Stick to a Low-Carb Diet – Also known as a ketogenic diet, a low-carb diet can lead to several health benefits, including weight loss, reduced blood sugar levels, and, of course, an increase in your HDL cholesterol. This is great for those who suffer from diabetes, metabolic syndrome, or obesity, but in truth, anyone can benefit from this type of diet!
They're crisp, sweet and their hefty cargo of natural fiber, much of it in the form of pectin, helps to knock down LDL levels. Surprisingly, fresh pears contain even more pectin than apples do. Pectin binds with cholesterol and ferries it out of the body before it can be absorbed. A medium-size pear provides 16 percent of the recommended daily value for fiber. Other pectin-rich fruits include apples, bananas, oranges and peaches.
Could one of your current prescriptions be a cause of your low HDL levels? Possibly! Medications such as anabolic steroids, beta blockers, benzodiazepines and progestins can depress HDL levels. If you take any of these medications, I suggest talking to your doctor and considering if there is anything you can do that could take the place of your current prescription.
Besides putting your heart health at risk, sugar is also known to be one of the most significant contributors to metabolic syndrome. In fact, the recent 2015 Dietary Guidelines labeled sugar as a “nutrient of concern” and voiced recommendations for added sugars to not exceed greater than 10% of total daily calories. So, if your goal is to nip sugar in the bud and increase your HDL cholesterol levels, start by evaluating your libations.
Lentils are pulses, a.k.a. the dry edible seeds of certain crops (like beans, chickpeas, and peas). Pulses are just everywhere these days because they’re packed with plant-based protein and fiber, not to mention antioxidants, minerals, and B vitamins. All of those compounds help protect you from plaque buildup while optimizing blood flow and assisting your body in efficiently using the nutrients you consume.
HDL serves as a chemical shuttle that transports excess cholesterol from peripheral tissues to the liver. This pathway is called the RCT system. In this system, plasma HDL takes up cholesterol from the peripheral tissues, such as fibroblasts and macrophages. (A study by El Khoury et al indicated that in persons with HALP, macrophages have an increased plasma cholesterol efflux capacity.  ) This may occur by passive diffusion or may be mediated by the adenosine triphosphate (ATP)–binding cassette transporter 1. The latter interacts directly with free apo A-I, generating nascent, or so-called discoidal, HDL. Cholesterol undergoes esterification by lecithin-cholesterol acyltransferase (LCAT) to produce cholesteryl ester, which results in the production of the mature spherical HDL. Cholesterol is also taken up from triglyceride-rich lipoproteins in a process mediated by a phospholipid transfer protein (ie, CETP). [19, 20, 21, 22]