Salami has a reputation problem. Depending on who you ask, it’s either a glorious charcuterie staple or a nutritional villain best avoided altogether. It’s fatty, salty and processed. And yet, it’s also protein-rich, deeply satisfying, and the result of one of humanity’s oldest and most elegant preservation techniques.

So where does the truth sit?

Is salami just empty calories wrapped in tradition, or does it actually bring something worthwhile to the table?

Let’s break it down properly. No moralising. No detox talk. Just food science.

What exactly is salami?

At its core, salami is fermented, cured meat.

Traditionally made from pork (sometimes beef, venison, or blends), salami is mixed with salt, spices, and curing agents, then inoculated with beneficial bacteria. These bacteria ferment sugars in the meat, producing lactic acid. That acidification, combined with drying, makes salami shelf-stable and safe to eat.

From a nutritional perspective, this matters. Fermentation and drying change the concentration of nutrients, fats, and minerals compared to fresh meat.

Salami isn’t just “meat plus salt.” It’s a transformed food.

Macronutrients

Let’s start with the big three.

Protein

Salami is protein-dense.

A typical 30 g serving provides around 6–7 g of protein, depending on the style and fat content. Because salami is dried, nutrients become more concentrated by weight. Gram for gram, it often contains more protein than fresh pork or beef.

Importantly, salami provides complete protein. That means it contains all nine essential amino acids your body can’t synthesise on its own.

From a physiological point of view, protein in salami supports:

• Muscle maintenance
• Satiety
• Enzyme and hormone production

This is one reason salami feels filling, even in small amounts.

Fat

Yes, salami contains fat. Sometimes a lot of it.

Depending on the recipe, fat can make up 25–40% of the product. But the composition of that fat matters more than the headline number.

Salami fat typically includes:

• Saturated fat
• Monounsaturated fat (especially oleic acid)
• Small amounts of polyunsaturated fat

Monounsaturated fats are the same class of fats found in olive oil. They’re not exotic, but they’re not inherently harmful either.

The issue with salami is not fat per se. It’s energy density. Fat is calorie-dense, so it’s easy to overconsume if portions aren’t considered.

From a nutritional standpoint, salami is best understood as concentrated nutrition, not everyday bulk fuel.

Carbohydrates

Salami contains very little carbohydrate, often less than 1 g per serving.

Any carbs present usually come from:

• Added sugars used to feed fermentation bacteria
• Trace glycogen from meat

Once fermentation is complete, most sugars are metabolised by bacteria.

This makes salami naturally low-carb, though that alone doesn’t make it a health food.

Micronutrients

This is where the conversation gets more interesting.

Salami is often dismissed as “empty calories,” but nutritionally, that’s inaccurate.

Iron

Salami is a good source of heme iron, the form of iron found in animal products.

Heme iron is significantly more bioavailable than non-heme iron from plants. Your body absorbs it more efficiently and with less interference from other foods.

Iron supports:

• Oxygen transport
• Energy metabolism
• Cognitive function

For people prone to iron deficiency, small amounts of cured meat can meaningfully contribute to intake.

Zinc

Zinc is abundant in meat, and salami is no exception.

It plays a role in:

• Immune function
• Wound healing
• Taste and smell perception
• DNA synthesis

Because salami is dried, zinc becomes more concentrated per gram than in fresh meat.

B vitamins (especially B12)

Salami provides several B vitamins, including:

• Vitamin B12
• Niacin (B3)
• Riboflavin (B2)

Vitamin B12 is particularly important. It’s essential for nerve function and red blood cell formation, and it’s found almost exclusively in animal foods.

For people reducing red meat overall, salami still contributes meaningful amounts in small portions.

Sodium

Now we need to talk about salt.

Salami is high in sodium. There’s no way around that. Salt is central to preservation, safety, and flavour.

A 30 g serving can contain 400–600 mg of sodium, depending on the style.

From a physiological standpoint, sodium:

• Regulates fluid balance
• Supports nerve signalling
• Is essential for muscle contraction

The problem arises with total dietary load, not individual foods.

If salami is eaten occasionally, alongside potassium-rich foods like vegetables, and within an overall balanced diet, sodium alone is unlikely to be problematic for most healthy adults.

If it’s eaten daily, in large portions, alongside other salty processed foods, that’s a different story.

Context matters.

Nitrates, nitrites, and curing agents

This is where salami gets most of its bad press.

What are nitrites and why are they used?

Nitrites are added to cured meats to:

• Prevent growth of Clostridium botulinum
• Stabilise colour
• Contribute to flavour

Without nitrites, traditional dry-cured meats would be significantly riskier to produce at scale.

Are they dangerous?

Nitrites can form nitrosamines under certain conditions, compounds associated with increased cancer risk.

This association is one reason organisations like the World Health Organization classify processed meats as carcinogenic when consumed frequently and in large quantities.

However, real-world risk depends on:

• Frequency of consumption
• Portion size
• Overall dietary pattern

Importantly, many traditional salamis also contain antioxidants from spices like garlic, paprika, and black pepper. These compounds can inhibit nitrosamine formation.

Again, this is not a black-and-white issue.

Fermentation: does salami offer probiotic benefits?

This is a nuanced question.

During fermentation, salami is populated by lactic acid bacteria, similar in category to those used in yoghurt or sauerkraut.

However, most salami is not a reliable probiotic source by the time it’s eaten. Drying, aging, and storage reduce bacterial viability, and strains are not selected for gut colonisation.

That said, fermentation still matters nutritionally. It:

• Improves shelf stability
• Alters protein structure
• Develops flavour complexity

Fermented doesn’t automatically mean probiotic, but it does mean biochemically transformed.

Satiety and eating behaviour

One underrated aspect of salami is how it affects eating patterns.

Because it’s:

• Fatty
• Protein-rich
• Intensely flavoured

It’s usually eaten slowly and in small amounts. This contrasts with many ultra-processed snack foods designed for rapid overconsumption.

From a behavioural nutrition perspective, salami often functions as a “satisfaction food.” A few slices can feel indulgent without encouraging mindless eating.

That doesn’t make it virtuous, but it does make it different.

Salami vs fresh meat: a fair comparison?

Nutritionally, salami and fresh meat serve different roles.

Fresh meat offers:

• Lower sodium
• Higher water content
• Easier portion control for main meals

Salami offers:

• Concentrated protein and minerals
• Long shelf life
• High flavour density

Comparing them directly misses the point. Salami isn’t meant to replace fresh meat. It’s meant to complement a meal, not anchor it.

Who should be cautious with salami?

While salami can fit into many diets, some people should be more mindful.

This includes individuals who:

• Have hypertension and struggle with sodium intake
• Are advised to limit processed meats for medical reasons
• Eat large quantities daily rather than occasionally

Pregnant people and immunocompromised individuals are often advised to avoid certain cured meats unless cooked, due to listeria risk. That’s a safety issue rather than a nutritional one, but it’s still relevant.

So… is salami nutritious?

The honest answer is yes, but conditionally.

Salami provides:

• High-quality protein
• Bioavailable iron and zinc
• Essential B vitamins

It also contains:

• High sodium
• Significant fat
• Preservatives that warrant moderation

It’s not a health food. It’s not junk food either.

Salami sits in that uncomfortable middle ground where nuance matters more than headlines.

The bottom line

Salami is a nutrient-dense, energy-dense, traditionally processed food.

Eaten occasionally, in modest portions, alongside vegetables and whole foods, it can absolutely be part of a balanced diet.

Eaten daily, in large quantities, without context, it’s less defensible.

Like many foods with deep cultural roots, salami deserves understanding, not fear.

And frankly, if a few slices of good salami make you slow down, savour your food, and enjoy eating a bit more — that counts for something too.

Want more science-backed food deep dives?

If you enjoy evidence-based takes on cheese, meat, and all the wonderfully fermented things in between, join the Cheese Scientist mailing list. No food guilt. No trends. Just real food, properly explained.

Because food science should make eating clearer — not more stressful.

References

Overall nutritional content

The nutritional content of cheese in our table comes from the USDA Food Data Central Repository, the Australian Food Composition Database and cheese manufacturers. We realise that there can be variations between different brands and producers. Hence, the numbers we have used are averages. 

Fat content

Our fat RDI data comes from Cleveland Clinic’s Healthy Fat Intake resource.  

Type of fat in cheese as per Harvard T.H. Chan’s The Nutrition Source.  

Protein content

Our protein RDI data comes from Harvard Medical School’s Harvard Health Publishing. 

Cholesterol content

Is There a Correlation between Dietary and Blood Cholesterol? Evidence from Epidemiological Data and Clinical Interventions? – Maria Luz Fernandez and Ana Gabriela Murillo 

Saturated fat, carbohydrate, and cardiovascular disease – Patty W Siri-Tarino, Qi Sun, Frank B Hu and Ronald M Krauss  

Effect of cheese consumption on blood lipids: a systematic review and meta-analysis of randomized controlled trials – Janette de Goede, Johanna M Geleijnse, Eric L Ding, Sabita S Soedamah-Muthu 

Safety in pregnancy

All the advice relating to what cheeses you can eat during pregnancy in this article is based on the recommendations by health authorities in Australia, the UK and the USA. If you are unsure about what you can or cannot eat, please consult your doctor. 

Australia – FSANZ, United Kingdom – NHS and United Sates of America – FDA 

Lactose content

Lactose residual content in PDO cheeses 

Detection of lactose in products with low lactose content 

The analysis of lactose in milk and cheese products by HPLC 

Food Standards ANZ Food Composition Database 

USDA Food Data Central 

Lactose & Galactose content of cheese 

Jonah Kincaid

Cheese lover. Scientist. Created a website and a Youtube channel about cheese science because he could not find answers to his questions online. 

cheesescientist.com

The post Salami Gets a Bad Rap — But Is It Actually Unhealthy? appeared first on Cheese Scientist.

SEE ALSO: What is lactose intolerance and which types of cheese should you avoid? →

What is bloating and why does it happen?

The mechanism of bloating is a complex process involving multiple factors in the digestive system. Here’s how it typically occurs:

1. Gas accumulation

• Fermentation in the gut: When undigested carbohydrates like lactose reach the large intestine, gut bacteria ferment them. This fermentation produces gases such as hydrogen, methane, and carbon dioxide.
• Swallowing air (aerophagia): Eating too quickly, drinking carbonated beverages, or chewing gum can introduce excess air into the stomach.

2. Fluid retention

• High sodium intake: Consuming high-sodium foods like cheese can lead to water retention as the body maintains a balance of electrolytes. This retention can cause swelling in the abdominal area, contributing to bloating.

3. Slowed digestion

• High-fat content: Fats slow gastric emptying, meaning food stays in the stomach and intestines longer. This delay can lead to feelings of fullness, heaviness, and bloating.

4. Gut motility issues

• Reduced movement of the intestines: Conditions like irritable bowel syndrome (IBS) or stress can slow or disrupt the coordinated movement of the digestive system, leading to gas build-up and bloating.

5. Microbiome imbalance

• Dysbiosis: An imbalance in gut bacteria can lead to excessive gas production or difficulty in breaking down certain foods, causing bloating.

6. Stretching of the gut wall

• Gas and fluid retention stretch the stomach and intestinal walls. This stretching activates nerve endings, creating the sensation of bloating and abdominal discomfort.

Now that you understand why bloating happens, let’s investigate why some cheeses can make you bloated.

Lactose intolerance and digestion

The most common reason for post-cheese bloating is lactose intolerance. Lactose is a naturally occurring sugar in milk and cheese. To digest lactose, the body produces an enzyme called lactase. Many adults, however, have reduced lactase production, leading to lactose intolerance.

When lactose isn’t fully digested, it travels to the colon, where bacteria ferment it. This fermentation produces gas, which causes bloating, cramping, and sometimes diarrhoea.

Aged cheeses like Parmesan and Cheddar have very low lactose levels due to the fermentation process used in their production. Fresh cheeses, like Ricotta or Cream Cheese, contain higher levels of lactose and are more likely to cause bloating in sensitive individuals.

High fat content and digestion

Cheese is rich in fats, particularly saturated fats, which slow down gastric emptying. Slower digestion means food spends more time in the stomach and intestines. This can lead to bloating and discomfort for some people.

The process is linked to how fats stimulate the release of cholecystokinin (CCK), a hormone that slows gastric motility. While this can promote satiety, it can also create a feeling of heaviness.

Sodium and water retention

Sodium is another element in cheese that may contribute to bloating. Salt helps preserve cheese and enhance its flavour, but high sodium intake can disrupt the body’s fluid balance.

When sodium levels rise, the body retains water to maintain equilibrium. This water retention can cause puffiness and bloating, particularly after consuming large amounts of high-sodium cheeses like Feta, Halloumi, or processed cheese.

Dairy protein sensitivity

Some people experience bloating due to sensitivity to dairy proteins, such as casein or whey. Unlike lactose intolerance, milk protein intolerance involves the immune system, though it’s not a full-blown allergy.

Casein proteins in cheese can interact with gut cells and influence the gut microbiome. This interaction may contribute to inflammation or changes in digestion that lead to bloating.

Difference between bloating and flatulence

Although flatulence and bloating often occur together, they are distinct gastrointestinal symptoms with different causes and mechanisms:

Key difference

• Bloating is the sensation or visible swelling caused by retained gas, fluid or slowed digestion. It doesn’t always lead to gas expulsion.
• Flatulence is the act of releasing gas, often relieving bloating if the gas is the main cause.

Both symptoms can occur together, but addressing their root causes requires targeted approaches. For example, lactose intolerance can cause both bloating (from gas build-up) and flatulence (from gas release).

Low-risk cheeses for bloating

These cheeses are less likely to cause bloating due to their lower lactose content, reduced sodium or easier digestibility.

High-risk cheeses for bloating

On the other hand, these cheeses are more likely to cause bloating due to higher lactose, sodium or moisture content, which can challenge digestion.

Tips for reducing bloating from cheese

Yes, there are medications and remedies available to help reduce the risk of bloating or relieve it if it occurs. Here’s a breakdown:

To reduce the risk of bloating

1. Lactase enzyme supplements: For those with lactose intolerance, lactase enzyme tablets or drops (e.g., Lactaid) can help digest lactose in cheese. These are taken before consuming dairy to prevent bloating and discomfort.
2. Probiotics: Probiotic supplements containing beneficial bacteria like Lactobacillus or Bifidobacterium can improve gut health and reduce symptoms of bloating over time. They help balance gut flora, especially if bloating is linked to digestion issues or dairy sensitivity.

To relieve bloating once it happens

1. Simethicone: Over-the-counter medications like simethicone (e.g., Gas-X, Mylanta Gas) help reduce gas bubbles in the stomach and intestines, relieving bloating. They work quickly and are safe for short-term use.
2. Activated charcoal: Charcoal tablets or capsules may help absorb gas in the digestive system, reducing bloating. Best taken before or shortly after eating the trigger food.
3. Antispasmodics: Medications like hyoscine butylbromide (e.g., Buscopan) can reduce abdominal cramps associated with bloating by relaxing the gut muscles.
4. Digestive enzymes: Multi-enzyme supplements (e.g., pancreatin) can support digestion, especially if bloating is linked to poor fat or protein digestion.

Natural remedies

• Peppermint oil capsules: These relax the digestive tract and reduce bloating and cramping.
• Herbal teas: Chamomile, ginger, or fennel tea can soothe the stomach and reduce gas.

When to see a doctor

If bloating is frequent, severe, or accompanied by other symptoms (e.g., weight loss, diarrohea, or blood in stool), consult a healthcare provider to rule out underlying conditions like irritable bowel syndrome (IBS) or food allergies.

Conclusion

Cheese doesn’t have to be a bloat-inducing indulgence. By understanding how your body reacts to different types of cheese and using the tips above, you can enjoy your favourite varieties with confidence.

Ready to dive deeper into the science of cheese and digestion? Subscribe to my Cheese Scientist newsletter for more fascinating insights and tips to make every cheesy bite a joy. If you’ve got a favourite remedy for cheese bloating, share it with us in the comments!

References

Overall nutritional content

The nutritional content of cheese in our table comes from the USDA Food Data Central Repository, the Australian Food Composition Database and cheese manufacturers. We realise that there can be variations between different brands and producers. Hence, the numbers we have used are averages. 

Lactose levels in mentioned cheeses

¹ Lactose residual content in PDO cheeses 

² Detection of lactose in products with low lactose content 

³ The analysis of lactose in milk and cheese products by HPLC 

⁴ Food Standards ANZ Food Composition Database 

⁵ USDA Food Data Central 

⁶ Lactose & Galactose content of cheese 

Jonah Kincaid

Cheese lover. Scientist. Created a website and a Youtube channel about cheese science because he could not find answers to his questions online. 

cheesescientist.com

The post Can Cheese Make You Bloated? (& Tips to Avoid Bloating) appeared first on Cheese Scientist.

SEE ALSO: Our complete list of ingredients that you need to make cheese →

What you need to make cheese

If you’ve been with us for a bit, you know that it takes 4 ingredients to make most cheeses. Namely, those are milk, culture, rennet and salt. We’ve talked about rennet and raw milk before. But today, let’s shine the spotlight on salt.

More than just flavour

Without a doubt, salt is an essential ingredient in cheesemaking. Obviously, it adds flavour. But, the reasons why cheesemakers add salt to their cheese go well beyond that. 

Firstly, salt assists in drying the curds during the draining process. Effectively, it helps separate more whey (liquid) from the curds (solids). As a result, the curd comes smaller and drier. 

Control over cheese maturation

However, the main reason why cheese is salted is to slow down the bacterial culture and control the process by which lactose converts into lactic acid. This gives the cheesemaker more control over the maturation of the cheese.

In addition to this, salt assists in natural rind formation and inhibits any potentially harmful bacteria and fungi when used as a brine wash or bath.

Which leads us to our next topic. How is salt used in cheesemaking? 

Salt in cheesemaking

There are largely three ways in which salt can be used. 

Dry salting

Dry salting involves rubbing salt all over the surface of the cheese. This is used to make mould ripened cheeses such as Camembert. 

Milling

Another method is by milling. When making Cheddar, cheesemakers mill the curds to break them down and mix in salt before transferring to the mould for pressing.

Brining

Finally, salt can be dissolved in a brine solution. The cheesemaker then submerges entire wheels of semi-hard and hard cheeses in the brine solution. 

What type of salt to use

One last consideration is what type of salt you should be using. While iodised salt might be good for your health, it is terrible for cheese. Actually, it will inhibit the starter culture and bring maturation to a halt. 

All hail Gavin Webber

I want to wrap up this post with a huge thank you to Gavin Webber from Little Green Cheese. You have inspired an entire generation of cheese lovers to make cheese at home. And shared so much of your wisdom with all of us. 

So, have you tried to make your own cheese? Drop me a comment below. 

Jonah Kincaid

Cheese lover. Scientist. Created a website and a Youtube channel about cheese science because he could not find answers to his questions online. 

cheesescientist.com

The post Why Cheese Tastes Salty (Essential Ingredient In Cheesemaking) appeared first on Cheese Scientist.

SEE ALSO: The Cheese Scientist’s Index of Nutrition Facts by Cheese →

Is cheese actually healthy?

Eating healthy plays a pivotal role in maintaining overall well-being and preventing chronic diseases. A balanced and nutritious diet provides our bodies with essential vitamins, minerals, and macronutrients, fuelling optimal physical and cognitive function. 

So, this leads us to the question: is cheese healthy? Well, there is no straight-forward answer to this question. The reason for this is that all cheeses are different. While some may be high in good fats, others may contain too much bad fats or salt.

On the other hand, most cheeses are a good source of protein and calcium. 

Which type of cheese is healthiest?

Furthermore, as consumers, we all have different dietary needs. As a result of this, a cheese that’s a good option for one person may not be suitable for another.

For this reason, we will break this post into separate sections looking at specific nutritional assessments. 

Cheeses with a high protein content

Let’s get the ball rolling with an assessment of the protein content in cheese. Protein is an essential nutrient that plays a vital role in numerous bodily functions. As a result, incorporating high protein cheeses into your diet can provide a significant boost.  

More specifically, protein helps build and repair tissues, supports the immune system and contributes to satiety. Actually, the recommended daily protein intake for the average adult is approximately 0.8 grams per kilogram of body weight¹. 

You can read more about why cheese contains protein in our dedicated post here. 

Now, let’s have a look at five cheeses that are very high in protein. 

Grana Padano (36 g of protein²)

Originating from northern Italy, Grana Padano is a renowned cheese that dates back to the 12th century. Made from cow’s milk, this pressed cooked cheese is aged for a minimum of nine months, resulting in a pale-yellow interior with a granular texture.  

Grana Padano offers a delicate and nutty flavour, perfect for grating over pasta dishes or enjoying on its own as a table cheese.  

READ MORE: Complete nutritional profile for Grana Padano → 

Parmigiano Reggiano (32 g of protein²)

Hailing from the Emilia-Romagna region of Italy, Parmigiano Reggiano is an iconic cheese with a history spanning over nine centuries. Known as the “King of Cheeses”, local artisans craft this cheese from raw cow’s milk and age their wheels for a minimum of 12 months.

This hard, granular cheese boasts a rich, complex flavour profile with notes of fruit, nuts and umami. Undoubtedly, Parmigiano Reggiano is a staple in Italian cuisine, and you can enjoy it grated over pasta, risotto and salads. 

READ MORE: Complete nutritional profile for Parmigiano Reggiano → 

Pecorino (29 g of protein²)

Another Italian cheese that is packed in protein is Pecorino. Pecorino is a distinctive cheese made from 100% sheep’s milk. It comes in various styles and ageing periods, each offering a unique taste experience.  

Young Pecorino tends to be mild, with a slightly tangy flavour, while aged versions develop a more robust profile. Pecorino Romano, one of the most famous types of Pecorino, has a crumbly texture and a salty, tangy taste, making it an ideal grating cheese for pasta dishes. 

READ MORE: Complete nutritional profile for Pecorino Romano → 

Gruyère (29 g of protein²)

Without a doubt, Gruyère is Switzerland’s most famous cheese with a heritage dating back centuries. Swiss cheesemakers use from raw cow’s milk to craft a semi-hard wonder that boasts a smooth, creamy texture.  

Moreover, its flavour is rich, nutty and slightly sweet, with delightful hints of fruit and a subtle earthiness. Gruyère is a versatile cheese that can be enjoyed in a variety of ways. It is perfect for melting, making it a staple in fondue, quiches and gratins. 

READ MORE: Complete nutritional profile for Gruyère → 

Caciocavallo (29 g of protein²)

Our final high protein cheese is Caciocavallo, an Italian cheese with ancient origins. Traditionally produced using raw milk in southern Italy, it is shaped like a teardrop and hung to age. In more modern times, cheesemakers use either raw or pasteurised cow or sheep milk to make Caciocavallo.

The flavour of Caciocavallo varies depending on the type of milk used and the ageing process. Young Caciocavallo has a mild and buttery taste, while aged versions develop a stronger, more complex flavour. It is a versatile cheese suitable for melting, grilling, or enjoying on a cheese board. 

READ MORE: Complete nutritional profile for Caciocavallo → 

Looking for more high protein options? We’ve got our top 15 list of the highest protein cheeses here. 

Low fat cheeses (saturated and unsaturated fats)

While fat is an important component of a balanced diet, opting for low-fat cheeses can be beneficial for those watching their fat intake. 

As you might be aware, there is more than one type of fat in food. And some fats are more detrimental to our health than others⁴. You can read more about the different types of fat in our in-depth post here. 

Moreover, some types of cheeses contain less saturated fat³, which is associated with an increased risk of heart disease.  Now, let’s dive into our list of five cheeses that are low in fat. 

Quark (3 g of total fats²)

Originating from Central Europe, Quark is a fresh cheese that has been enjoyed for centuries. Made by curdling soured milk and then straining the whey, Quark has a smooth and creamy texture similar to yoghurt.  

Quark possesses a mildly tangy and slightly sweet flavour, making it a versatile ingredient in both sweet and savoury dishes. Furthermore, Quark is a common ingredient in spreads, dips, desserts and as a topping for fruits. It pairs well with fresh herbs, honey, or jams for added flavour. 

READ MORE: Complete nutritional profile for Quark → 

Cottage Cheese (10 g of total fats²)

Cottage cheese is a soft and lumpy cheese made from cow’s milk. The curds are gently separated from the whey, resulting in a curd-like texture. Due to its production method, this fresh cheese is low in fat.  

It has a mild and slightly tangy taste, with a subtle hint of sweetness. Cottage cheese is a popular nutritious and protein-rich snack. But you can also combine it with fruits, vegetables or savoury ingredients like black pepper and herbs.

READ MORE: Complete nutritional profile for Cottage Cheese → 

Ricotta (13 g of total fats²)

Our next low-fat cheese is Italy’s Ricotta. To make this fresh and creamy cheese, Italian cheesemakers would use whey leftover during the production of other cheeses like Mozzarella. Ricotta has a smooth, grainy texture and a delicate, slightly sweet flavour with hints of nuttiness.  

This Italian whey cheese is very versatile and shines in both sweet and savoury dishes. It is a popular choice for Italian desserts like cannoli and tiramisu and is also used in pasta fillings, lasagne and pancakes. 

READ MORE: Complete nutritional profile for Ricotta → 

Bocconcini (18 g of total fats²)

Staying in Italy, Bocconcini is a fresh pasta filata cheese, traditionally made from buffalo milk. These small, round cheese balls have a soft and elastic texture. Bocconcini has a mild and milky flavour with a subtle tang.  

It is a common addition to salads, particularly the classic Caprese salad. To make a Caprese salad, you can pair Bocconcini (or other fresh Mozzarella cheeses) with ripe tomatoes, fresh basil and a drizzle of olive oil. You can also enjoy Bocconcini as a snack or add it to pasta dishes and pizzas for a creamy and indulgent touch. 

READ MORE: Complete nutritional profile for Bocconcini → 

Fresh Chèvre (18 g of total fats²)

Our final low-fat cheese is Fresh Chèvre. This type of goat cheese finds its origins in France and has a creamy and spreadable texture. Fresh Chèvre offers a distinct tangy and slightly acidic flavour profile with hints of citrus and herbs.  

This versatile cheese is perfect for spreading on bread or crackers, and it adds a delightful creaminess to salads and sandwiches. It pairs well with fruits like figs or pears, honey and nuts, enhancing the overall taste and texture of dishes. 

READ MORE: Complete nutritional profile for Fresh Chèvre → 

Looking for more low-fat options? We’ve listed the 15 best cheeses that are low in fat in this post here. 

Cheeses that contain a high amount of calcium

Calcium is crucial for maintaining strong bones and teeth, regulating blood pressure and supporting muscle function. And consuming high calcium cheeses is an excellent way to meet your daily calcium requirements.  

Here is our list of five cheeses that have a high calcium content. 

Comté (993 mg of calcium²)

Comté finds its origins in the Franche-Comté region in eastern France. Made from unpasteurised cow’s milk, it undergoes a long ageing process, resulting in a firm and dense texture.  

This classic mountain cheese boasts an incredibly complex flavour profile that can range from nutty and slightly sweet to fruity and earthy, depending on its age.

Moreover, Comté is a very versatile cheese suitable for a cheeseboard, melting in gratins, or as a delightful addition to sandwiches and salads. 

READ MORE: Complete nutritional profile for Comté → 

Kefalotyri (975 mg of calcium²)

Our next high calcium cheese comes from Greece. Kefalotyri is a traditional Greek cheese with origins dating back centuries. Made from sheep’s or goat’s milk, this hard and salty cheese often ages for several months before it is ready for consumption.

As a result, Kefalotyri develops a crumbly texture and a robust flavour with tangy and spicy undertones. Because of its texture and flavour, this Greek cheese is a popular ingredient the local cuisine. Some examples of dishes that celebrate Kefalotyri include Pastitsio or Saganaki.

READ MORE: Complete nutritional profile for Kefalotyri → 

Provolone Dolce (893 mg of calcium²)

We’re in Italy again for the third highest calcium cheese on our list. Provolone Dolce, originating from southern Italy, is a semi-soft, pasta filata cheese. It is made from cow’s milk and has a mild, buttery flavour with a hint of tanginess. 

Provolone Dolce has a smooth and supple texture that becomes more elastic when melted. Hence, you will want to melt this classic cheese in sandwiches, pizzas and pasta dishes.  

Furthermore, you can enjoy this sweet pasta filata on its own as a table cheese, or pair it with cured meats, olives and crusty bread. 

READ MORE: Complete nutritional profile for Provolone Dolce → 

Manchego (893 mg of calcium²)

There is no question that Manchego is Spain’s most iconin cheese. Manchego has a firm and crumbly texture with a pale ivory colour. And its flavour is rich, nutty and slightly tangy, with a pleasant sweetness.  

The locals often serve Manchego on a cheeseboard or grated over salads and roasted vegetables. Also, it pairs excellently with Spanish wines, quince paste and Marcona almonds, enhancing its unique characteristics. 

READ MORE: Complete nutritional profile for Manchego → 

Jarlsberg (825 mg of calcium²)

The final high calcium cheese on our list is Jarlsberg. Originating from Norway, Jarlsberg is a popular cheese known for its sweet and nutty taste. It is made from cow’s milk and has a semi-soft texture with large, irregular holes.  

This cheese is versatile and can be enjoyed on sandwiches, melted in dishes like quiches and fondues, or simply savoured on its own.

READ MORE: Complete nutritional profile for Jarlsberg → 

Low sodium (salt) cheeses

Sodium is an essential mineral involved in various bodily functions, but excessive sodium intake can lead to health issues such as high blood pressure.

Unfortunately, you can’t make cheese without using salt (and sodium). Indeed, salt plays an important role in both the production and ageing of almost every type of cheese.

However, opting for low sodium cheeses can help reduce your overall sodium intake. Reading labels and selecting cheeses with reduced sodium content is advisable for people aiming to limit their sodium intake. Read on for five of the best low sodium cheeses.

Paneer (18 mg of sodium²)

Paneer, originating from the Indian subcontinent, is a fresh cheese commonly used in Indian cuisine. It is made by curdling heated milk with lemon juice or vinegar, resulting in a soft and crumbly texture.  

Overall, Paneer has a mild and slightly tangy taste, allowing it to absorb the flavours of the dishes it is used in. It is a versatile cheese used in various Indian recipes such as curries, tikka masala and paneer tikka. Besides, Paneer is a popular choice for vegetarians since it does not contain animal rennet.

READ MORE: Complete nutritional profile for Paneer → 

Mascarpone (54 mg of sodium²)

Originally from Italy, Mascarpone is a creamy and indulgent cheese made from cow’s milk. It has a rich, buttery texture and a mildly sweet flavour. Today, Mascarpone is famously used in desserts like Tiramisu, where its velvety consistency adds a lusciousness to the dish.  

In addition to Tiramisu, you can add Mascarpone to savoury dishes like pasta sauces or spread it on bread as a delightful topping. 

READ MORE: Complete nutritional profile for Mascarpone → 

Burrata (304 mg of sodium²)

In the age of social media, one cheese has shone the brightest. Burrata, originating from the Apulia region in southern Italy, is a fresh pasta cheese. It is made from Mozzarella and cream, resulting in a thin, delicate outer shell encapsulating a soft and creamy centre.  

Burrata has a mild, milky flavour with hints of sweetness. It is commonly enjoyed in salads, paired with ripe tomatoes, fresh basil and a drizzle of olive oil. 

READ MORE: Complete nutritional profile for Burrata → 

Wensleydale (321 mg of sodium²)

Wensleydale is a cheese with English origins, specifically from the Wensleydale region in Yorkshire. It is a crumbly and creamy cheese made from cow’s milk. This pressed cheese has a mild and slightly sweet flavour with a pleasant tanginess.  

It is often flavoured with different fruits like cranberries or apricots, enhancing its taste profile. Due to the sugar content in most of the flavourings, the healthiest versions of Wensleydale are the unflavoured ones.  

READ MORE: Complete nutritional profile for Wensleydale & Cranberries → 

Requesón (387 mg of sodium²)

Our final low salt cheese is Requesón. Commonly found in Central and South American cuisines, Requesón is a soft and fresh cheese made from whey. It has a creamy and slightly grainy texture. And a mild and slightly tangy flavour with subtle earthy notes.  

It is often used in traditional dishes like empanadas, tamales or spread on tortillas. This whey cheese is very versatile and can be enjoyed in both savoury and sweet recipes. 

READ MORE: Complete nutritional profile for Requesón → 

Cheeses with low cholesterol content

The role of dietary cholesterol in relation to human health has been a topic of scientific debate in recent years. Previously, it was believed that consuming foods high in cholesterol, such as eggs and certain dairy products, would raise blood cholesterol levels and increase the risk of cardiovascular disease.  

However, current research suggests that the impact of dietary cholesterol on blood cholesterol levels may not be as significant as once thought⁵. You can read more about this ongoing debate in our post dedicated to cholesterol in cheese here.

Having said that, if you want to limit your cholesterol intake, we’ve got five great low-cholesterol cheeses for you! 

Bel Paese (18 mg of cholesterol²)

Bel Paese, originating from Italy, is a semi-soft cheese with a mild and buttery flavour. It was created in the early 20th century as a milder alternative to stronger-smelling cheeses. 

This popular pressed cheese has a smooth and creamy texture with a delicate aroma. Due to its mild flavour, it is a popular addition to sandwiches, salads and pasta dishes.

Moreover, this cheese pairs well with fruits, crusty bread, and light-bodied wines, adding a touch of elegance to any meal. 

READ MORE: Complete nutritional profile for Bel Paese → 

Buffalo Mozzarella (33 mg of cholesterol²)

Also known as Mozzarella di Bufala, Buffalo Mozzarella is a traditional Italian cheese made from the milk of water buffaloes. It has a soft and elastic texture with a delicate and milky flavour.  

While you can serve this versatile cheese in many different ways, the most popular dish is most certainly a Caprese salad. Scroll back up to our Bocconcini section for the recipe.

READ MORE: Complete nutritional profile for Buffalo Mozzarella → 

Ricotta Salata (54 mg of cholesterol²)

Our next low cholesterol cheese also hails from Italy. Ricotta Salata is a variation of Ricotta cheese that undergoes a process of salting and ageing. Consequently, it develops a firm and crumbly texture and a savoury flavour.

Presently, Ricotta Salata is commonly used as a grating cheese in Italian cuisine, adding a savoury touch to pasta dishes, salads and roasted vegetables. 

READ MORE: Complete nutritional profile for Ricotta Salata → 

String Cheese (54 mg of cholesterol²)

String Cheese, popularised in the United States, is a type of cheese that is typically made from Mozzarella. Due to its distinctive stringy texture, String Cheese is the ultimate midnight snack. And its a relatively healthy one too!  

This version of Mozzarella has a mild and slightly salty flavour, making it appealing to both children and adults. 

READ MORE: Complete nutritional profile for String Cheese → 

Oaxaca (71 mg of cholesterol²)

The final cheese on our healthiest list hails from Mexico. Oaxaca is a semi-soft pasta filata cheese named after the region where it is traditionally made. It has a stringy and elastic texture, similar to String Cheese or Mozzarella.  

On the palate, Oaxaca offers a buttery and slightly tangy taste with a hint of saltiness. It is a common ingredient in Mexican cuisine, in dishes like Quesadillas, Enchiladas and Chiles Rellenos.

READ MORE: Complete nutritional profile for Oaxaca → 

Summary: specific cheeses for specific dietary needs

In conclusion, the healthiest types of cheese depend on individual dietary needs and preferences. High protein cheeses provide a protein boost to your diet, while low-fat cheeses help reduce overall fat intake.  

Moreover, high calcium cheeses contribute to strong bones and teeth, and low sodium cheeses aid in limiting sodium intake. And finally, low cholesterol cheeses can be a suitable choice for those monitoring their cholesterol levels.  

Remember to consult with a healthcare professional or registered dietitian to determine which cheeses align with your specific dietary requirements. With the right choices, cheese can be enjoyed as a delicious and nutritious addition to a well-balanced diet. 

Did your favourite cheese not appear on this list? Drop us a comment below and we’ll give you a summary of its nutrition facts. 

References

¹ Protein RDI  for adult women is 0.75g/kg of body weight and for adult men is 0.84g per kg of body weight: Dietitians Australia

² Cheese nutritional values assembled by The Cheese Scientist using nutrition facts from nutritionvalue.org and/or cheese manufacturers. We realise that there can be variations between different brands and producers. Hence, the numbers we have used are averages.

³ Type of fat in cheese: Harvard T.H. Chan’s The Nutrition Source.

⁴ Fat RDI data and different types of fat: Cleveland Clinic’s Healthy Fat Intake resource.

⁵ Dietary Cholesterol and Cardiovascular Risk: A Science Advisory: American Heart Association

Jonah Kincaid

Cheese lover. Scientist. Created a website and a Youtube channel about cheese science because he could not find answers to his questions online. 

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