Exercise! Exercise doesn’t necessarily mean losing weight, some people work out to gain weight or even maintain their current weight. I know that men, especially those with smaller figures try to body build to get a larger physique. Get a gym membership, and tell your trainer that you’re aiming to lower your cholesterol level but don’t want to lose any weight. try muscle building programs. Also, be sure to let your trainer know about your cardiac problem ! when doing cardio you need to watch out and take it gradually.

Plain and simple, exercise raises HDL levels. “We looked at doctors and others who ran the Boston Marathon,” notes Castelli. “While the average male HDL is 45, men who ran the marathon ranged around 55.” One Georgetown University study found increased HDL in those who ran seven miles a week or took part in four moderate 30-minute sessions of any aerobic activity.

A study of over 1 million US veterans showed a U-shaped relationship between HDL and total mortality, with 50mg/dL as the level associated with the lowest mortality. [7, 2] In addition, an analysis of the Framingham study demonstrated that LDL and triglyceride levels modify HDL’s predictive value; CHD risk was found to be higher when low HDL was combined with high LDL and/or triglycerides as compared with the presence of low HDL levels alone. [8, 2]  The relationship between HDL and CHD risk is also confounded by the presence of pro-atherogenic and inflammatory markers. [2]
While the world of wellness endlessly touts of benefits of anti-inflammatory foods, who knew eating these could kill two birds with one stone by also improving your cholesterol? Blueberries are rich in anthocyanins, the phytochemical that gives this berry its dark blue pigment and are essential to overall heart health through enhancing anti-inflammatory pathways as well as increasing HDL cholesterol levels, according to a study in The American Journal of Clinical Nutrition. One 2013 study found that consuming blueberries in tandem with exercise can increase HDL levels even more than exercise alone.
Oatmeal is one of the best cholesterol-fighting foods because it is so high in beta-glucans, the soluble fibers that cause oats to bulk up in liquid when you make oatmeal. Soluble fiber lowers your LDL, or "bad," cholesterol by forming a sticky layer in the small intestine that blocks cholesterol from entering your bloodstream. Make oatmeal and skip the instant packs with lots of added sugar. (In a rush? See our picks for best instant oatmeals.) Add fruit to your oatmeal to naturally sweeten it and boost the soluble fiber content even more.
A study published in January 2016 in the journal Nutrients found that an antioxidant-rich diet raises HDL cholesterol levels in relation to triglycerides, and might be associated with a reduced risk of stroke, heart failure, and inflammatory biomarkers. Antioxidant-rich foods include dark chocolate, berries, avocado, nuts, kale, beets, and spinach.
Foods high in monounsaturated fats (such as olive oil, nuts, and the oils in many salad dressings) seem to boost HDL best; it’s likely that foods high in omega-3 fatty acids (such as cold-water fish) do so as well. Saturated fats, the kind in meat and dairy foods, are likely to drive up harmful LDL, so take this opportunity to cut way back. Worst of all are trans-fatty acids, the hardened oils often found in margarine, crackers and other snack foods-a substance Harvard Medical School nutrition expert Walter C. Willett, M.D., author of Eat, Drink, and Be Healthy, calls “uniquely bad.” These foods can do exactly the opposite of what you want, lowering HDL while raising LDL.
Pasta and heart health together in one sentence seems to be an oxymoron, however with one small tweak spaghetti can become a cholesterol-busting meal. Instead of opting for white, refined noodles, choose the less-processed, vitamin-enriched counterpart: whole grain pasta. Barilla makes one that has 7 grams of fiber per serving, and — what’s more — none of the stress-fighting B-vitamins have been removed. A B vitamin known as niacin has been found to decrease LDL levels and increase HDL when taken in doses above your vitamin requirement, according to a guide to lowering your cholesterol by the U.S. Department of Health and Human Services.
HDL particles are heterogeneous. They can be classified as a larger, less dense HDL2 or a smaller, denser HDL3. [16] Normally, most of the plasma HDL is found in HDL3. [17] To add to the complexity of HDL classification, HDL is composed of 4 apolipoproteins per particle. HDL may be composed of apo A-I and apo A-II or of apo A-I alone. HDL2 is usually made up only of apo A-I, while HDL3 contains a combination of apo A-I and apo A-II. HDL particles that are less dense than HDL2 are rich in apo E.
A: Before I answer that question, why bother to increase HDL cholesterol at all? Many studies have found that people with low levels of HDL are at increased risk for heart attacks, strokes, and other complications of arteries diseased by atherosclerosis: that's why we call HDL the "good" cholesterol. Given that, you'd think that raising HDL levels would reduce a person's risk for atherosclerosis. Unfortunately, despite a lot of research, we don't yet know if that's true, nor how best to raise HDL levels.

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. [18] ) 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]