Is Coconut Cream High in Cholesterol?

Coconut cream contains zero dietary cholesterol. It is a plant-derived food, and cholesterol is found exclusively in animal products. However, the question most people are really asking is whether coconut cream raises their blood cholesterol, and on that front the answer is more complicated. Coconut cream is exceptionally rich in saturated fat, and the relationship between that fat and your lipid panel has been the subject of genuine scientific debate for decades.

Why There Is No Cholesterol in Coconut Cream

Cholesterol is a waxy substance produced by animal cells. It plays structural roles in cell membranes and serves as a building block for hormones and bile acids. Plants do not make cholesterol. They produce related compounds called phytosterols, which actually work against cholesterol absorption in your gut by competing with cholesterol for uptake. Plant sterols displace cholesterol in the bile salt structures your intestines use to absorb fats, which can modestly lower the amount of cholesterol that reaches your bloodstream.¹ So coconut cream, like all plant foods, is cholesterol-free by nature. If you see “0 mg cholesterol” on a coconut cream label, that is accurate but also unremarkable. Every nut milk, every avocado, every vegetable oil reads the same.

The confusion arises because coconut cream is one of the fattiest plant foods on earth. A typical can delivers roughly 20 to 25 grams of fat per 100 milliliters, the vast majority of it saturated. That saturated fat content is what makes the cholesterol question worth asking, because saturated fat in your diet is the single biggest dietary driver of LDL cholesterol in your blood.

What Makes Coconut Fat Unusual

Not all saturated fats are the same molecule, and coconut fat has a distinctive profile. The dominant fatty acid in mature coconut meat is lauric acid, a 12-carbon chain that accounts for roughly 48% of its total fat. Myristic acid (14 carbons) makes up about 19%, and palmitic acid (16 carbons) another 10%.² Coconut cream inherits this profile because it is made by pressing or simmering coconut flesh and straining the resulting liquid.

Lauric acid sits in a gray zone biochemically. It is often classified as a medium-chain fatty acid because of its 12-carbon length, but your body handles it partly like a medium-chain fat and partly like a long-chain one. True medium-chain fatty acids (8 and 10 carbons) go almost directly to the liver via the portal vein, where they are quickly burned for energy. Lauric acid follows that shortcut to some degree but also gets packaged into lipoproteins and shipped through the lymphatic system the way longer-chain fats do. That matters because it means lauric acid has a foot in both metabolic camps: some of the rapid-oxidation benefits of shorter chains, but also some of the cholesterol-raising potential of longer ones.

Research in muscle cells and mice has shown that medium-chain fatty acids lead to less fat accumulation, better mitochondrial function, and improved insulin sensitivity compared to long-chain fats.³ But coconut cream is not a pure source of medium-chain fats. It contains a mix, and the real-world effects on your blood lipids reflect that mix rather than any single fatty acid acting alone.

What Happens to Your Blood Cholesterol

The most rigorous evidence on coconut fat and blood lipids comes from clinical trials using coconut oil, which shares the same fatty acid profile as coconut cream (just without the water and fiber). A large meta-analysis published in Circulation pooled 16 trials and found that coconut oil raised LDL cholesterol by about 10 mg/dL compared to nontropical vegetable oils like soybean, safflower, and olive oil.⁴ That is a meaningful bump. For context, LDL reductions of 10 mg/dL are the kind of shift cardiologists pay attention to when evaluating someone’s risk trajectory.

But the picture shifts depending on what you compare coconut fat to. When measured against butter, coconut oil consistently looks better. A randomized trial in healthy adults found that butter raised LDL significantly more than coconut oil, while coconut oil and olive oil produced statistically indistinguishable changes in LDL.⁵ A systematic review of both observational and trial data confirmed this pattern: coconut oil raised total and LDL cholesterol more than unsaturated plant oils but less than butter.⁶

So the answer to “does coconut cream raise my cholesterol” depends on what it replaces. If you swap olive oil for coconut cream in a curry, your LDL may drift upward. If you swap heavy dairy cream for coconut cream, the effect could be neutral or even favorable, because dairy cream carries both saturated fat and actual dietary cholesterol.

The HDL Complication

One finding that complicates the picture is coconut fat’s consistent effect on HDL cholesterol, sometimes called “good” cholesterol. The same Circulation meta-analysis found that coconut oil raised HDL by about 4 mg/dL compared to other plant oils.⁴ A separate meta-analysis of randomized trials found a similar increase of about 3.3 mg/dL.⁷

This matters because the ratio of total cholesterol to HDL cholesterol is considered a better predictor of heart disease risk than LDL alone. When both LDL and HDL rise, the ratio may not change much, which means the net cardiovascular impact is harder to predict from cholesterol numbers alone. Some researchers have pointed to this HDL bump as evidence that coconut fat is less harmful than its saturated fat content suggests. Others argue that raising HDL through diet does not necessarily translate into the same protective effect as naturally high HDL levels. The honest answer is that this question remains genuinely unresolved. We know what coconut fat does to individual lipid markers. We are less certain what those changes mean for long-term heart disease risk.

When Coconut Fat Behaves Differently Than Expected

An interesting finding from a randomized trial looking at plasma fatty acids adds another wrinkle. Researchers measured not just cholesterol levels but the specific fatty acids circulating in the blood after weeks of consuming coconut oil, olive oil, or butter. They found that increases in blood levels of lauric and myristic acid from coconut oil showed no clear association with changes in LDL, HDL, or total cholesterol at the individual level.⁸ The implication is that different saturated fatty acids may not all push cholesterol in the same direction or by the same amount. Palmitic acid from butter, for instance, may be more atherogenic than lauric acid from coconut, even though both are classified as saturated.

This does not mean coconut cream gets a clean bill of health. The population-level data from meta-analyses still shows LDL going up when coconut fat replaces unsaturated fats. But it does suggest that treating all saturated fat as a monolithic category oversimplifies the biology. Replacing saturated fat with polyunsaturated fat reduces LDL and improves the total-to-HDL cholesterol ratio, while replacing it with refined carbohydrates can actually worsen triglycerides and small LDL particle counts.⁹ What you eat instead of coconut cream matters as much as the coconut cream itself.

The Polynesian Evidence

Whenever coconut fat and heart health come up, someone mentions the island populations of the Pacific. That reference comes from genuine research, most famously the Pukapuka and Tokelau island studies from the 1980s. Tokelauans derived roughly 63% of their calories from coconut, while Pukapukans got about 34%. Both populations ate diets extremely high in saturated fat but low in dietary cholesterol and sugar. Tokelauans had serum cholesterol levels 35 to 40 mg/dL higher than Pukapukans, consistent with their higher saturated fat intake. Yet vascular disease was uncommon in both groups.¹⁰

Follow-up research on Tokelauans who migrated to New Zealand added context. In Tokelau, about 53% of energy came from fat and 80% of that from coconut.¹¹ When these same individuals moved to New Zealand and adopted a more Western diet with less coconut but more processed food, their health outcomes did not necessarily improve. Observational evidence across similar traditional populations suggests that consuming coconut in the context of whole-food, traditional diets does not lead to adverse cardiovascular outcomes.¹²

These studies are fascinating, but they have limits. The islanders ate whole coconut flesh, not refined coconut oil or canned coconut cream. They were physically active, ate almost no processed food, consumed very little sugar, and had a completely different overall dietary pattern than someone adding coconut cream to a Western diet. Extrapolating from their experience to your Tuesday night curry is a stretch. What the Polynesian data does tell us is that saturated fat from coconut, in a specific dietary and lifestyle context, did not produce the cardiovascular catastrophe you might predict from the cholesterol numbers alone.

Does Coconut Cream Burn Fat Faster

A persistent claim in wellness circles is that the medium-chain fatty acids in coconut products speed up your metabolism and promote fat burning. The cell and animal data supporting this idea is real: medium-chain fats do increase energy expenditure and reduce fat storage in controlled laboratory settings.³ But translating that into meaningful calorie burning in humans has been disappointing.

A randomized trial in overweight adolescents compared meals enriched with coconut oil to meals enriched with corn oil and found no significant difference in resting energy expenditure or the thermic effect of food.¹³ There was also no difference in appetite or satiety between the two fat types.¹⁴ The likely explanation is that coconut fat’s medium-chain content (mostly lauric acid) behaves differently from the pure medium-chain triglyceride oils used in earlier, more promising studies. Those studies typically used caprylic (C8) and capric (C10) acid, which are metabolized much more directly. Coconut cream contains relatively little of those shorter chains.

Inflammation and Gut Effects

Beyond cholesterol, researchers have looked at whether coconut fat affects inflammatory markers and gut health. A crossover trial in adults with risk factors for cardiometabolic disease found that meals enriched with coconut oil actually produced a lower inflammatory response (measured by IL-6) than meals enriched with canola oil.¹⁵ That is a single postprandial study, so it would be wrong to draw sweeping conclusions, but it does challenge the assumption that coconut fat is uniformly pro-inflammatory.

On the gut microbiome front, animal studies have found that coconut oil produces significantly different changes to gut bacteria compared to soy oil, with implications for lipid metabolism and energy storage.¹⁶ This is early-stage research in mice, but it hints that the health effects of dietary fats may extend well beyond their direct impact on cholesterol numbers. How coconut fat interacts with gut bacteria, bile acid metabolism, and immune signaling is an area where the science is genuinely young.

Practical Considerations for Cooking

If you cook with coconut cream regularly, a few practical points are worth keeping in mind. First, the amount matters more than most nutrition debates suggest. A tablespoon of coconut cream in your morning coffee is a very different exposure than a full can simmered into a curry that serves two people. A typical 400-milliliter can of coconut cream contains somewhere around 80 to 100 grams of fat, nearly all saturated. Split across four servings, that is roughly 20 to 25 grams of saturated fat per serving, which already approaches or exceeds the daily limit recommended by most heart health guidelines.

Second, coconut cream is not the same thing as coconut milk or coconut water. Coconut cream is the thick, concentrated layer that rises to the top when coconut flesh is pressed and the liquid separates. Coconut milk is thinner, with more water and less fat. Coconut water is the clear liquid from inside a young coconut and contains negligible fat. The cholesterol-relevant concerns apply to coconut cream and full-fat coconut milk, not to coconut water.

Third, “light” coconut milk or cream typically has water added to reduce the fat content by roughly half. If your primary concern is the saturated fat impact on blood lipids, using light versions or simply using less of the full-fat product is a straightforward way to reduce exposure without eliminating coconut flavor entirely.

Finally, for anyone avoiding dairy due to lactose intolerance, a milk allergy, or a vegan diet, coconut cream is a legitimate alternative to heavy cream that eliminates dietary cholesterol entirely. Whether that trade-off is favorable for your cardiovascular risk depends on the rest of your diet, your current lipid profile, and your individual biology. Someone with already-elevated LDL and other risk factors for heart disease has more reason to be cautious with large amounts of coconut cream than someone with a healthy lipid profile eating an otherwise plant-heavy diet. There is no single answer that applies to everyone, which is exactly what makes the question worth understanding rather than dismissing with a headline.