How to Lower Triglycerides Naturally

High triglyceride levels can be lowered with medication and naturally through diet and exercise.

Triglycerides are particles in the blood that transport fat. They come from excess sugar (refined carbohydrate) and fat intake in the diet and can also be made in the liver. Triglycerides are converted into energy in the body; for example, to fuel muscles. If people don't use their muscles after eating, the excess triglycerides will be stored as fat or in the liver.

High levels of triglycerides in the bloodstream are a risk factor for heart disease and stroke and obesity. High triglycerides are associated with more than a 70% increased risk of coronary heart disease. High triglycerides are especially significant risk factors for people with type 2 diabetes or metabolic syndrome.

High blood triglycerides can be a result of poor lifestyle habits, medications, and certain medical conditions such as:

• genetics,
• obesity,
• insulin resistance,
• type 2 diabetes,
• high-carbohydrate and/or high-fat diet,
• excessive alcohol consumption,
• sedentary lifestyle,
• hypothyroidism,
• renal disease, and
• medications such as beta-blockers, thiazide diuretics, glucocorticosteroids, anabolic steroids, and some HIV medications.

A standard blood cholesterol panel includes triglycerides, along with HDL, LDL, and total cholesterol. An advanced lipid test will include the measurement of other particles that carry fat, including VLDL. Triglycerides are associated with VLDL, which is highly associated with atherosclerosis ("hardening" of the arteries).

Optimally, levels of triglycerides should be less than 100 for the prevention of vascular disease and optimal wellness. Standard laboratory ranges of triglyceride levels are shown below in a triglyceride level chart:

Triglycerides can be extremely elevated in some people. When triglycerides are over 500, you can see actually the fats in the serum when a tube of blood is drawn. Triglycerides over 300 can be caused by poor dietary habits, but sometimes people can eat very well and still have high triglycerides because of genetics. People with very elevated levels of triglycerides have trouble transporting other lipid particles (specifically VLDLs) out of the circulation. Anyone with triglycerides over 200 should definitely be doing something to lower triglyceride levels. People with triglycerides greater than 200 especially benefit from weight loss and increasing physical activity. The good news is that triglycerides are very responsive to lifestyle changes such as eating better, drinking less alcohol, and exercising more.

Triglycerides can be lowered without drugs. For example, they can be lowered naturally through diet changes, decreasing consumption of alcohol or sugary beverages, increasing physical activity, losing weight, and other ways. As little as a 5% to 10% reduction in body weight may lower triglycerides. The table below summarizes how much benefit different changes can affect.

Diet and foods to lower triglycerides

A general dietary pattern to lower triglycerides is the Mediterranean diet. This diet is characterized by a low glycemic load, a high intake of healthy fats such as olive oil and fish oil, and a low intake of processed meats, saturated fats, and trans fats. This dietary pattern is low in total carbohydrates. The carbohydrates that are consumed are largely low in glycemic load – that is, they are largely unprocessed.

To lower triglycerides, some foods should be avoided. Decreasing animal fats (specifically saturated fat) decreases triglycerides and LDL directly. Trans fats, which are identified on food labels as hydrogenated fats and oils, should also be avoided. Decreasing refined carbohydrates (specifically sugar, bread, and other processed foods made with flour and/or sugar) can also help lower triglycerides. These simple sugars are high in mono- and disaccharides, which raise triglyceride levels. Very low carbohydrate diets (less than 35g per day) are very efficient at lowering triglycerides. Fructose can also raise triglycerides; high fructose corn syrup should be avoided and fruit should be consumed in its whole form, not as juice. Reducing sugars is especially important when a person also has insulin resistance. Added sugars should be no more than 5% of the diet.

Other foods can be added to the diet to reduce triglycerides. Coldwater fish, which are rich in omega-3 fatty acids, help lower triglycerides. Examples of omega-3-rich fish include salmon, sardines, mackerel, herring, tuna, and halibut. Other foods that help lower triglycerides include fiber-rich foods such as oats, flax meals, and beans. Olive oil, especially when substituted for animal fats like butter or lard, is another food that can help lower triglycerides.

Can you drink alcohol if you have high triglycerides?

There is a dose-dependent relationship between alcohol intake and triglyceride levels. The more a person drinks, the higher their triglycerides. It is estimated that for every 1 oz/day of regular alcohol consumption, triglycerides increase by 5% to 10%. Heavy alcohol use is associated with very high triglycerides. It can also be associated with pancreatitis because of difficulty metabolizing alcohol and fats together in the liver.

For people with very high triglycerides (over 250 mg/dL) abstaining from alcohol entirely may be recommended. For people who have questions about whether their amount of drinking is healthy, a self-assessment and information are available.

Fish oil lowers triglycerides. The dose needed to reduce triglycerides is 1 to 4 grams of EPA/DHA per day. Four grams per day has been shown to reduce triglycerides by 25% to 30%. People with the highest triglycerides benefit most. It is worth noting that non-marine omega 3 fatty acids do not appear to lower triglycerides in the same way. The prescription form of synthetic omega-3 fatty acids, Lovasa, Vascepa, or Epanova is approved by the US Food and Drug Administration (FDA) for people with triglycerides over 500 mg/dL.

Niacin is another supplement for lowering triglycerides. Both regular and extended-release nicotinic acid has been shown to reduce triglycerides by up to 40% (at a dose of 1500 mg per day). Niacin has the added benefit of increasing HDL and lowering LDL. The high doses of niacin needed to lower triglycerides can cause uncomfortable flushing in some people. To avoid this, niacin can be taken with baby aspirin, with food, or with an extended-release form of niacin/nicotinic acid (one in which the niacin is mixed with an edible wax such as carnauba wax). Inositol-hexanicotinate, marketed as no-flush niacin, is NOT the same thing and contains very little nicotinic acid.

Fibers, such as chia, flax, psyllium, or bran, help lower triglycerides. Fibrates, a class of cholesterol-lowering drugs that have been used for decades, also have a triglyceride-lowering effect through the same general mechanisms.

Alpha-lipoic acid, a dietary supplement antioxidant, also has triglyceride-lowering effects. Because alpha-lipoic acid has other beneficial effects on overall cardiovascular and diabetes risk, this makes it a good option. Several studies have found that 600 mg of alpha-lipoic acid is helpful for high triglycerides.

There are other supplements with limited research supporting their benefit in hypertriglyceridemia.

• Recent research has shown that probiotics may play a role in lowering triglycerides.
• Two lactobacillus species have been studied and found to lower triglycerides.
• Some research suggests l-carnitine can benefit triglyceride-lowering as well.

Lifestyle strategies are a way to lower triglycerides naturally.

Weight loss has a positive effect on triglycerides. For every 5% to 10% weight reduction, triglycerides may be lowered by 20%. Another way to look at this: For every kilogram (2.2 lb) lost, triglycerides may be reduced by 2%.

Increasing physical activity lowers triglycerides.

• Aerobic activity of any kind, especially when done after a meal, uses up triglycerides that are in the blood ready to be used as fuel. This not only lowers triglycerides but also helps with abdominal obesity.
• Exercise is most effective for lowering triglycerides when they are very elevated. If triglycerides are optimal (less than 100), exercise will not further lower the level.

All together, intensive lifestyle strategies can reduce triglycerides by 50% or more over a year. Lifestyle strategies can enable people to effectively reduce triglycerides without medicine or drugs, plus there are many other positive effects on other aspects of health and well-being. This is the recommended approach of the American Heart Association for anyone with triglycerides greater than optimal (greater than 100 mg/dL).

Triglycerides are involved in the transport of fatty acids to muscles and tissues for energy.

• HDL particles are involved in the transport of excess fatty acids from the periphery back to the liver for elimination. Because of these competing roles, it is very difficult to increase HDL, the healthy good cholesterol, without first addressing triglycerides.
• HDL not only transports excess lipid to the liver for disposal, but it also transports cholesterol to organs such as the adrenals, ovaries, and testes for steroid hormone synthesis.
• Many of the strategies discussed here that lower triglycerides are also known to raise HDL.