Heart disease is the leading killer of women over the age of 50, and heart attacks are twice as deadly for women as they are for men. Statistics (which need not apply to you) show that 1 in 2 women will eventually die of some kind of heart disease—either coronary artery disease causing a heart attack or a stroke (a stroke is just a “heart attack” of the brain)! In contrast, 1 woman in 25 will die of breast cancer.
Disorders that are characterized by arteriosclerosis include diabetes, insulin resistance, high cholesterol, hypertension, decreased thyroid hormone, and a genetic tendency toward producing too much homocysteine. No matter where cardiovascular disease first shows up, it is present throughout the entire body. Though most of us wait until midlife to take steps to prevent or treat it, heart disease actually begins in childhood—the minute we learn to start shutting down our hearts to avoid feeling disappointment and loss.
Risk Factors for Heart Disease
There are a number of risk factors for heart disease that every woman (and man) should be aware of:
- Arteriosclerosis. Cardiovascular disease results, in part, from arteriosclerosis—an accumulation of oxidized fat in blood vessels that calcifies and eventually causes blood vessel and heart damage. This condition underlies all coronary artery disease and is responsible for the majority of deaths in the Western world. Yet, it is often not diagnosed until an individual has a heart attack or stroke. (Strokes, which kill 90,000 women per year, can be likened to a heart attack in the head. Both heart attacks and strokes are caused by clogged vessels; the only difference is where the clogged vessels are located.) It’s accepted now that hardening of the arteries is caused by damage to the endothelial lining of blood vessels from free radicals. This, in turn, is caused by glycemic stress, trans fats, emotional stress, and micronutrient deficiencies.
- Emotional stress. The part emotional stress plays in the heart disease equation cannot be overemphasized. Emotions such as depression, anxiety and fear, panic, and grief have been shown to cause constriction in blood vessels, thereby impeding the free flow of blood. And anything that causes constriction in your blood vessels makes your heart and your vessels work harder to do their job. I’ve seen happy, joyful women with high cholesterol counts live healthy lives into their 80s and even 90s, while much younger women whose lives were characterized by depression, anxiety, or hostility might have their first heart disease symptoms in their early 50s despite normal cholesterol levels.
- Estrogen deficiency. In women over 55, estrogen deficiency has been commonly thought to be a significant cause of heart disease. But that thinking changed when researchers stopped the original Women’s Health Initiative (WHI) study upon finding that Prempro (Premarin plus Provera) actually increased the risk of blood clots, heart attack, and stroke in healthy women. In addition, the Heart and Estrogen/Progestin Replacement Study (HERS), the Estrogen Replacement and Atherosclerosis (ERA) study, and the WHI study all showed that estrogen replacement did not decrease the incidence of heart attack in women who already have heart disease. In fact, research showed that risk was even increased for a while.
- Progesterone deficiency. Though we often think only of estrogen deficiency after menopause as related to heart disease, the truth is that falling levels of progesterone, especially during perimenopause, can trigger narrowing of the coronary arteries and actual chest pain. Likewise, perimenopausal migraine headaches are also associated with levels or progesterone that have fallen—this is secondary to lack of ovulation and its effect on blood vessels. 2% progesterone cream – ¼-1/2 tsp once or twice a day can be very helpful with this problem. ( I’ve written about this extensively in Women’s Bodies, Women’s Wisdom)
- Hormone replacement timing. When in your life you take HRT can also have a big effect on risk. In 2006, an analysis of the data from the Nurses’ Health Study found that nurses who began taking HRT near menopause did indeed have about a 30 percent lower risk for heart disease than women who didn’t use hormones. In comparison, nurses who started HRT 10 years or more after menopause showed no benefit. There was no difference between those who took estrogen alone and those who took it combined with synthetic progestin. The study also reanalyzed data from the WHI study and confirmed that the risk of heart problems increased in women who began taking HRT 10 years or more after menopause. (There was a 22 percent increase in those who started HRT from 10 to 19 years after menopause.) But those who started it within a couple years after their last menstrual period experienced an 11 percent lower risk of heart disease. Even more striking, in the estrogen-only branch of the WHI, published in 2006, women who started HRT between ages 50 and 59 had a 44 percent lower risk of heart disease. This makes sense considering the large body of research that shows estrogen has a beneficial effect on the heart and blood vessels (at least in younger women). Even so, I still wouldn’t prescribe HRT to everyone just to prevent heart disease, because too many other factors come into play, including breast cancer and stroke risk.
- Insulin resistance. Among the many other characteristics that create a risk of heart disease, chief is increased insulin resistance, which is present to some degree in 50 to 75 percent of women in the United States. An enormous amount of data exists on the link between nutrition and heart disease, particularly with regard to the ill effects of excess insulin and the benefits of antioxidants. Studies show that a diet too high in carbohydrates and too low in healthy fat was likely to increase the risk of heart disease because of its adverse effects on lipids and insulin.
- Lifestyle. The high rate of heart disease in our society is related to a lifestyle that includes high consumption of trans-fatty acids (including hydrogenated oils) and refined carbohydrates, combined with inadequate exercise and protein, all of which set the stage for cellular inflammation, creating a predisposition to hypertension, diabetes, and heart disease.
- Depression. Depression is consistently related to a high risk for heart disease in both men and women. Because at least 25 percent of women suffer from depressive episodes at some point in their lives and because women are more apt to suffer from depression than men, depression emerges as a very important and modifiable risk factor for women. Though it is well documented that both men and women often suffer from depression after a heart attack, newer data conclude that depression is an important independent risk factor for heart disease. Depressed women were also shown to be twice as likely to develop coronary artery disease as were normal, non-depressed women.
The Number One Predictor of Heart Disease
If you have ever worn a heart rate monitor while exercising or worn a Holter monitor to record your heart’s activity, you probably have a good idea of your resting and working heart rate–or the number of times your heart beats per minute in each state. But research now shows that your heart rate variability may be an even more important metric to keep track of.
Heart rate variability (HRV) is the difference in time between each heartbeat. Let’s say your resting heart rate is 60 beats per minute. This does not necessarily mean your heart beats once every second. During that minute, there may be 0.9 second between two beats and 1.15 seconds between two others, and so on.
Heart rate variability occurs as a response to the competing signals sent by the two branches of your autonomous nervous system—the parasympathetic nervous system (rest and digest) and sympathetic nervous system (fight or flight). The parasympathetic nervous system sends signals for your heart to decrease the rate at which it beats. The sympathetic nervous system signals your heart rate to increase. This causes your heart rate to constantly fluctuate.
HRV is one of the most useful metrics for telling you if your body is in rest or stress mode. This measurement is often used by athletes to determine if they have recovered from their workouts. The greater your HRV, the more “ready” your body is to perform at a high level. This means that your nervous system is able to adapt to different situations, including stress. You can use devices such as the Apple Watch or Whoop to track your HRV and other metrics such as sleep, exercise, and heart rate.
A low HRV—or less difference in heartbeats—means one branch of your autonomous nervous system is dominating. In today’s world, it’s usually the sympathetic nervous system. A low HRV can be due to exercise and may mean that you need more recovery time from your workout. But this can also be due to external and psychological stressors. For people who do not exercise and otherwise are not healthy, a low HRV is the number one predictor of heart disease.
So, unless you are running a marathon, a low HRV is not desirable for long periods of time. In fact, studies have found that a low HRV is the single most important indicator of heart disease.
12 Easy Ways to Improve Your Heart Health
Arteriosclerosis, the major risk factor in heart disease, can be largely prevented or reversed by diet and lifestyle factors. Because the heart is so directly associated with and affected by emotions, midlife is the perfect time to prevent heart disease by learning to listen to your heart, nourish your cardiovascular system with the right foods and supplements, and find the courage to change the aspects of your life that no longer serve you. Here are some easy ways you can protect your heart:
- Exercise. Regular exercise can help you maintain a healthy blood pressure and lower low-density lipoprotein cholesterol (the “bad cholesterol”), which can cause blood vessels leading to the heart to become hardened (a condition known as atherosclerosis) and clogged. In fact, the Nurses’ Health Study showed that the risk of arteriosclerosis is very low in women who get regular exercise. Exercise also boosts the “good cholesterol,” strengthens your heart muscle, improves your body’s ability to use oxygen, helps you maintain a healthy weight, increases your parasympathetic nervous system (rest and digest) response, reduces your risk of type 2 diabetes, lowers stress, and makes you feel happier. Be sure to include weight-bearing exercise, which can be very helpful for heart health because it lowers insulin resistance dramatically and increases lean muscle. And because lean muscle mass has a higher metabolic rate than fat, it helps to burn excess body fat and thus lower the risk of heart disease. Women who perform such exercise live an average of 6 years longer than those who do not. Your goal should be to exercise 5 or 6 days per week for at least 30 minutes. The best fitness regimen includes strength, flexibility, and endurance, so chose activities that cover each of these.
- Quit smoking. Smoking is responsible for 55 percent of the cardiovascular deaths in women less than 65 years old because smoking greatly increases oxidative stress in every cell of the body. The Nurses’ Health Study showed smokers had 4 times higher relative risk of total coronary artery disease than women who never smoked. But in women who stopped smoking, the relative risk immediately decreased to 1.5. Two years after stopping smoking, the risk dropped to that of a woman who has never smoked.
- Eat a low-glycemic diet that minimizes simple carbohydrates (sugar and starch) and trans-fats and contains plenty of the right kind of fats (such as omega-3 fats). The high-carbohydrate, low-fat diet usually prescribed for preventing and treating heart disease has exactly the opposite effect. When compared to a higher-protein, higher-fat diet with exactly the same number of calories, the high-carbohydrate diet has been shown to increase risk factors for heart disease (including high triglycerides and insulin and lower HDL cholesterol) in healthy postmenopausal women. High-carbohydrate meals also trigger angina sooner and reduce exercise tolerance in patients with known heart disease because high insulin levels can cause constriction of arteriosclerotic coronary arteries. On the other hand, eating 5 to 6 servings of fruits and vegetables per day has been shown to lower the risk of stroke by 31 percent. The strongest effect comes from the cruciferous vegetables, such as broccoli, cauliflower, Brussels sprouts, and cabbage, followed by green leafy vegetables and citrus fruit and juice. One study showed that women who ate just 5 large carrots per week lowered their risk of stroke by 68 percent compared to those who ate only 1 carrot per week.
- Increase heart-healthy supplements.
- B vitamins. Studies have shown that dietary intake of vitamins B12, B6, and folate can help combat an elevated homocysteine level. Having elevated blood levels of the amino acid homocysteine (found in high amounts in animal protein) constitutes a strong risk factor for cardiovascular disease. At least 10 percent of the population has a genetic tendency for elevated levels. When high homocysteine levels are reduced, the incidence of heart attack is cut by 20 percent, the risk of blood-clot-related strokes decreases by 40 percent, and the risk of venous blood clots elsewhere in the body plunges by an impressive 60 percent. You should also cut back on the amount of animal-based protein in your diet. Ask your health care provider to determine your homocysteine level. (It should be below 7.) If it’s too high, you need to add activated folic acid (L-methyl folate), vitamin B12, and vitamin B6 to your diet. L-methyl folate is the most biologically active and usable form of folic acid. It has been shown that conversion of folic acid is frequently disrupted by genetic factors, age-related factors, and metabolic problems. Taking activated folate bypasses these problems. You may also need folate supplements of 1,000–2,000 mcg for 3 months or so, after which point you can decrease the supplements to a maintenance amount. (As one of those with a genetic tendency toward high homocysteine, I was able to lower my levels to normal by taking extra folic acid.)
- Fish oil. A diet containing fish oil has been found to reduce the incidence of heart disease in a number of studies. Research shows that 3 g per day of fish oil containing both EPA and DHA (a specific type of highly beneficial omega-3 fat) protects the heart because it makes platelets more slippery and decreases cellular inflammation. Alternatively, you can eat 3 servings of cold-water fish per week, such as salmon, mackerel, swordfish, or sardines. (One 4-oz serving of salmon contains about 200 mg of DHA.) If you are a vegetarian or do not care for these fish, take high-quality flax seed or EPA and DHA supplements derived from algae. The usual dose of DHA is 100–200 mg per day; for other omega-3 fats it is 1,000–5,000 mg per day.
- Magnesium. Research shows the crucial role that magnesium plays in maintaining health, including heart function. Magnesium deficiency is relatively common because our food supply tends to be poor in this mineral. Using diuretics results in the loss of magnesium through the urine, too. Excessive use of the stomach acid inhibitor cimetidine (Tagamet) can result in magnesium deficiency as well. If you’re healthy, start with 200 mg twice a day. If you have cardiovascular challenges, boost it to 500 mg twice a day. (You’ll know you’ve reached your limit when you develop loose stools.) Be sure to take magnesium with meals.
- Calcium: Adequate calcium intake also helps keep blood pressure normal. This mineral works in tandem with magnesium; therefore, it’s important to make sure you get enough of both. In general, you want to be sure that your calcium is balanced with magnesium in either a 1:1 or 2:1 ratio. Take 400–1,200 mg per day with meals, depending upon how much calcium is present in the diet.
- Coenzyme Q10. CoQ10 acts to increase the supply of energy for cellular processes in general and thereby contributes to the improvement of overall health. Some of the documented benefits include improved ability of the heart to pump effectively. It has also been shown to help reduce high blood pressure and congestive heart failure in those who already have heart disease. Statin drugs, including lovastatin (Mevacor), pravastatin (Pravachol), and atorvastatin (Lipitor) lower coenzyme Q10 levels, as well. Studies have shown that almost half of patients with hypertension have coenzyme Q10 deficiencies. I recommend taking 50 mg twice a day for 10 weeks. Studies have shown that for those already taking medication for high blood pressure, the need for antihypertensive medication declined gradually in about 4½ months in half of the patients who took coenzyme Q10 (225 mg per day); some were able to stop taking blood pressure medication altogether. The minimum dose of coenzyme Q10 I recommend is 30 mg per day. For anyone with any family history of heart disease, I’d recommend 60–90 mg per day. The dose can go up to 300–400 mg per day for those with advanced heart disease.
- Carotenoids: Dozens of studies show that individuals who consume high amounts of pigment-rich foods have less risk for heart disease. These foods are loaded with carotenoids such as beta-carotene, which has been shown to decrease risk of free-radical damage to the heart and blood vessels. Beta-carotene prevents the lipoprotein LDL (“bad” cholesterol) from becoming oxidized. The usual dose of beta-carotene is 25,000 IU per day in supplement form. However, a mix of the carotenoids is better than taking just one. For example, lutein is present in HDL (“good”) cholesterol and may help prevent LDL cholesterol from oxidizing. The best way to get lutein is in fruits and vegetables, but it is also available in health food stores as a supplement; take 3–6 mg per day. Lycopene is another good antioxidant; eating tomatoes a couple of times a week will give you all the lycopene you need.
- Vitamin E and tocotrienol. The Cambridge Heart Study, which looked at the effects of vitamin E on 2,000 patients with documented heart disease, found that those who took between 400 and 800 IU of vitamin E per day had a 77 percent decrease in cardiovascular disease after 1 year. The dosage is 200–800 IU per day of d-alpha-tocopherol (natural vitamin E; check the label) or mixed tocopherols. Tocotrienols are part of the vitamin E family, but they are 40 to 60 times more powerful antioxidants than regular vitamin E. Tocotrienols improve total cholesterol levels, oxidation of low-density lipoprotein (LDL, or “bad” cholesterol), and the clumping of red blood cells. Free-radical damage (oxidative stress from poor diet, psychological stress, smoking, etc.) that accompanies LDL oxidation is particularly dangerous because it can cause serious injury to artery and vein walls. Fresh fruits, dark green leafy vegetables, almonds, peanuts, and wheat germ also contain tocotrienols and the other types of vitamin E. Most multivitamins don’t have significant amounts, so if you want to supplement your diet, you have to take these supplements separately. Take about 50 mg per day daily for a month, and then lower the dose to about 30 mg (2 capsules per day) thereafter.
- Selenium. This antioxidant has been shown to decrease the risk of free-radical damage to blood vessel walls. Usual dose is 50–200 mcg per day.
- Oligomeric proanthocyanidins (OPCs). Derived from grape seeds or pine bark, OPCs are in the class of foods known as the flavonoids. Cardiovascular disease risk is inversely proportional to flavonoid intake. The usual dose is 40–120 mg per day.
- Alpha-lipoic acid (ALA). This unique antioxidant is both water- and fat-soluble. That means it can stand guard against free-radical damage in every part of the cell. It has also been shown to help preserve intracellular levels of vitamins C and E and to help regenerate another antioxidant known as glutathione. Alpha-lipoic acid is also helpful for the metabolism of insulin. The usual dose is 50–200 mg per day.
- Vitamin C. This powerful antioxidant helps protect the endothelial lining of your blood vessels and has also been found to aid the absorption of calcium and magnesium, two key minerals for heart health. A dose of 1,000 mg per day has been shown to significantly reduce systolic blood pressure. You can take it in the form of plain old ascorbic acid, although if you have a sensitive stomach, use the ascorbate form. I recommend at least 1,000–3,000 mg per day.
- Hawthorn. Herbalists have used hawthorn berry extract for years as a tonic for heart-related conditions. Take this as a tea or a pill (look for a standardized extract that contains 10 percent proanthocyanidins or 1.8 percent vitexin-4″-rhamnoside). The usual dose is 100–250 mg three times per day.
- Consume garlic. Garlic has a long history of use in the treatment of hypertension. One pilot study showed that high doses of garlic (2,400 mg deodorized garlic per day) significantly lowered both diastolic and systolic blood pressure. Like alpha-lipoic acid, garlic appears to increase the activity of the endothelial cells that produce nitric oxide, which is a blood vessel relaxant. Numerous studies have also shown that regular consumption of garlic reduces cholesterol by 10 percent or more and lowers triglyceride levels by up to 13 percent. It may also inhibit platelet aggregation and blood clot formation. Look for garlic supplements with the active ingredient alliin. This substance is relatively odorless until it is converted into allicin in the body. These supplements supply all the benefits of fresh garlic but are more socially acceptable. A daily dose should be 10 mg of alliin, or a total allicin potential of 4,000 mcg.
- Drink tea. Both black and green tea consumption have been shown to have beneficial effects on the endothelial lining of blood vessels, which helps decrease the risk of stroke. The Zutphen Elderly Study in the Netherlands found that foods rich in an antioxidant known as quercetin (such as apples, tea, and onions) also decreased the risk of stroke. Black tea consumption (5 or more cups per day) decreased the risk of stroke by 69 percent.
- See your dentist. A number of compelling studies have shown that gum disease is a risk factor for coronary artery disease and stroke. This association may be due, in part, to the fact that inflammation plays a central role both in gum disease and in hardening of the arteries. It has also been shown that the inflammation seen in periodontal disease is associated with narrowing of the carotid arteries, a risk factor for stroke. Periodontal disease is easily preventable (and often treatable) through proper brushing, flossing, and regular visits to the dentist for professional evaluation and cleaning.
- Get a pet. If you don’t already have a pet, consider getting one. It’s well documented that the presence of a pet lowers blood pressure and is relaxing. Studies on the health benefits of pets backs up the idea that our hearts are touched and healed, quite literally, by the unconditional love that animals can bring to our lives. The presence of a pet is associated with decreased cardiovascular reactivity—which means that the influence of a pet helps us stabilize our blood vessels and heart rhythm. People have been found to have lower heart rates and lower blood pressure when they are with their pets. If you can’t own a pet yourself, volunteer at an animal shelter or visit other people’s pets.
- Spend time with friends. The number and diversity of your friends and associates also contributes to heart health or lack of it. Women with greater numbers of children and too many demands on their time combined with a lack of emotional support have been shown to be at greater risk for heart disease. But women who perceive that their families are supportive are at lower risk. In fact, studies show that if you perceive that you are valuable and powerful in the world and have choices, then your heart will be more apt to work optimally. But your risk for heart disease increases if you feel that you have no autonomy.
- Express joy. Underneath it all, understanding the language of the heart is the most important way for you to prevent or recover from heart disease. A healthy and functioning cardiovascular system is inextricably related to the regular expression of joy and creativity, and in the final assessment, free expression of a full range of emotions may be the most effective prevention for heart disease.
- Listen to your body. Unlike men, women with heart attacks may not have chest pain at all. Instead, they may experience primarily jaw pain and indigestion. Or the first sign of a heart attack in women may be congestive heart failure, with no evidence of the heart attack preceding it except for telltale changes on an electrocardiogram. Women who have chest pain often experience more functional limitation than men, but fewer women are referred to cardiologists for a complete workup. More women than men with so-called normal coronary arteries also have heart attacks, angina, and myocardial ischemia. As a result, a normal angiogram (blood vessel study) in a woman with symptoms doesn’t necessarily mean that she doesn’t have heart disease. Most physicians until very recently have not appreciated this difference. Because of this, serious heart problems can and do go underdiagnosed and undertreated in women. The risk of dying of heart disease in a hospital is twice as great for a woman as it is for a man.
- Follow your heart. The EKG signal coming from the heart is 60 times stronger than the EEG signal from brain waves. So, when there’s a conflict between the intellect and the heart, the heart always wins. At midlife, our hearts signal us to pay attention to our deepest desires, including finding true connection to ourselves, to others, and to Source. When we allow ourselves to connect to something greater than ourselves, we experience what the experts at the Heart Math Institute call cardiac coherence–a state of optimal performance where the nervous, cardiovascular, hormonal, and immune systems are all working efficiently and harmoniously. Cardiac coherence is linked to a sense of well-being that includes emotional stability and peak states of mindfulness. Scientific studies have shown that when we hold emotions of love and compassion, the oscillations of our heart rhythm become more coherent. This is true because positive emotions open the blood vessels, optimizing blood flow and nourishing your tissues. But when we don’t follow our body’s lead to fuel our hearts––when we don’t feel our emotions fully, or don’t deal with them directly and don’t let them flow through us––they have a constricting biochemical effect on the cardiovascular system.
What To Do If You’ve Had the COVID Shot
The data clearly show that people who have taken one or more of the COVID shots are at higher risk of heart problems including myocarditis, pericarditis, and heart attacks. And I’m talking about healthy adults!
Pilot Bob Snow spoke out recently about his COVID shot-induced sudden heart attack that happened just 6 minutes after he landed a commercial plane at busy Dallas-Fort Worth airport. A deplaning passenger saw him on the floor of the cockpit, which led to Snow receiving CPR and then being admitted to the hospital! This could very have well ended in tragedy for Snow as well as for the passengers on the flight.
It appears that Snow developed myocarditis from the shot most likely leading to issues with his heart’s electrical impulses, which led to the sudden heart attack. Snow is now being monitored by top expert Peter McCollough, MD, MPH. According to Dr. McCollough, the incidence of myocarditis after receiving the COVID shot is far more common and far more serious than was initially thought. While the highest risk group is young men ages 18 to 24 (where the rate is over 500 cases per million, greater than 1 in 2000!), there are many women and children sustaining heart damage.
Now some schools are requiring athletes who have had the COVID shots to have echocardiograms (ECGs) before allowing them to play sports. The reason given on school forms in Orange County, CA in March of 2022 is to screen for athletes who are at risk for sudden cardiac arrest, which is the leading cause of death in athletes!
In Virginia one pediatric group adopted its own policy requiring that any child who has received the COVID shots and is seeking medical clearance to play sports have lab work and an ECG done to rule out permanent heart damage. The pediatric group stated that this is due to the increased risk of sudden cardiac death on the playing field due to these shots.
It is possible to have myocarditis or pericarditis and not have any symptoms or chest pain. That’s why it’s important to act immediately before it’s too late.
So, what can you do to protect your heart if you’ve had the COVID shots?
Dr. McCollough recommends having 4 tests:
- Get a cardiac MRI. This test allows your doctor to see the structure of your heart. They are very sensitive tests that are often used to diagnose and monitor heart disease.
- Do a D-Dimer Test. This is a blood test that looks for a protein fragment that can help rule out blood clots or a blood clotting disorder such as deep vein thrombosis (DVT), pulmonary embolism, or stroke. You should also tell your doctor if you have swelling, pain, or redness on your legs, or if you have experienced coughing, chest pain, trouble breathing, or a rapid heartbeat.
- Ask for an Echocardiogram. An echocardiogram (ECG) is an ultrasound of your heart. This test can help your doctor see how your heart is pumping, if the valves are healthy and functioning properly, or if there is any regurgitation. It can also help your doctor determine if the pericardium (outer lining) is inflamed
- Have a Traponin Test. Traponins are a type of protein found in your heart muscle. If your heart muscle is damaged—such as during a heart attack— these proteins are released into your blood stream. Doctors often use the traponin blood test to help determine if someone who is experiencing symptoms such as chest pain is having a heart attack. Your doctor may want to repeat a traponin test several times during a 24-hour period.
The benefit of having these tests is that treatment protocols are available to help lower heart inflammation caused by myocarditis and pericarditis if caught early.
Certainly if you have any symptoms that could indicate heart problems including chest pain, neck pain, back pain, jaw pain, pain radiating down your arm, dizziness or lightheadedness, shortness of breath, nausea, or unusual fatigue, you should seek immediate medical attention.
2 More Supplements That Can Help Support Your Heart
Whether you have had the COVID shots or not, I highly recommend adding these supplements to your daily routine to support your heart and your overall health:
- Nitric oxide. Adding a high-quality nitric oxide boosting supplement is so important to your heart health. Some of the ways nitric oxide helps to prevent heart disease include keeping your endothelium (the cells that line your blood vessels) smooth and flexible and keeping your blood vessels clear of debris. Nitric oxide also helps relax blood vessels and reduces the stickiness of red blood cells. In addition, it promotes improved blood flow to every part of your body, regulates blood pressure, reduces inflammation, and helps to repair damaged tissue.
- Vitamin D. Low levels of vitamin D are linked to higher incidences of atherosclerosis, hypertension, congestive heart failure, heart attack and stroke, as well as higher rates of severe and extreme disability after cardiac events. Maintaining adequate blood levels of vitamin D (between 50-100 ng/ml) can help you maintain healthy blood pressure, protect against oxidative damage and atherosclerosis, support proper smooth muscle function, and helps your body produce more nitric oxide. Because it is difficult to get enough vitamin D from sun exposure alone, it’s a good idea to test your levels and supplement as needed. I recommend Grassroots Health as a source for testing kits and more information on vitamin D.