Only if: (1) exercising intensely >1 hour, (2) diarrhea/vomiting, (3) ketogenic diet, (4) excessive sweating. Most sedentary people eating a normal diet do NOT need electrolyte supplements [2].
Are premium electrolyte products worth it?
A pinch of salt + lite salt (KCl) in water provides the same Na and K as products costing 10–50× more. The minerals are identical. You're paying for branding and flavoring [2].
What is 'keto flu'?
When starting a ketogenic diet, insulin drops → kidneys excrete more sodium → water follows → dehydration + electrolyte depletion. Supplementing Na (3–5 g), K, and Mg prevents most symptoms [2].
4 Clinical evidence

Strong

WHO ORS for diarrheal dehydration: one of the most important medical interventions in history (>1 million lives saved annually) [1]. Sodium replacement during prolonged exercise prevents hyponatremia [2]. HIGH

Moderate

Exercise performance: sodium supplementation during prolonged exercise (>2 hours) maintains plasma volume and performance [2]. Keto adaptation: electrolyte supplementation reduces 'keto flu' symptoms [2]. MODERATE

Insufficient

Premium electrolyte products vs simple salt/potassium: no evidence that expensive branded products outperform cheap mineral salts [2]. 'Hydration optimization' in sedentary individuals: no proven benefit beyond adequate water and normal diet [2]. LOW
5 Safety, toxicity & adverse events

Absolute contraindications

✕ Advanced kidney disease or hyperkalemia (for potassium-containing products)

Relative

⚠ Heart failure or hypertension — sodium load
⚠ Concurrent ACE inhibitors/ARBs/potassium-sparing diuretics — hyperkalemia risk with potassium salts
⚠ Adrenal insufficiency

🚩 Red flags

Renal failure + K supplements — hyperkalemia [1]
ACE/ARB + K-containing electrolytes — monitor K [1]
Hyponatremia from excessive water + insufficient Na during marathon — serious [2]
6 Interactions

Drug interactions

ACE inhibitors/ARBs/K-sparing diuretics Major
Mechanism: Additive potassium retention. [1]
Effect: Hyperkalemia → cardiac arrhythmia. [1]
Action: Monitor serum K. Avoid high-dose K supplements without guidance [1].
Lithium Moderate
Mechanism: Sodium intake affects renal lithium handling. [1]
Effect: Variable lithium levels. [1]
Action: Maintain consistent Na intake. Monitor lithium [1].

Supplement synergies

Magnesium glycinate · 200–400 mg Mg
Mg is the most commonly deficient electrolyte — oral salts provide Na/K but often lack Mg [2].
7 Regulatory
WHO: ORS formulation is a WHO Essential Medicine [1].
United States: Electrolyte supplements: dietary supplements/foods [2].
Electrolyte Salts vs MagnesiumElectrolyte Salts vs Potassium
8 Cite this page
Vancouver: Pkhakadze G. Electrolyte Salts — safety profile [Internet]. Tbilisi: PHIG; 2026 [cited 2026 Jul 17]. Available from: https://supplement.ge/ingredients/electrolyte-salts/
APA 7th: Pkhakadze, G. (2026). Electrolyte Salts — Safety profile. Public Health Institute of Georgia. https://supplement.ge/ingredients/electrolyte-salts/
📋 Editorial information
Author: Prof. G. Pkhakadze, MD, MPH, PhD
Affiliation: David Tvildiani Medical University (DTMU)
First published: January 2026
Last reviewed: 2026-05-29
Next review: January 2027
References: 2 cited sources
COI: SupplementIndex receives no funding from supplement manufacturers. All content independently authored by PHIG.
Process: Systematic literature review
📄 License & reuse
Published under Creative Commons Attribution 4.0 International (CC BY 4.0). You may share and adapt for any purpose with attribution.
Pkhakadze G. "Electrolyte Salts — Safety Profile." SupplementIndex, PHIG, 2026. https://supplement.ge/ingredients/electrolyte-salts/ CC BY 4.0.
GP
Prof. G. Pkhakadze, MD, MPH, PhD
Professor of Public Health · Head of Department, DTMU
Editor-in-Chief, Georgian Medical Journal (ISSN 3088-4322)
Chair, Public Health Institute of Georgia · UEMS Public Health Section
Educational and public health purposes. CC BY 4.0. Consult your healthcare provider before starting any supplement. Corrections: info@accreditation.ge. Publisher: PHIG