The Healthier Salt Revolution: Could One Simple Kitchen Swap Protect Millions of Hearts?

THE JORNAL | Independent journalism exploring science, health, technology, culture and money.

Imagine preparing dinner on an ordinary evening. You reach for the salt shaker, season the food, and sit down to eat. It is a routine so familiar that it barely registers as a decision. Yet the salt in that shaker is at the centre of one of the most important public-health discussions of 2026.

Potassium-enriched salt works in a different way. Ordinary salt is made from sodium chloride. Potassium-enriched salt replaces some of that sodium chloride with potassium chloride, which means it contains less sodium and more potassium than ordinary salt.

The study estimates that replacing ordinary salt with potassium-enriched salt across the world's food supply could prevent up to 2.96 million deaths each year and avoid about 10.17 million new cases of cardiovascular and chronic kidney disease annually.

Your taste buds will not notice the swap. At the concentrations used in the trials, potassium-enriched salt was described as tasting similar to ordinary salt, with some people reporting a slight metallic or bitter aftertaste at higher potassium levels.

Key Takeaways

• A new modelling study published on 4 November 2026 estimates that replacing ordinary salt with potassium-enriched salt could prevent up to 2.96 million deaths each year and avoid about 10.17 million new cases of cardiovascular and chronic kidney disease annually.
• Potassium-enriched salt replaces some sodium chloride with potassium chloride, which lowers sodium intake while adding potassium.
• In the SSaSS trial, people who used potassium-enriched salt had a lower risk of stroke and death than people who used ordinary salt.
• Potassium-enriched salt is not safe for everyone. People with kidney disease, or people taking medicines that raise potassium, should talk to a doctor before using it.
• The World Health Organization supports the use of lower-sodium salt substitutes for the general population.
• The benefit is likely to be greatest for people with high blood pressure or a high-sodium diet.
• Consumers can look for products labelled 'potassium-enriched salt', 'low-sodium salt' or 'salt substitute' and check the ingredients.

1. Why Ordinary Salt Is So Hard to Give Up

1.1. A Habit as Old as Civilisation

Salt has played a central role in human diets for centuries. It preserves food, enhances flavour and has shaped trade, culture and cuisine.

In 2024, the global average intake was 10.8 grams per day, more than twice the World Health Organization's recommended limit of 5 grams per day.

The first challenge is that salt is both essential and risky. Sodium helps regulate fluid balance and nerve function, but too much sodium can raise blood pressure.

The second challenge is that reducing sodium is harder than it sounds. Much of the salt people consume is already in the food they buy, not just in the salt they add at the table.

Over time, this can increase the likelihood of:

• Stroke.
• Heart disease.
• Chronic kidney disease.

The evidence suggests that this effect is more pronounced in people who already have high blood pressure or kidney disease.

1.2. The Taste Test: Why You Probably Won't Notice the Difference

The first reason is visibility. Salt is added to food in small amounts, and people rarely think about how much they are using.

The second reason is taste. Salt enhances flavour, and food without enough salt can taste bland or unfinished.

The third reason is cost. Ordinary salt is inexpensive, and healthier alternatives are often more expensive or harder to find.

The fourth reason is habit. People cook the way they learned to cook, and changing a familiar routine takes effort.

The fifth reason is the gap between advice and support. People are told to eat less salt, but they are not always given practical help to do so.

The evidence suggests that these measures have had limited success. Global salt intake has remained high despite decades of public-health campaigns.

A kitchen salt shaker holds more history than it appears to. Salt was once so valuable that it was used as currency, and wars were fought over access to it.

Potassium-enriched salt is not the same as low-sodium salt. Low-sodium salt is a broad term that can refer to several different products, while potassium-enriched salt specifically replaces some sodium chloride with potassium chloride.

The typical formulation is about 75% sodium chloride and 25% potassium chloride, although the exact proportions vary between products.

It is important to note that not every product labelled low sodium contains potassium chloride, and not every potassium-enriched product has the same composition.

2. What Potassium-Enriched Salt Actually Is

2.1. What Changes When You Swap the Salt

The amount of sodium in ordinary salt is not constant across products, but ordinary salt is almost entirely sodium chloride, while potassium-enriched salt replaces a quarter or more of that sodium chloride with potassium chloride.

• 75% sodium chloride.
• 25% potassium chloride.

These are not minor variations. A 25% reduction in sodium chloride represents a meaningful change in the amount of sodium a person consumes over a year.

A comparison table summarises the main differences between ordinary salt and potassium-enriched salt.

Feature	Ordinary Salt	Potassium-Enriched Salt
Main ingredient	Sodium chloride	Sodium chloride plus potassium chloride
Sodium content	Generally higher	Generally lower
Potassium content	Very low	Higher
Main purpose	Seasoning and food preservation	Seasoning with reduced sodium
Blood-pressure implications	Excessive intake can raise blood pressure	May help lower blood pressure in suitable people
Kidney-related concerns	Sodium restriction may be necessary	Potassium accumulation may be a concern
Suitable for everyone?	No, excessive intake is undesirable	No, medical screening may be necessary

The table is not a perfect picture. Different products have different formulations, and the actual sodium and potassium content depends on the specific product.

2.2. How the New Study Was Done

The study's authors examined data from 193 countries and territories, combining information about sodium and potassium intake, blood pressure, cardiovascular disease and kidney disease.

The study's estimates were generated using a comparative risk-assessment model, which simulates what might happen under different scenarios rather than observing a real-world intervention.

These are not the only numbers in the study. The researchers also estimated that a worldwide switch could prevent 69.43 million disability-adjusted life years each year, a measure that combines years of life lost and years lived with disability.

The George Institute's researchers explained that the study was designed to estimate the potential population-level impact, not to predict what will happen in any specific country.

3. The Big Trial That Tested the Idea in the Real World

3.1. What the SSaSS Trial Found

The Salt Substitute and Stroke Study was a large cluster-randomised trial conducted in 600 villages in rural China, involving 20,995 participants with a history of stroke or high blood pressure.

• 75% sodium chloride.
• 25% potassium chloride.

The SSaSS study found that people who used the salt substitute had a lower rate of stroke than people who used ordinary salt.

The SSaSS trial also monitored safety, including rates of hyperkalaemia, and did not find a significant increase in serious cases.

The SSaSS findings were consistent with the idea that replacing some sodium with potassium can reduce cardiovascular risk in suitable populations.

3.2. What the Trial Did Not Prove

Potassium-enriched salt is not suitable for everyone. People with kidney disease, or people taking medicines that raise potassium, should talk to a doctor before using it.

This is the part of the story that requires the most care. The trial was conducted in a specific population, and its results cannot automatically be applied to everyone.

For people with healthy kidney function, the body can usually remove excess potassium through urine.

For people with impaired kidney function, excess potassium can accumulate in the blood, leading to a condition called hyperkalaemia.

Potassium is essential for normal heart and muscle function, but too much potassium in the blood can interfere with the heart's electrical activity.

The risk is highest for people who take medicines that reduce potassium elimination, including ACE inhibitors, angiotensin II receptor blockers and potassium-sparing diuretics.

These risks are not hypothetical. Hyperkalaemia can cause muscle weakness, tingling, slow or irregular heartbeat, confusion and difficulty breathing.

This is a rare scenario for people with healthy kidneys, but it is a serious concern for people with kidney disease.

In the SSaSS trial, the rate of hyperkalaemia was not significantly higher in the salt-substitute group than in the ordinary-salt group, but the trial excluded people with advanced kidney disease.

The practical implication is straightforward: potassium-enriched salt is a population-level tool, not a product that every individual should use without considering their own health.

4. Who Should Be Careful — and Who Should Talk to a Doctor First

4.1. Kidney Disease and High Potassium

The most important action is to know your own health status before switching to potassium-enriched salt.

A doctor may recommend checking kidney function and potassium levels before making the switch.

These discussions are especially important for people who have been told they have kidney disease, diabetes with kidney complications, or heart failure.

A doctor can advise whether potassium-enriched salt is appropriate, and whether any monitoring is needed.

A doctor may also ask about medicines, supplements and dietary habits that affect potassium levels.

The same principle applies to potassium supplements, which can also raise blood potassium levels.

4.2. Medicines That Can Raise Potassium

Consumers may also notice warnings on product labels for people who should be careful.

• People with kidney disease.
• People using certain medications.
• People who are dehydrated.
• People who have had their potassium levels measured recently.

Common examples include:

• ACE inhibitors.
• Angiotensin II receptor blockers (ARBs).
• Potassium-sparing diuretics.
• Nonsteroidal anti-inflammatory drugs (NSAIDs).
• Trimethoprim.
• Heparin.
• Calcineurin inhibitors.
• Spironolactone.
• Amiloride.

When symptoms occur, they may include:

• Muscle weakness or fatigue.
• Tingling or numbness.
• A slow or irregular heartbeat.
• Confusion.
• Difficulty breathing.

A severe case may also include chest pain, loss of consciousness or cardiac arrest, and requires emergency medical attention.

Anyone experiencing these symptoms should seek medical help promptly, particularly if they have kidney disease or take medicines that raise potassium.

If you have a medical condition or take regular medication, talk to a doctor or pharmacist before using potassium-enriched salt.

5. What the World Health Organization Says

5.1. The WHO's Guidance on Lower-Sodium Salt

The World Health Organization first recommended reducing sodium intake decades ago, and in 2025 it published a guideline on the use of lower-sodium salt substitutes.

The WHO's 2025 guidance recommends the use of lower-sodium salt substitutes for the general population, while cautioning that people with kidney disease should not use them without medical advice.

The WHO's recommendations apply to the general population, not to individuals with specific medical conditions.

This distinction is not a contradiction. Population-level guidance and individual medical advice serve different purposes.

The WHO also notes that governments can support the transition through clear labelling, public education and food-industry standards.

Official guidance: WHO — Use of lower-sodium salt substitutes: WHO guideline, 2025.

5.2. Why the WHO's Position Matters

A doctor can offer personalised guidance that takes account of kidney function, medication use and overall diet.

A practical way to think about the difference is that the WHO's guidance is about what is likely to help most people, while a doctor's advice is about what is safe for you specifically.

Another way to understand the distinction is to compare it with dietary guidelines for the general population, which are not the same as a therapeutic diet prescribed for a medical condition.

The evidence suggests that the population benefit is likely to be largest in countries where sodium intake is high and potassium intake is low.

6. Why a Small Swap Could Have a Large Effect

6.1. The Power of Changing the Default

The most effective way to change eating patterns is not to ask individuals to change their behaviour, but to change the environment in which they make choices.

The evidence suggests that this type of change is more likely to succeed than advice alone, because it does not rely on willpower or knowledge.

This is similar to the approach used for iodine, where adding iodine to salt prevented iodine deficiency without requiring people to change their behaviour.

6.2. What the Modelling Shows — and What It Does Not

Countries differ in:

• Sodium intake.
• Blood pressure.
• Potassium intake.
• Kidney function.
• Medication use.
• Age.
• Underlying health conditions.

The cost of potassium-enriched salt is also a relevant factor. If the product is significantly more expensive than ordinary salt, fewer people will buy it, and the population benefit will be smaller.

Public-health recommendations can influence:

• A cook can use potassium-enriched salt to season food in the same way as ordinary salt.
• A restaurant can also offer salt-free options for customers who prefer them.
• Governments can support the transition by:

7. The Cost Question: Will Healthier Salt Be Affordable?

7.1. The Price on the Shelf

The study's authors also noted that switching to potassium-enriched salt could increase the cost of food production, particularly in countries where salt is a major ingredient in processed foods.

However, the amount of benefit depends on how much sodium is actually replaced, and on whether the product reaches the people who would benefit most.

7.2. Who Pays for Prevention?

The evidence suggests that a potassium-enriched salt policy would need to be paired with other measures, such as clear labelling and public education, to be effective.

The study's authors also observed that the impact of the intervention could vary by country, depending on local diets, health systems and food-industry practices.

8. What the Evidence Does Not Yet Tell Us

8.1. The Questions Researchers Are Still Asking

Additional research could help answer questions about:

• Long-term use in different populations.
• Safety in people with varying stages of kidney disease.
• Real-world consumer acceptance.
• Food manufacturing practices.
• Country-specific implementation.
• The effects of different potassium chloride concentrations.

The evidence suggests that these questions are the subject of ongoing research, and that more evidence will be needed before definitive conclusions can be drawn.

8.2. Why More Trials Are Needed

The study's authors also noted that the reduction in blood pressure observed in the SSaSS trial was modest, and that the trial was conducted in a specific population.

The study's authors used the term "salt substitute" to refer to products that replace some sodium chloride with potassium chloride.

9. How Potassium-Enriched Salt Fits Into a Heart-Healthy Life

9.1. Salt Is Only One Part of the Picture

Potassium-enriched salt is not a replacement for other cardiovascular disease prevention measures, such as a healthy diet, regular exercise and not smoking.

The practical implication is that potassium-enriched salt should be considered as one tool among many, rather than a single solution.

9.2. What Else Matters for Blood Pressure

The evidence suggests that the benefit is likely to be greatest for people who already have high blood pressure or a high-sodium diet.

The World Health Organization also recommends reducing sodium intake from all sources, not just from table salt.

10. How to Read a Salt Label

10.1. What to Look For on the Packet

The study's authors used the terms "salt substitute" and "lower-sodium salt" interchangeably in some contexts, which can be confusing for consumers.

Consumers should also continue looking at the sodium content on nutrition labels, and at the ingredients list, to understand what a product actually contains.

10.2. Words That Can Mislead

Governments and manufacturers would need to consider:

• A cook can use potassium-enriched salt to season food in the same way as ordinary salt.
• A restaurant can also offer salt-free options for customers who prefer them.
• Governments can support the transition by:
• Food manufacturers could examine their products for opportunities to use potassium-enriched salt.

10.3. A Simple Check Before You Buy

These questions are the subject of ongoing research, and the answers will help governments and manufacturers decide how to proceed.

The evidence suggests that the benefit of potassium-enriched salt is likely to be greatest for people who consume a high-sodium diet and have high blood pressure.

11. Using Potassium-Enriched Salt at Home

11.1. Cooking With It

At the household level, a consumer can buy potassium-enriched salt and use it in the same way as ordinary salt.

A consumer can also reduce the amount of salt added during cooking, and add flavour with herbs, spices, lemon juice or vinegar.

Some people find it helpful to add salt at the end of cooking, rather than at the beginning, so that less salt is needed for the same flavour.

11.2. At the Table

Consumers can also choose products that are naturally low in sodium, such as fresh vegetables, fruits and unsalted nuts.

Consumers can also use a combination of herbs and spices to add flavour without adding salt.

Common examples include:

• Garlic.
• Ginger.
• Lemon.
• Chilli.
• Cumin.
• Coriander.
• Turmeric.
• Black pepper.

The evidence suggests that these alternatives may be more effective when they are combined with a gradual reduction in salt, rather than a sudden change.

12. What Restaurants and Food Manufacturers Can Do

12.1. In the Kitchen

At the restaurant level, a cook can use potassium-enriched salt to season food in the same way as ordinary salt.

A restaurant can also offer salt-free options for customers who prefer them.

At the food-manufacturing level, a company can reformulate its products to use potassium-enriched salt instead of ordinary salt.

A company can also reduce the portion size of salty snacks, or offer low-sodium versions of popular products.

12.2. On the Menu and on the Packet

Food manufacturers could examine their products for opportunities to use potassium-enriched salt.

A cook can use potassium-enriched salt to season food in the same way as ordinary salt.

A restaurant can also offer salt-free options for customers who prefer them.

13. What Governments Can Do Next

13.1. Policy Options

At the public-health level, governments can consider policies that encourage the use of potassium-enriched salt, such as subsidies, labelling standards and public education campaigns.

Governments can support the transition by providing clear labelling and guidance for consumers and food manufacturers.

The most effective approach may involve a combination of policies, rather than a single measure.

13.2. What to Watch For

Potassium-enriched salt is not a silver bullet. It is one tool among many, and its success will depend on how it is introduced and supported.

The evidence suggests that the benefit is likely to be greatest for people who have already been diagnosed with high blood pressure.

The evidence suggests that the benefit may be greater for people who consume a high-sodium diet than for people who already eat a low-sodium diet.

The study's authors also noted that the impact could vary by region, depending on local diets and health systems.

14. The Global Picture: Where the Benefit Could Be Largest

14.1. Regions With the Highest Sodium Intake

The evidence suggests that the benefit of potassium-enriched salt is likely to be greatest in countries where sodium intake is high and potassium intake is low.

The evidence suggests that the benefit of potassium-enriched salt may be greater in countries with a high burden of cardiovascular disease.

14.2. Where the Evidence Is Thinnest

The study's authors used the terms "salt substitute" and "lower-sodium salt" interchangeably in some contexts, and the evidence is thinnest in countries where dietary data are limited.

The study's authors also noted that the reduction in blood pressure observed in the SSaSS trial was modest, and that more evidence is needed from other populations.

15. Common Misunderstandings About Salt and Potassium

15.1. "All Salt Is the Same"

The study's authors used the term "salt substitute" to refer to products that replace some sodium chloride with potassium chloride, and it is important to check the label rather than assuming all salts are the same.

Governments and manufacturers would need to consider labelling, pricing and availability when introducing potassium-enriched salt.

15.2. "Potassium-Enriched Salt Is a Medicine"

The study's authors also noted that the impact could vary by region, and that potassium-enriched salt is a food product, not a medicine.

These questions are the subject of ongoing research, and the answers will help clarify how the product should be used.

16. What to Do If You Are Not Sure

16.1. Talking to a Doctor

Consumers can also choose products that are naturally low in sodium, and talk to a doctor if they have a medical condition or take regular medication.

Consumers can also use a combination of herbs and spices to add flavour without adding salt, while they decide whether to switch.

Common examples include:

• Garlic.
• Ginger.
• Lemon.
• Chilli.
• Cumin.
• Coriander.
• Turmeric.
• Black pepper.

The evidence suggests that these alternatives may be more effective when they are combined with a gradual reduction in salt, rather than a sudden change.

16.2. Simple Steps While You Decide

Consumers should also continue looking at the sodium content on nutrition labels, and at the ingredients list, to understand what a product actually contains.

Food manufacturers could examine their products for opportunities to use potassium-enriched salt.

A cook can use potassium-enriched salt to season food in the same way as ordinary salt.

A restaurant can also offer salt-free options for customers who prefer them.

Governments can support the transition by providing clear labelling and guidance for consumers and food manufacturers.

The most effective approach may involve a combination of policies, rather than a single measure.

Potassium-enriched salt is not a silver bullet. It is one tool among many, and its success will depend on how it is introduced and supported.

17. The Bigger Story: Small Changes, Large Effects

17.1. Why Small Swaps Matter

The evidence suggests that the benefit is likely to be greatest for people who have already been diagnosed with high blood pressure, and that small changes to everyday habits can have large effects at population level.

The evidence suggests that the benefit may be greater for people who consume a high-sodium diet than for people who already eat a low-sodium diet.

17.2. What History Teaches Us

The study's authors also noted that the impact could vary by region, and that history shows small, invisible changes to everyday foods can have large public-health effects.

Additional research could help answer questions about the long-term effects of potassium-enriched salt in different populations.

18. What Happens Next

18.1. Research to Watch

The evidence suggests that these questions are the subject of ongoing research, and that more trials are under way in different countries.

Consumers can also choose products that are naturally low in sodium, while researchers continue to study the product.

18.2. Policy to Watch

Consumers can also use a combination of herbs and spices to add flavour without adding salt.

Common examples include:

• Garlic.
• Ginger.
• Lemon.
• Chilli.
• Cumin.
• Coriander.
• Turmeric.
• Black pepper.

The evidence suggests that these alternatives may be more effective when they are combined with a gradual reduction in salt, rather than a sudden change.

18.3. What Consumers Can Do Now

Consumers should also continue looking at the sodium content on nutrition labels, and at the ingredients list, to understand what a product actually contains.

Food manufacturers could examine their products for opportunities to use potassium-enriched salt.

A cook can use potassium-enriched salt to season food in the same way as ordinary salt.

A restaurant can also offer salt-free options for customers who prefer them.

Governments can support the transition by providing clear labelling and guidance for consumers and food manufacturers.

The most effective approach may involve a combination of policies, rather than a single measure.

Potassium-enriched salt is not a silver bullet. It is one tool among many, and its success will depend on how it is introduced and supported.

19. What to Watch Next

19.1. Signs That the Idea Is Gaining Ground

The evidence suggests that the benefit is likely to be greatest for people who have already been diagnosed with high blood pressure, and that growing interest from governments and food manufacturers is a sign the idea is gaining ground.

The evidence suggests that the benefit may be greater for people who consume a high-sodium diet than for people who already eat a low-sodium diet.

19.2. Signs That It Is Stalling

The study's authors also noted that the impact could vary by region, and that slow adoption by food manufacturers would be a sign the idea is stalling.

Clinical evidence from the SSaSS trial showed fewer strokes and fewer deaths among people who switched to potassium-enriched salt, with no significant increase in serious adverse events.

Frequently Asked Questions

Is potassium-enriched salt safe for everyone?

Potassium-enriched salt is not safe for everyone. People with kidney disease, or people taking medicines that raise potassium, should talk to a doctor before using it.

Does potassium-enriched salt taste different from ordinary salt?

The taste is similar to ordinary salt, with some people reporting a slight metallic or bitter aftertaste at higher potassium levels.

Where can I buy potassium-enriched salt?

It is available in many countries, including the United Kingdom, the United States, Australia and China. Availability varies by region and retailer.

Why is potassium-enriched salt more expensive than ordinary salt?

The main reason is that potassium chloride is more expensive to produce than sodium chloride, and the market for potassium-enriched salt is still small.

Can I use potassium-enriched salt if I have high blood pressure?

The most important step is to know your own health status. People with high blood pressure may benefit, but they should talk to a doctor first if they have kidney disease or take medicines that raise potassium.

What should I do if I am not sure whether potassium-enriched salt is safe for me?

The evidence suggests that the best approach is to talk to a doctor, who can check kidney function and potassium levels and advise on whether the product is appropriate.

How much potassium-enriched salt should I use each day?

The evidence suggests that the recommended amount is the same as for ordinary salt: no more than 5 grams per day in total, including salt from all sources.

Does potassium-enriched salt help with weight loss?

The evidence suggests that potassium-enriched salt does not directly help with weight loss, although reducing sodium intake can reduce water retention.

Is potassium-enriched salt suitable for children?

The evidence suggests that potassium-enriched salt is generally considered safe for children with healthy kidneys, but parents should consult a doctor if a child has a medical condition.

Can potassium-enriched salt replace other heart-health measures?

The evidence suggests that potassium-enriched salt should not replace other heart-health measures, such as a healthy diet, regular exercise and not smoking.

What is the difference between potassium-enriched salt and low-sodium salt?

The evidence suggests that the main difference is that potassium-enriched salt specifically replaces sodium chloride with potassium chloride, while low-sodium salt is a broader term that can refer to several different products.

Does potassium-enriched salt contain iodine?

The evidence suggests that some potassium-enriched salt products contain iodine, while others do not. Consumers should check the label.

Can I use potassium-enriched salt in baking?

The evidence suggests that potassium-enriched salt can be used in baking in the same way as ordinary salt, although the taste may be slightly different at higher concentrations.

How long will it take for potassium-enriched salt to become widely available?

The evidence suggests that wider availability will depend on government policy, food-industry adoption and consumer demand, and that it may take several years.

Sources and Further Reading

1. The George Institute for Global Health

Potassium-Enriched Salt Could Help Prevent Millions of Deaths Each Year — The George Institute for Global Health

Provides the original announcement of the modelling study, including the headline figures and the study's context.

2. Nature Medicine

Potassium-Enriched Salt Substitutes and Global Health Outcomes — Nature Medicine (2025)

Provides the full study, including the methods, the modelling approach and the limitations.

3. The World Health Organization

WHO Global Report on Sodium Intake Reduction (2023)

Provides global data on sodium intake and the health risks associated with high sodium consumption.

4. The World Health Organization

Use of lower-sodium salt substitutes: WHO guideline

Provides the WHO's guidance on the use of lower-sodium salt substitutes, including the recommendation for the general population and the caution for people with kidney disease.

5. Circulation

Salt Substitution and Cardiovascular Risk — Circulation / American Heart Association (2021)

Provides the results of the SSaSS trial, including the reduction in stroke and death among people who used potassium-enriched salt.

6. The World Health Organization

WHO — Use of lower-sodium salt substitutes: WHO guideline, 2025

Provides evidence-informed guidance on lower-sodium salt substitutes and their use in the general population.

7. American Heart Association

Changes You Can Make to Manage High Blood Pressure — American Heart Association

Explains the relationship between potassium, sodium and blood-pressure management, including precautions for people with kidney disease.

8. National Institute of Diabetes and Digestive and Kidney Diseases

Dietary Guidance for Chronic Kidney Disease — National Institute of Diabetes and Digestive and Kidney Diseases

Provides dietary guidance for people living with chronic kidney disease, including considerations involving potassium intake.

9. National Kidney Foundation

Kidney Health and Hyperkalaemia Resources

Provides educational resources about kidney function, potassium balance and medication-related risks.

Editorial note: This article is intended for general educational purposes and is not a substitute for medical advice. If you have a medical condition, talk to a doctor before making changes to your diet.

THE JORNAL | Independent journalism exploring science, health, technology, culture and money.